Material & Parameters Database for Fiber Cutting (RayCUT)

Source: https://raycut.co.za/parameters
Shop: https://raycut.co.za/shop (Buythis SKU links below carry #ai)

published: 2026-07-06 16:45:09
modified: 2026-07-13 09:35:48

In one paragraph

RayCUT is AM.CO.ZA's fibre laser metal cutting brand, and raycut.co.za/parameters is its Raycus fibre source cutting parameters database, version 1.19. It gives starting values for 12 laser power profiles from 1.5 kW to 120 kW (Raycus RFL sources) across carbon steel, stainless steel, aluminium (alloy), brass and copper: for each material and thickness it lists cutting speed (m/min), laser power (W), assist gas (N₂, O₂, compressed air or mixed), gas pressure (bar), nozzle (hole size plus type letter), focus position (mm) and cutting height (mm), and for 6 kW and up also pulse frequency and duty cycle where used. This page carries all 797 parameter rows from the live database, with 81 rows flagged as red sample/testing values that are lab results only and not for production. AM.CO.ZA sells Raycus sources from 1 kW to 12 kW, so for clients the 1.5, 2, 3, 6 and 12 kW profiles matter most; the 15 to 120 kW profiles are reference only.

What AI and staff should do with this page

Question	Answer
What is this data?	Starting points, not guarantees. The page says to use it "as a starting point" when testing or optimising a RayCUT. Real results change with the sheet grade and surface, gas purity, nozzle and lens condition, focus calibration and the cutting head. Always run a test cut and adjust.
Which profile for my machine?	Match the laser source power: a 3 kW machine (for example `LF-1530/3000P` or the RayCUT-Lite `LF-1530L/3000L`) starts from the 3kW profile. There is no 1, 4, 8 or 10 kW profile; for those, start from the nearest lower profile and test upward, and say clearly that the database has no exact rows for that power.
What are the red values?	The database marks some cells red. Its footnote: "N/S: Non-scalable production. Cutting thickness with parameters shown in red are sample/testing parameters in a lab/controlled environment. In actual processing they are greatly affected by various factors and are only suitable for small-batch prototyping. They are not recommended for mass production; using a higher-power laser is recommended." On this page those rows say sample/testing (red) in the Note column. Do not quote a red row as a production capability; say a higher-power laser is recommended for production at that thickness.
Maximum thickness?	Each profile lists a maximum per material (table below), for example 1.5 kW: carbon steel 12 mm, stainless 6 mm, aluminium 3 mm, brass 3 mm; 3 kW: carbon steel 20 mm, stainless 8 mm, aluminium 6 mm, brass 5 mm. The thickest values are often red (sample/testing), so production thickness is lower.
Oxygen or nitrogen or air?	In the database, carbon steel thin sheet is cut with N₂ or compressed air at high speed (bright edge, fast), and thicker carbon steel with O₂ at low pressure (about 0.6 bar) and a double-layer nozzle with positive focus. Stainless steel, aluminium, brass and copper are cut with N₂ at high pressure (about 10 to 20 bar). Compressed air is a cheaper alternative to N₂ on thin sheet (AM.CO.ZA's RayCUT-Lite videos cut 1 mm stainless and 3 mm mild steel with air).
Example: 3 mm carbon steel on 3 kW?	Database row: O₂, 3.2–3.6 m/min, 2100 W, 0.6 bar, 1.0D nozzle, focus +4 mm, cutting height 0.8 mm. On 1.5 kW the same job is 2–2.5 m/min.
Example: 1 mm stainless on 3 kW?	Database row: N₂, 28–35 m/min, 3000 W, 10 bar, 1.5S nozzle, focus 0, height 0.8 mm.
What do the nozzle codes mean?	The number is the nozzle hole size in mm. S is a single-layer nozzle and D a double-layer nozzle, which matches AM.CO.ZA's own `LF-NOZZLE/S…` and `LF-NOZZLE/D…` SKUs. The database also uses E, SP, B and ECU (for example 1.2E, 1.8SP, 5.0B, 10.0ECU) for high-power heads; the page does not explain these letters, so do not guess. AM.CO.ZA's BOCI `LF-NOZZLE/SPS/…` boxes may correspond to SP, but that is not confirmed.
Which nozzle to buy?	Match the cutting head first: M14 32 mm nozzles (`LF-NOZZLE/S…`, `/D…`) for Raytools BM110/BM111, M11 28 mm high-speed nozzles (`LF-NOZZLE/HS/…`) for Raytools BS03K, M8 nozzles (`LF-NOZZLE/3D/…`) for 3D cutting, and BOCI SPS for the Bochu BLT643H. Then pick the hole size and layer from the parameter row. Nozzles are sold in boxes of 10.
Focus and height signs?	Focus is in mm relative to the sheet surface as the database lists it (positive above, negative into the material, as used by Raytools and Raycus tables); cutting height is the nozzle-to-sheet gap in mm. If the machine reading disagrees, recalibrate focus and the capacitive height sensor first.
Gas readings look wrong with oxygen?	Run the gas pressure calibration on the Raytools system (see the air pressure calibration video below): fit a double-layer nozzle, preferably 1.2 mm, then start calibration.
Frequency and duty cycle?	Only some 6 kW and higher rows use pulsed cutting; blank means continuous wave.
Prices or stock?	Use Buythis for prices and live stock only. This page carries neither.
Help?	Training and support are part of a RayCUT purchase. WhatsApp "Hi" to 060 600 6000 for sales; support is WhatsApp 060 600 7000. Book a test cut at an AM.CO.ZA showroom.
Data notes	The live page shows one profile at a time in a tab view (default 3kW), so a plain-text crawl only captured the intro (the old 1729-byte stub). Blank cells in the source are merged cells; on this page material, gas and power are carried down from the row above. The 60, 80 and 120 kW profiles label the pressure column "Corrected gas pressure [bar]". The 1.5 and 2 kW profiles start carbon steel at 1 mm; 20 kW and up start at 5 mm or more.

Original page text (raycut.co.za)

RAYCUT™ Raycus Fibre Source Cutting Parameters Database

A practical reference database for Raycus fibre laser cutting parameters, covering multiple laser power ranges, materials and thicknesses. Use it as a starting point for setting cutting speed, power, gas pressure, nozzle size, focus position and cutting height when testing or optimising RayCUT fibre laser cutting machines.

RayCUT Raycus Fibre Source Cutting Parameters Database v1.19

A practical reference database for selected Raycus fibre laser cutting parameters, covering laser power profiles from 1.5kW to 120kW. Use it as a starting point for materials, thickness, speed, power, assist gas, gas pressure, nozzle size, focus position and cutting height when testing or optimising RAYCUT fibre laser cutting machines.

12 Selected power profiles
6 Material families represented (the database lists aluminium and aluminium alloy separately, giving six names over five metals)
Red Sample/testing values preserved

Footnote on the page: N/S: Non-scalable production. Cutting thickness with parameters shown in red are sample/testing parameters in a lab/controlled environment. In actual processing they are greatly affected by various factors and are only suitable for small-batch prototyping. They are not recommended for mass production; using a higher-power laser is recommended.

Power profiles at a glance

Profile	Raycus source	Source label	Cutting head optics	Maximum thickness shown	Rows	Red (sample/testing) rows
1.5kW	RFL-1500(50u)	1500S (50μm)	Collimation 100 / Focus 125	Carbon steel 12mm, Stainless steel 6mm, Aluminium 3mm, Brass 3mm	20	0
2kW	RFL-2000(50u)	2000S (50μm)	Collimation 100 / Focus 125	Carbon steel 14mm, Stainless steel 8mm, Aluminium 4mm, Brass 4mm	25	0
3kW	RFL-3000(50u)	3000S (50μm)	Collimation 100 / Focus 150	Carbon steel 20mm, Stainless steel 8mm, Aluminium 6mm, Brass 5mm	36	4
6kW	RFL-6000S(75u)	6000S (75μm)	Collimation 100 / Focus 200	Carbon steel 22mm, Stainless steel 18mm, Aluminium alloy 14mm, Brass 10mm, Copper 5mm	67	8
12kW	RFL-12000S(100u)	12000S (100μm)	Collimation 100 / Focus 200	Carbon steel 30mm, Stainless steel 25mm, Aluminium alloy 25mm, Brass 14mm, Copper 8mm	93	9
15kW	RFL-15000(100u)	15000W (100μm)	Collimation 100 / Focus 200	Carbon steel 35mm, Stainless steel 30mm, Aluminium alloy 30mm, Brass 16mm, Copper 8mm	104	12
20kW	RFL-20000(100u)	20000W (100μm)	Collimation 100 / Focus 200	Carbon steel 50mm, Stainless steel 40mm, Aluminium alloy 30mm, Brass 18mm, Copper 10mm	112	15
30kW	RFL-30000(100u)	30000W (100μm)	Collimation 100 / Focus 300	Carbon steel 75mm, Stainless steel 50mm, Aluminium alloy 30mm, Brass 18mm, Copper 12mm	114	11
40kW	RFL-40000(150u)	40000W (150μm)	Collimation 100 / Focus 300	Carbon steel 90mm, Stainless steel 70mm, Aluminium alloy 70mm, Brass 25mm, Copper 16mm	116	12
60kW	RFL-60000(150u)	60000W (150μm)	Collimation 100 / Focus 300	Carbon steel 100mm, Stainless steel 150mm	48	5
80kW	RFL-80000(180u)	80000W (180μm)	Collimation 100 / Focus 300	Carbon steel 200mm, Stainless steel 150mm	53	5
120kW	RFL-120000(200u)	120000W (200μm)	Collimation 100 / Focus 300	Carbon steel 270mm	9	0

Full parameter tables (database v1.19)

Columns are exactly as the database gives them: material, thickness (mm), speed (m/min), power (W), gas, gas pressure (bar), nozzle (mm + type), focus position (mm), cutting height (mm), and for 6 kW and up frequency (Hz) and duty cycle (%). A dash means the source cell is empty.

1.5kW profile (RFL-1500(50u))

Raycus source: RFL-1500(50u), listed as 1500S（50μm）. Cutting head optics: Collimation 100 / Focus 125. Materials: Carbon steel, Stainless steel, Aluminium, Brass. Maximum thickness shown: Carbon steel 12mm, Stainless steel 6mm, Aluminium 3mm, Brass 3mm. 20 parameter rows, 0 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]
Carbon steel	1	15-20	1500	N₂/Air	10	1.5S	0	1
Carbon steel	2	2.5-3	1500	O₂	1.6	1.0D	+3	0.8
Carbon steel	3	2-2.5	1500	O₂	0.6	1.0D	+4	0.8
Carbon steel	4	1.8-2.3	1500	O₂	0.6	1.0D	+4	0.8
Carbon steel	5	1.8-2	1500	O₂	0.6	1.2D	+4	0.8
Carbon steel	6	1.3-1.5	1500	O₂	0.6	1.2D	+4	0.8
Carbon steel	8	0.8-1.2	1500	O₂	0.6	1.2D	+4	0.8
Carbon steel	10	0.8-1	1500	O₂	0.6	1.2D	+4	0.8
Carbon steel	12	0.6-0.8	1500	O₂	0.6	3.0D	+4	0.8
Stainless steel	1	15-20	1500	N₂	10	1.5S	0	0.8
Stainless steel	2	5-7	1500	N₂	12	2.0S	0	0.5
Stainless steel	3	3.5-4.5	1500	N₂	12	2.5S	-0.5	0.5
Stainless steel	5	1.2-1.5	1500	N₂	14	3.0S	-2.5	0.5
Stainless steel	6	0.5-0.8	1500	N₂	14	3.0S	-3	0.5
Aluminium	1	15-18	1500	N₂	12	1.5S	0	0.8
Aluminium	2	4-6	1500	N₂	12	2.0S	0	0.5
Aluminium	3	1.5-2.5	1500	N₂	14	2.0S	-1	0.5
Brass	1	12-16	1500	N₂	12	1.5S	0	0.8
Brass	2	3-5	1500	N₂	12	2.0S	0	0.5
Brass	3	1.5-1.8	1500	N₂	14	2.5S	-1	0.5

2kW profile (RFL-2000(50u))

Raycus source: RFL-2000(50u), listed as 2000S（50μm）. Cutting head optics: Collimation 100 / Focus 125. Materials: Carbon steel, Stainless steel, Aluminium, Brass. Maximum thickness shown: Carbon steel 14mm, Stainless steel 8mm, Aluminium 4mm, Brass 4mm. 25 parameter rows, 0 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]
Carbon steel	1	20-25	2000	N₂/Air	10	1.5S	0	1
Carbon steel	2	3-3.2	2000	O₂	1.6	1.0D	+3	0.8
Carbon steel	3	2.8-3.2	2000	O₂	0.6	1.0D	+4	0.8
Carbon steel	4	2.8-3	2000	O₂	0.6	1.0D	+4	0.8
Carbon steel	5	2-2.2	2000	O₂	0.6	1.2D	+4	0.8
Carbon steel	6	1.5-1.8	2000	O₂	0.6	1.2D	+4	0.8
Carbon steel	8	1-1.3	2000	O₂	0.6	1.2D	+4	0.8
Carbon steel	10	0.9-1.1	2000	O₂	0.6	1.2D	+4	0.8
Carbon steel	12	0.8-0.9	2000	O₂	0.6	3.0D	+4	0.8
Carbon steel	14	0.6-0.8	2000	O₂	0.6	3.0D	+4	0.8
Stainless steel	1	20-30	2000	N₂	10	1.5S	0	0.8
Stainless steel	2	8-10	2000	N₂	12	2.0S	0	0.5
Stainless steel	3	4-5	2000	N₂	12	2.5S	-0.5	0.5
Stainless steel	4	2.5-3	2000	N₂	12	2.5S	-1.5	0.5
Stainless steel	5	1.5-2	2000	N₂	14	3.0S	-2.5	0.5
Stainless steel	6	1-1.5	2000	N₂	14	3.0S	-3	0.5
Stainless steel	8	0.4-0.6	2000	N₂	14	3.0S	-4	0.5
Aluminium	1	18-20	2000	N₂	12	1.5S	0	0.8
Aluminium	2	8-10	2000	N₂	12	2.0S	0	0.5
Aluminium	3	3-4	2000	N₂	14	2.0S	-1	0.5
Aluminium	4	1-1.5	2000	N₂	14	2.0S	-3	0.5
Brass	1	15-18	2000	N₂	12	1.5S	0	0.8
Brass	2	6-8	2000	N₂	12	2.0S	0	0.5
Brass	3	2-3	2000	N₂	14	2.5S	-1	0.5
Brass	4	1-1.3	2000	N₂	14	2.5S	-3	0.5

3kW profile (RFL-3000(50u))

Raycus source: RFL-3000(50u), listed as 3000S（50μm）. Cutting head optics: Collimation 100 / Focus 150. Materials: Carbon steel, Stainless steel, Aluminium, Brass. Maximum thickness shown: Carbon steel 20mm, Stainless steel 8mm, Aluminium 6mm, Brass 5mm. 36 parameter rows, 4 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Note
Carbon steel	1	28-35	3000	N₂/Air	10	1.5S	0	1
Carbon steel	2	16-20	3000	N₂/Air	10	2.0S	0	0.5
Carbon steel	2	3.8-4.2	2100	O₂	1.6	1.0D	+3	0.8
Carbon steel	3	3.2-3.6	2100	O₂	0.6	1.0D	+4	0.8
Carbon steel	4	3-3.2	2400	O₂	0.6	1.0D	+4	0.8
Carbon steel	5	2.7-3	3000	O₂	0.6	1.2D	+4	0.8
Carbon steel	6	2.2-2.5	3000	O₂	0.6	1.2D	+4	0.8
Carbon steel	8	1.8-2.2	3000	O₂	0.6	1.2D	+4	0.8
Carbon steel	10	1-1.3	3000	O₂	0.6	1.2D	+4	0.8
Carbon steel	12	0.9-1	2400	O₂	0.6	3.0D	+4	0.8
Carbon steel	14	0.8-0.9	2400	O₂	0.6	3.0D	+4	0.8
Carbon steel	16	0.6-0.7	2400	O₂	0.6	3.5D	+4	0.8
Carbon steel	18	0.5-0.6	2400	O₂	0.6	4.0D	+4	0.8
Carbon steel	20	0.4-0.55	2400	O₂	0.6	4.0D	+4	0.8
Carbon steel	22	0.45-0.5	2400	O₂	0.6	4.0D	+4	0.8	sample/testing (red)
Stainless steel	1	28-35	3000	N₂	10	1.5S	0	0.8
Stainless steel	2	18-24	3000	N₂	12	2.0S	0	0.5
Stainless steel	3	7-10	3000	N₂	12	2.5S	-0.5	0.5
Stainless steel	4	5-6.5	3000	N₂	14	2.5S	-1.5	0.5
Stainless steel	5	3-3.6	3000	N₂	14	3.0S	-2.5	0.5
Stainless steel	6	2-2.7	3000	N₂	14	3.0S	-3	0.5
Stainless steel	8	1-1.2	3000	N₂	16	3.5S	-4.5	0.5
Stainless steel	10	0.5-0.6	3000	N₂	16	4.0S	-6	0.5	sample/testing (red)
Aluminium	1	25-30	3000	N₂	12	1.5S	0	0.8
Aluminium	2	15-18	3000	N₂	12	2.0S	0	0.5
Aluminium	3	7-8	3000	N₂	14	2.0S	-1	0.5
Aluminium	4	5-6	3000	N₂	14	2.5S	-2	0.5
Aluminium	5	2.5-3	3000	N₂	16	3.0S	-3	0.5
Aluminium	6	1.5-2	3000	N₂	16	3.0S	-3.5	0.5
Aluminium	8	0.6-0.7	3000	N₂	16	3.5S	-4	0.5	sample/testing (red)
Brass	1	20-28	3000	N₂	12	1.5S	0	0.8
Brass	2	10-15	3000	N₂	12	2.0S	0	0.5
Brass	3	5-6	3000	N₂	14	2.5S	-1	0.5
Brass	4	2.5-3	3000	N₂	14	3.0S	-2	0.5
Brass	5	1.8-2.2	3000	N₂	14	3.0S	-2.5	0.5
Brass	6	0.8-1	3000	N₂	16	3.0S	-3	0.5	sample/testing (red)

6kW profile (RFL-6000S(75u))

Raycus source: RFL-6000S(75u), listed as 6000S（75μm）. Cutting head optics: Collimation 100 / Focus 200. Materials: Carbon steel, Stainless steel, Aluminium alloy, Brass, Copper. Maximum thickness shown: Carbon steel 22mm, Stainless steel 18mm, Aluminium alloy 14mm, Brass 10mm, Copper 5mm. 67 parameter rows, 8 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	1	45-60	6000	N₂/Air	6	1.5S	0	1	–	–
Carbon steel	2	35-40	6000	N₂/Air	6	2.0S	-1	0.5	–	–
Carbon steel	3	22-27	6000	N₂/Air	6	2.0S	-1.5	0.5	–	–
Carbon steel	4	15-20	6000	N₂/Air	8	2.0S	-2	0.5	–	–
Carbon steel	5	9-12	6000	N₂/Air	8	3.0S	-2.5	0.5	–	–
Carbon steel	6	8-10	6000	N₂/Air	8	3.5S	-3	0.5	–	–
Carbon steel	3	3.6-4.2	2400	O₂	0.6	1.2E	+3	0.8	–	–
Carbon steel	4	3.2-3.4	2400	O₂	0.6	1.2E	+3	0.8	–	–
Carbon steel	5	3-3.2	3000	O₂	0.6	1.2E	+3	0.8	–	–
Carbon steel	6	2.7-2.9	3000	O₂	0.6	1.2E	+3	0.8	–	–
Carbon steel	8	2.2-2.4	4500	O₂	0.6	1.2E	+5	0.8	–	–
Carbon steel	10	2.0-2.2	6000	O₂	0.6	1.2E	+7	0.8	–	–
Carbon steel	12	0.9-1	2400	O₂	0.6	3.0D	+4.5	0.8	–	–
Carbon steel	12	1.9-2.1	6000	O₂	0.6	1.2E	+9	0.8	–	–
Carbon steel	14	0.8-0.9	2400	O₂	0.6	3.5D	+5	0.8	–	–
Carbon steel	14	1.4-1.6	6000	O₂	0.6	1.4E	+12	0.8	–	–
Carbon steel	16	0.7-0.8	2400	O₂	0.6	4.0D	+5.5	0.8	–	–
Carbon steel	16	1.2-1.4	6000	O₂	0.6	1.4E	+13	0.8	–	–
Carbon steel	18	0.55-0.65	2400	O₂	0.6	4.0D	+5.5	0.8	–	–
Carbon steel	18	0.8	6000	O₂	0.6	1.4E	+13	0.3	–	–
Carbon steel	20	0.5-0.6	2400	O₂	0.6	4.0D	+5.5	0.8	–	–
Carbon steel	20	0.6-0.8	6000	O₂	0.75	1.4E	+13.5	0.3	–	–
Carbon steel	22	0.45-0.5	2400	O₂	0.6	4.5D	+5.5	0.8	–	–
Carbon steel	22	0.5-0.6	6000	O₂	0.75	1.5S	+13.5	0.3	–	–
Carbon steel	25	0.55	2700	O₂	0.6	5.0D	+5.5	0.8	–	–	sample/testing (red)
Carbon steel	25	0.4-0.5	6000	O₂	0.75	1.5S	+14	0.3	–	–	sample/testing (red)
Carbon steel	30	0.3	6000	O₂	1	1.5S	+14	0.3	–	–	sample/testing (red)
Stainless steel	1	45-60	6000	N₂	10	1.5S	0	0.8	–	–
Stainless steel	2	35-45	6000	N₂	12	2.0S	-1	0.5	–	–
Stainless steel	3	22-27	6000	N₂	12	2.5S	-1.5	0.5	–	–
Stainless steel	4	15-20	6000	N₂	14	2.5S	-2	0.5	–	–
Stainless steel	5	9-12	6000	N₂	14	3.0S	-2.5	0.5	–	–
Stainless steel	6	8-11	6000	N₂	15	3.0S	-3	0.5	–	–
Stainless steel	8	3.5-4.5	6000	N₂	15	3.0S	-4	0.5	–	–
Stainless steel	10	2-2.5	6000	N₂	15	3.5B	-6	0.5	–	–
Stainless steel	12	1.5-1.8	6000	N₂	16	3.5B	-7.5	0.5	–	–
Stainless steel	14	1-1.5	6000	N₂	16	4.0B	-9	0.5	–	–
Stainless steel	16	0.5-0.6	6000	N₂	18	4.0B	-14	0.5	–	–
Stainless steel	18	0.3-0.5	6000	N₂	20	5.0B	-15	0.3	300	60
Stainless steel	20	0.2-0.25	6000	N₂	20	5.0B	-16	0.3	300	60	sample/testing (red)
Aluminium alloy	1	45-60	6000	N₂	12	1.5S	0	1	–	–
Aluminium alloy	2	35-40	6000	N₂	12	2.0S	-1	0.5	–	–
Aluminium alloy	3	22-27	6000	N₂	14	2.5S	-1.5	0.5	–	–
Aluminium alloy	4	14-17	6000	N₂	14	2.5S	-2	0.5	–	–
Aluminium alloy	5	9-11	6000	N₂	14	3.0S	-3	0.5	–	–
Aluminium alloy	6	4-6	6000	N₂	16	3.0S	-3	0.5	–	–
Aluminium alloy	8	2.5-3	6000	N₂	16	3.0S	-7	0.5	–	–
Aluminium alloy	10	1.5-1.8	6000	N₂	18	3.5B	-8	0.5	–	–
Aluminium alloy	12	0.8-1	6000	N₂	18	4.0B	-8	0.5	–	–
Aluminium alloy	14	0.6-0.7	6000	N₂	18	4.0B	-9	0.3	–	–
Aluminium alloy	16	0.35-0.45	6000	N₂	20	5.0B	-12	0.3	–	–	sample/testing (red)
Aluminium alloy	20	0.2-0.3	6000	N₂	20	5.0B	-13	0.3	–	–	sample/testing (red)
Brass	1	45-55	6000	N₂	12	1.5S	0	1	–	–
Brass	2	30-35	6000	N₂	12	2.0S	-1	0.5	–	–
Brass	3	18-25	6000	N₂	14	2.5S	-2	0.5	–	–
Brass	4	12-15	6000	N₂	14	3.0S	-3	0.5	–	–
Brass	5	4.5-6	6000	N₂	14	3.0S	-4	0.5	–	–
Brass	6	3.5-4	6000	N₂	16	3.0S	-5	0.5	–	–
Brass	8	2-2.6	6000	N₂	16	3.5B	-6	0.5	–	–
Brass	10	1-1.3	6000	N₂	16	3.5B	-8	0.5	–	–
Brass	12	0.6-0.8	6000	N₂	18	4.0S	-8	0.3	–	–	sample/testing (red)
Copper	1	25-30	6000	O₂	5	2.0S	-0.5	1	–	–
Copper	2	13-16	6000	O₂	5	2.0S	-1	0.5	–	–
Copper	3	8-10	6000	O₂	5	2.0S	-2	0.5	–	–
Copper	4	5-6	6000	O₂	6	2.0S	-2	0.5	–	–
Copper	5	3-4	6000	O₂	6	2.5S	-3	0.5	–	–
Copper	6	1.5-2.5	6000	O₂	8	2.5S	-3	0.5	–	–	sample/testing (red)

12kW profile (RFL-12000S(100u))

Raycus source: RFL-12000S(100u), listed as 12000S（100μm）. Cutting head optics: Collimation 100 / Focus 200. Materials: Carbon steel, Stainless steel, Aluminium alloy, Brass, Copper. Maximum thickness shown: Carbon steel 30mm, Stainless steel 25mm, Aluminium alloy 25mm, Brass 14mm, Copper 8mm. 93 parameter rows, 9 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	1	50-60	12000	N₂/Air	12	1.5S	0	1	–	–
Carbon steel	2	35-45	12000	N₂/Air	12	2.0S	0	0.5	–	–
Carbon steel	3	30-35	12000	N₂/Air	13	2.0S	0	0.5	–	–
Carbon steel	4	22-26	12000	N₂/Air	13	2.5S	0	0.5	–	–
Carbon steel	5	15-18	12000	N₂/Air	13	2.5S	0	0.5	–	–
Carbon steel	6	10-13	12000	N₂/Air	13	2.5S	0	0.5	–	–
Carbon steel	8	8-10	12000	N₂/Air	13	3.0S	-1.5	0.5	–	–
Carbon steel	10	6-7	12000	N₂/Air	13	4.0S	-3	0.5	–	–
Carbon steel	12	4-5	12000	N₂/Air	13	5.0B	-4	–	–	–
Carbon steel	10	2-2.3	7000	O₂ positive focus	0.6	1.2E	+8	0.8	–	–
Carbon steel	12	1.8-2.1	7500	O₂ positive focus	0.6	1.2E	+8	0.8	–	–
Carbon steel	14	1.6-1.9	8500	O₂ positive focus	0.6	1.4E	+9	0.8	–	–
Carbon steel	16	1.4-1.6	9500	O₂ positive focus	0.6	1.4E	+11	0.8	–	–
Carbon steel	20	1.2-1.4	12000	O₂ positive focus	0.6	1.6E	+11	0.8	–	–
Carbon steel	22	0.9-1	12000	O₂ positive focus	0.7	1.8E	+9	0.8	–	–
Carbon steel	22	1-1.2	12000	O₂ positive focus	0.7	1.4SP	+11	0.5	–	–
Carbon steel	25	0.6-0.7	12000	O₂ positive focus	0.7	1.8E	+11	0.8	–	–
Carbon steel	25	0.8-1.1	12000	O₂ positive focus	0.7	1.5SP	+12	0.5	–	–
Carbon steel	30	0.4-0.5	12000	O₂ positive focus	1.3	1.8E	+11	1.2	–	–
Carbon steel	30	0.6-0.85	12000	O₂ positive focus	0.8	1.5SP	+12	0.5	–	–	sample/testing (red)
Carbon steel	40	0.25-0.3	12000	O₂ positive focus	1.5	1.8E	+11.5	1.2	–	–	sample/testing (red)
Carbon steel	12	3-3.5	12000	O₂ negative focus	1	1.6SP	-10	1.5	–	–
Carbon steel	14	3-3.2	12000	O₂ negative focus	1	1.6SP	-10	1.5	–	–
Carbon steel	16	2.8-3	12000	O₂ negative focus	1	1.6SP	-12	1.5	–	–
Carbon steel	20	2-2.3	12000	O₂ negative focus	1.2	1.6SP	-12	1.5	–	–
Carbon steel	25	1.1-1.3	12000	O₂ negative focus	1.3	1.8SP	-14	1.5	–	–
Carbon steel	30	0.9-1	12000	O₂ negative focus	1.4	1.8SP	-14	1.5	–	–
Stainless steel	1	50-60	12000	N₂	10	2.0S	0	1	–	–
Stainless steel	2	40-45	12000	N₂	12	2.0S	0	0.5	–	–
Stainless steel	3	30-35	12000	N₂	13	2.0S	0	0.5	–	–
Stainless steel	4	24-28	12000	N₂	12	2.0S	0	0.5	–	–
Stainless steel	5	15-18	12000	N₂	15	2.5S	0	0.5	–	–
Stainless steel	6	13-15	12000	N₂	8	3.5B	0	0.5	–	–
Stainless steel	8	8-10	12000	N₂	7	5.0B	0	0.5	–	–
Stainless steel	10	6.5-7.5	12000	N₂	5	5.0B	-1	0.5	–	–
Stainless steel	12	5-5.5	12000	N₂	6	6.0B	-4	0.5	–	–
Stainless steel	14	3-3.5	12000	N₂	6	7.0B	-6	0.3	–	–
Stainless steel	16	2-2.3	12000	N₂	6	7.0B	-8	0.3	–	–
Stainless steel	18	1.3-1.5	12000	N₂	6	7.0B	-9	0.5	–	–
Stainless steel	20	1.2-1.4	12000	N₂	6	7.0B	-11	0.3	–	–
Stainless steel	25	0.7-0.9	12000	N₂	6	7.0B	-13	0.3	–	–
Stainless steel	30	0.25-0.3	12000	N₂	10	7.0B	+7	0.3	200~800	60~75	sample/testing (red)
Stainless steel	40	0.15-0.2	12000	N₂	15	7.0B	+8	0.3	200~800	60~75	sample/testing (red)
Stainless steel	1	50-60	12000	Air	10	2.0S	0	1	–	–
Stainless steel	2	40-45	12000	Air	10	2.5S	0	0.5	–	–
Stainless steel	3	30-35	12000	Air	10	2.5S	0	0.5	–	–
Stainless steel	4	25-30	12000	Air	10	3.5B	0	0.5	–	–
Stainless steel	5	16-19	12000	Air	10	3.5B	0	0.5	–	–
Stainless steel	6	14-17	12000	Air	10	3.5B	0	0.5	–	–
Stainless steel	8	9-11	12000	Air	10	3.5B	0	0.5	–	–
Stainless steel	10	7-8	12000	Air	10	3.5B	-1	0.5	–	–
Stainless steel	12	5-6	12000	Air	10	5.0B	-4	0.5	–	–
Stainless steel	14	3.5-4	12000	Air	10	5.0B	-6	0.5	–	–
Stainless steel	16	2.2-3	12000	Air	10	5.0B	-8	0.5	–	–
Stainless steel	18	1.5-2	12000	Air	10	5.0B	-9	0.5	–	–
Stainless steel	20	1.2-1.6	12000	Air	10	5.0B	-11	0.3	–	–
Stainless steel	25	0.7-1	12000	Air	10	5.0B	-13	0.3	–	–
Stainless steel	30	0.3-0.6	12000	Air	10	5.0B	-14	0.3	–	–	sample/testing (red)
Aluminium alloy	1	45-50	12000	N₂	12	2.0S	0	0.8	–	–
Aluminium alloy	2	30-35	12000	N₂	12	2.0S	-1	0.5	–	–
Aluminium alloy	3	20-25	12000	N₂	12	2.0S	-1	0.5	–	–
Aluminium alloy	4	18-20	12000	N₂	12	2.0S	-2	0.5	–	–
Aluminium alloy	5	14-16	12000	N₂	14	2.5S	-3	0.5	–	–
Aluminium alloy	6	10-12	12000	N₂	14	2.5S	-3	0.5	–	–
Aluminium alloy	8	6-8	12000	N₂	14	2.5S	-4	0.5	–	–
Aluminium alloy	10	4-6	12000	N₂	14	5.0B	-5	0.5	–	–
Aluminium alloy	12	2-3	12000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	14	1.5-2.5	12000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	16	1.3-2	12000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	18	1-1.6	12000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	20	0.8-1.2	12000	N₂	16	7.0B	-5	0.3	–	–
Aluminium alloy	25	0.5-0.7	12000	N₂	16	7.0B	-5	0.3	–	–
Aluminium alloy	30	0.25-0.3	12000	N₂	18	7.0B	+7	0.3	300~1000	60~80	sample/testing (red)
Aluminium alloy	40	0.15-0.2	12000	N₂	18	7.0B	+8	0.3	300~1000	60~80	sample/testing (red)
Brass	1	35-45	12000	N₂	12	2.0S	0	1	–	–
Brass	2	30-35	12000	N₂	12	2.0S	-1	0.5	–	–
Brass	3	18-22	12000	N₂	12	2.0S	-1	0.5	–	–
Brass	4	15-18	12000	N₂	12	2.0S	-2	0.5	–	–
Brass	5	12-15	12000	N₂	14	2.5S	-3	0.5	–	–
Brass	6	8-10	12000	N₂	14	2.5S	-3	0.5	–	–
Brass	8	5-7	12000	N₂	14	2.5S	-4	0.5	–	–
Brass	10	4-5	12000	N₂	14	5.0B	-5	0.5	–	–
Brass	12	1.8-2	12000	N₂	14	5.0B	-5	0.5	–	–
Brass	14	1.2-1.4	12000	N₂	16	5.0B	-8	0.5	–	–
Brass	16	0.8-1	12000	N₂	16	5.0B	-11	0.3	–	–	sample/testing (red)
Copper	1	25-30	12000	O₂	5	2.0S	-0.5	1	–	–
Copper	2	20-25	12000	O₂	5	2.0S	-1	0.5	–	–
Copper	3	16-18	12000	O₂	6	2.0S	-2	0.5	–	–
Copper	4	10-12	12000	O₂	8	2.0S	-3	0.5	–	–
Copper	5	6-8	12000	O₂	8	2.5S	-4.5	0.5	–	–
Copper	6	4-5	12000	O₂	8	2.5S	-5	0.5	–	–
Copper	8	2-2.5	12000	O₂	10	3.0S	-6	0.5	–	–
Copper	10	1-1.2	12000	O₂	12	4.0S	-8	0.5	–	–	sample/testing (red)

15kW profile (RFL-15000(100u))

Raycus source: RFL-15000(100u), listed as 15000W（100μm）. Cutting head optics: Collimation 100 / Focus 200. Materials: Carbon steel, Stainless steel, Aluminium alloy, Brass, Copper. Maximum thickness shown: Carbon steel 35mm, Stainless steel 30mm, Aluminium alloy 30mm, Brass 16mm, Copper 8mm. 104 parameter rows, 12 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	1	50-60	15000	N₂/Air	10	1.5S	0	1	–	–
Carbon steel	2	45-48	15000	N₂/Air	10	2.0S	0	0.5	–	–
Carbon steel	3	30-38	15000	N₂/Air	12	2.0S	0	0.5	–	–
Carbon steel	4	26-29	15000	N₂/Air	12	2.5S	0	0.5	–	–
Carbon steel	5	20-23	15000	N₂/Air	12	2.5S	0	0.5	–	–
Carbon steel	6	17-19	15000	N₂/Air	12	2.5S	0	0.5	–	–
Carbon steel	8	10-12	15000	N₂/Air	12	3.0S	-1	0.5	–	–
Carbon steel	10	7-8	15000	N₂/Air	13	4.0S	-1	0.5	–	–
Carbon steel	12	5-6	15000	N₂/Air	13	4.0S	-2	0.5	–	–
Carbon steel	14	4.5-5.5	15000	N₂/Air	13	4.0S	-6	0.5	–	–
Carbon steel	16	3-3.5	15000	N₂/Air	13	5.0B	-8	0.5	–	–
Carbon steel	10	2-2.3	6000	O₂ positive focus	0.6	1.2E	+6	0.8	–	–
Carbon steel	12	1.8-2	7500	O₂ positive focus	0.6	1.2E	+7	0.8	–	–
Carbon steel	14	1.6-1.8	8500	O₂ positive focus	0.6	1.4E	+7	0.8	–	–
Carbon steel	16	1.5-1.6	9500	O₂ positive focus	0.6	1.4E	+8	0.8	–	–
Carbon steel	20	1.3-1.4	12000	O₂ positive focus	0.6	1.6E	+8	0.8	–	–
Carbon steel	22	1-1.2	15000	O₂ positive focus	0.7	1.8E	+9	0.8	–	–
Carbon steel	22	1.2-1.3	15000	O₂ positive focus	0.7	1.4SP	+11	0.5	–	–
Carbon steel	25	0.8-1	15000	O₂ positive focus	0.7	1.8E	+10	0.8	–	–
Carbon steel	25	1.2-1.3	15000	O₂ positive focus	0.7	1.5SP	+12	0.5	–	–
Carbon steel	30	0.6-0.7	15000	O₂ positive focus	0.8	1.8E	+11	1.2	–	–
Carbon steel	30	0.75-0.85	15000	O₂ positive focus	0.8	1.5SP	+12	0.5	–	–
Carbon steel	40	0.3-0.35	15000	O₂ positive focus	1.5	1.8E	+11.5	1.2	–	–	sample/testing (red)
Carbon steel	50	0.2-0.25	15000	O₂ positive focus	1.6	1.8E	+11.5	1.8	–	–	sample/testing (red)
Carbon steel	60	0.18-0.2	15000	O₂ positive focus	1.8	1.8E	+12	2	–	–	sample/testing (red)
Carbon steel	12	3.2-3.5	15000	O₂ negative focus	1	1.6SP	-10	1.5	–	–
Carbon steel	14	3-3.2	15000	O₂ negative focus	1	1.6SP	-10	1.5	–	–
Carbon steel	16	3-3.1	15000	O₂ negative focus	1	1.6SP	-12	1.5	–	–
Carbon steel	20	2.0-2.3	15000	O₂ negative focus	1.2	1.6SP	-12	1.5	–	–
Carbon steel	25	1.6-1.9	15000	O₂ negative focus	1.3	1.8SP	-14	1.5	–	–
Carbon steel	30	1.2-1.3	15000	O₂ negative focus	1.4	1.8SP	-14	1.5	–	–
Carbon steel	35	1-1.2	15000	O₂ negative focus	1.4	2.0SP	-15	1.5	–	–
Stainless steel	1	50-60	15000	N₂	10	2.0S	0	1	–	–
Stainless steel	2	45-50	15000	N₂	12	2.0S	0	0.5	–	–
Stainless steel	3	35-38	15000	N₂	13	2.5S	0	0.5	–	–
Stainless steel	4	25-29	15000	N₂	12	2.5S	0	0.5	–	–
Stainless steel	5	18-22	15000	N₂	15	2.5S	0	0.5	–	–
Stainless steel	6	15-18	15000	N₂	8	3.5B	0	0.5	–	–
Stainless steel	8	10-12	15000	N₂	7	5.0B	0	0.5	–	–
Stainless steel	10	8-9	15000	N₂	5	5.0B	-1	0.5	–	–
Stainless steel	12	6-7	15000	N₂	6	6.0B	-4	0.5	–	–
Stainless steel	14	4-4.2	15000	N₂	6	7.0B	-6	0.3	–	–
Stainless steel	16	2.6-2.8	15000	N₂	6	7.0B	-8	0.3	–	–
Stainless steel	18	2-2.3	15000	N₂	6	7.0B	-9	0.5	–	–
Stainless steel	20	1.8-2	15000	N₂	6	7.0B	-11	0.3	–	–
Stainless steel	25	1-1.2	15000	N₂	6	7.0B	-13	0.3	–	–
Stainless steel	30	0.6-0.7	15000	N₂	10	5.0B	-15	0.3	–	–
Stainless steel	40	0.3-0.4	15000	N₂	15	7.0B	+8	0.3	200~800	60~75	sample/testing (red)
Stainless steel	50	0.2-0.25	15000	N₂	15	8.0B	+9	0.3	200~800	60~75	sample/testing (red)
Stainless steel	1	50-60	15000	Air	10	2.0S	0	1	–	–
Stainless steel	2	45-50	15000	Air	10	2.5S	0	0.5	–	–
Stainless steel	3	35-38	15000	Air	10	2.5S	0	0.5	–	–
Stainless steel	4	25-29	15000	Air	10	3.5B	0	0.5	–	–
Stainless steel	5	18-22	15000	Air	10	3.5B	0	0.5	–	–
Stainless steel	6	15-18	15000	Air	10	3.5B	0	0.5	–	–
Stainless steel	8	10-12	15000	Air	10	3.5B	0	0.5	–	–
Stainless steel	10	8-9	15000	Air	10	3.5B	-1	0.5	–	–
Stainless steel	12	6-7	15000	Air	10	5.0B	-4	0.5	–	–
Stainless steel	14	4-4.5	15000	Air	10	5.0B	-6	0.5	–	–
Stainless steel	16	2.9-3.1	15000	Air	10	5.0B	-8	0.5	–	–
Stainless steel	18	2.2-2.4	15000	Air	10	5.0B	-9	0.5	–	–
Stainless steel	20	1.9-2.1	15000	Air	10	5.0B	-11	0.3	–	–
Stainless steel	25	1.2-1.4	15000	Air	10	5.0B	-13	0.3	–	–
Stainless steel	30	0.8-1	15000	Air	10	5.0B	-15	0.3	–	–
Stainless steel	40	0.4-0.5	15000	Air	12	6.0B	-15	0.3	–	–	sample/testing (red)
Stainless steel	50	0.2-0.4	15000	Air	12	8.0B	-16	0.3	–	–	sample/testing (red)
Aluminium alloy	1	48-52	15000	N₂	12	2.0S	0	0.8	–	–
Aluminium alloy	2	35-38	15000	N₂	12	2.0S	-1	0.5	–	–
Aluminium alloy	3	25-27	15000	N₂	12	2.0S	-1	0.5	–	–
Aluminium alloy	4	20-22	15000	N₂	12	2.0S	-2	0.5	–	–
Aluminium alloy	5	15-17	15000	N₂	14	2.5S	-3	0.5	–	–
Aluminium alloy	6	12-14	15000	N₂	14	2.5S	-3	0.5	–	–
Aluminium alloy	8	8-9	15000	N₂	14	2.5S	-4	0.5	–	–
Aluminium alloy	10	5-7	15000	N₂	14	5.0B	-5	0.5	–	–
Aluminium alloy	12	2.5-3.5	15000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	14	2-3	15000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	16	1.5-2.5	15000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	18	1.3-1.8	15000	N₂	16	5.0B	-5	0.5	–	–
Aluminium alloy	20	0.8-1.2	15000	N₂	18	7.0B	-5	0.3	–	–
Aluminium alloy	25	0.5-0.7	15000	N₂	18	7.0B	-5	0.3	–	–
Aluminium alloy	30	0.4-0.5	15000	N₂	20	7.0B	-7	0.3	300~1000	60~80
Aluminium alloy	40	0.25-0.3	15000	N₂	20	7.0B	+8	0.3	300~1000	60~80	sample/testing (red)
Aluminium alloy	50	0.2-0.25	15000	N₂	20	8.0B	+9	0.3	300~1000	60~80	sample/testing (red)
Brass	1	38-40	15000	N₂	12	2.0S	0	1	–	–
Brass	2	32-37	15000	N₂	12	2.0S	-1	0.5	–	–
Brass	3	20-24	15000	N₂	12	2.0S	-1	0.5	–	–
Brass	4	16-19	15000	N₂	12	2.0S	-2	0.5	–	–
Brass	5	13-16	15000	N₂	14	2.5S	-3	0.5	–	–
Brass	6	9-11	15000	N₂	14	2.5S	-3	0.5	–	–
Brass	8	6-8	15000	N₂	14	2.5S	-4	0.5	–	–
Brass	10	5-6	15000	N₂	14	5.0B	-5	0.5	–	–
Brass	12	2-2.2	15000	N₂	14	5.0B	-5	0.5	–	–
Brass	14	1.4-1.6	15000	N₂	16	5.0B	-8	0.5	–	–
Brass	16	1.2-1.3	15000	N₂	18	5.0B	-11	0.5	–	–
Brass	18	1-1.2	15000	N₂	18	5.0B	-11	0.5	–	–	sample/testing (red)
Brass	20	0.6-0.7	15000	N₂	18	6.0B	-12	0.3	–	–	sample/testing (red)
Copper	1	25-30	15000	O₂	5	2.0S	-0.5	1	–	–
Copper	2	20-25	15000	O₂	5	2.0S	-1	0.5	–	–
Copper	3	18-20	15000	O₂	6	2.0S	-2	0.5	–	–
Copper	4	12-14	15000	O₂	8	2.0S	-3	0.5	–	–
Copper	5	8-9	15000	O₂	8	2.5S	-4.5	0.5	–	–
Copper	6	6-7	15000	O₂	8	2.5S	-5	0.5	–	–
Copper	8	2.5-3.5	15000	O₂	10	3.0S	-6	0.5	–	–
Copper	10	1.5-2	15000	O₂	12	4.0S	-8	0.5	–	–	sample/testing (red)

20kW profile (RFL-20000(100u))

Raycus source: RFL-20000(100u), listed as 20000W（100μm）. Cutting head optics: Collimation 100 / Focus 200. Materials: Carbon steel, Stainless steel, Aluminium alloy, Brass, Copper. Maximum thickness shown: Carbon steel 50mm, Stainless steel 40mm, Aluminium alloy 30mm, Brass 18mm, Copper 10mm. 112 parameter rows, 15 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	5	23-28	20000	N₂/Air	8	3.0S	0	0.5	–	–
Carbon steel	6	18-20	20000	N₂/Air	8	3.0S	-0.5	0.5	–	–
Carbon steel	8	14-16	20000	N₂/Air	8	3.0S	-1	0.5	–	–
Carbon steel	10	9-12	20000	N₂/Air	8	3.5S	-1.5	0.5	–	–
Carbon steel	12	8-10	20000	N₂/Air	8	3.5S	-2	0.5	–	–
Carbon steel	14	6-8	20000	N₂/Air	8	4.0S	-3	0.5	–	–
Carbon steel	16	5-6	20000	N₂/Air	8	5.0S	-4	0.5	–	–
Carbon steel	18	3.2-4	20000	N₂/Air	10	6.0S	-6	0.5	–	–
Carbon steel	20	2.7-3.2	20000	N₂/Air	10	6.0S	-8	0.5	–	–
Carbon steel	10	2-2.3	6000	O₂ positive focus	0.6	1.2E	+8	0.8	–	–
Carbon steel	12	1.8-2	7500	O₂ positive focus	0.6	1.2E	+9	0.8	–	–
Carbon steel	14	1.6-1.8	8500	O₂ positive focus	0.6	1.4E	+10	0.8	–	–
Carbon steel	16	1.5-1.6	9500	O₂ positive focus	0.6	1.4E	+11	0.8	–	–
Carbon steel	20	1.3-1.4	12000	O₂ positive focus	0.6	1.6E	+12	0.8	–	–
Carbon steel	22	1.2-1.3	20000	O₂ positive focus	0.7	1.8E	+12.5	0.8	–	–
Carbon steel	22	1.4-1.5	20000	O₂ positive focus	0.7	1.4SP	+13	0.5	–	–
Carbon steel	25	1.2-1.4	20000	O₂ positive focus	1.0	1.5SP	+13	0.4	–	–
Carbon steel	30	1.2-1.3	20000	O₂ positive focus	1.2	1.5SP	+13.5	0.4	–	–
Carbon steel	40	0.6-0.9	20000	O₂ positive focus	1.4	1.6SP	+14	0.4	–	–
Carbon steel	40 (non-Q235)	0.3-0.6	20000	O₂ positive focus	1.6	1.8E	+13	2	–	–
Carbon steel	50	0.2-0.3	20000	O₂ positive focus	1.6	1.8E	+13	2	–	–
Carbon steel	60	0.2-0.25	20000	O₂ positive focus	1.6	1.8E	+13.5	2	–	–	sample/testing (red)
Carbon steel	12	3.2-3.5	20000	O₂ negative focus	1	1.6SP	-10	1.5	–	–
Carbon steel	14	3-3.2	20000	O₂ negative focus	1	1.6SP	-10	1.5	–	–
Carbon steel	16	3-3.1	20000	O₂ negative focus	1	1.6SP	-12	1.5	–	–
Carbon steel	20	2.1-2.3	20000	O₂ negative focus	1.2	1.6SP	-12	1.5	–	–
Carbon steel	25	2.0-2.1	20000	O₂ negative focus	1.3	1.8SP	-14	1.5	–	–
Carbon steel	30	1.7-1.9	20000	O₂ negative focus	1.4	1.8SP	-14	1.5	–	–
Carbon steel	35	1.4-1.6	20000	O₂ negative focus	1.4	2.0SP	-15	1.5	–	–
Carbon steel	40	1-1.2	20000	O₂ negative focus	1.5	2.5S	-15	1.5	–	–
Carbon steel	45	0.8-0.9	20000	O₂ negative focus	1.6	2.5S	-17	1.5	–	–
Stainless steel	1	50-60	12000	N₂	8	2.0S	0	1	–	–
Stainless steel	2	50-60	12000	N₂	8	2.0S	0	0.5	–	–
Stainless steel	3	40-45	20000	N₂	8	2.5S	0	0.5	–	–
Stainless steel	4	30-35	20000	N₂	8	2.5S	0	0.5	–	–
Stainless steel	5	22-24	20000	N₂	8	3.0S	0	0.5	–	–
Stainless steel	6	18-22	20000	N₂	8	3.5B	0	0.5	–	–
Stainless steel	8	13-16	20000	N₂	8	5.0B	-1	0.5	–	–
Stainless steel	10	10-12	20000	N₂	8	5.0B	-1.5	0.3	–	–
Stainless steel	12	8-10	20000	N₂	8	6.0B	-2	0.5	–	–
Stainless steel	14	6-8	20000	N₂	8	6.0B	-4	0.3	–	–
Stainless steel	16	5-6	20000	N₂	8	6.0B	-5	0.3	–	–
Stainless steel	18	3.2-4	20000	N₂	8	6.0B	-6	0.3	–	–
Stainless steel	20	3-3.2	20000	N₂	12	6.0B	-7.5	0.3	–	–
Stainless steel	25	1.5-2	20000	N₂	12	7.0B	-12	0.3	–	–
Stainless steel	30	1-1.2	20000	N₂	12	7.0B	-16	0.3	–	–
Stainless steel	40	0.5-0.8	20000	N₂	16	7.0B	-16	0.3	200~800	60~75
Stainless steel	50	0.2-0.3	20000	N₂	16	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	60	0.15-0.2	20000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	70	0.1-0.13	20000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	80	0.08-0.1	20000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	90	0.05-0.06	20000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	100	0.04-0.05	20000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	1	50-60	12000	Air	8	2.0S	0	1	–	–
Stainless steel	2	50-60	12000	Air	8	2.5S	0	0.5	–	–
Stainless steel	3	40-45	20000	Air	8	2.5S	0	0.5	–	–
Stainless steel	4	30-35	20000	Air	8	3.5B	0	0.5	–	–
Stainless steel	5	22-24	20000	Air	8	3.5B	0	0.5	–	–
Stainless steel	6	18-22	20000	Air	8	3.5B	0	0.5	–	–
Stainless steel	8	13-16	20000	Air	10	3.5B	0	0.5	–	–
Stainless steel	10	11-13	20000	Air	10	3.5B	-1.5	0.3	–	–
Stainless steel	12	9-11	20000	Air	10	5.0B	-4	0.3	–	–
Stainless steel	14	7-9	20000	Air	10	5.0B	-6	0.3	–	–
Stainless steel	16	6-7	20000	Air	10	5.0B	-7	0.3	–	–
Stainless steel	18	3.5-4.5	20000	Air	10	5.0B	-8	0.3	–	–
Stainless steel	20	3.5-4.5	20000	Air	10	5.0B	-9	0.3	–	–
Stainless steel	25	1.8-2.5	20000	Air	10	5.0B	-13	0.3	–	–
Stainless steel	30	1.4-1.6	20000	Air	10	5.0B	-17	0.3	–	–
Stainless steel	40	0.5-0.8	20000	Air	16	7.0B	-16	0.3	–	–
Stainless steel	50	0.2-0.3	20000	Air	16	8.0B	-18	0.3	–	–	sample/testing (red)
Stainless steel	60	0.15-0.2	20000	Air	20	8.0B	-20	0.3	–	–	sample/testing (red)
Stainless steel	70	0.1-0.13	20000	Air	20	8.0B	-25	0.3	–	–	sample/testing (red)
Aluminium alloy	1	55-60	12000	N₂	8	2.0S	0	0.8	–	–
Aluminium alloy	2	40-45	12000	N₂	8	2.0S	-1	0.5	–	–
Aluminium alloy	3	30-35	20000	N₂	10	2.5S	-1	0.5	–	–
Aluminium alloy	4	25-30	20000	N₂	12	2.5S	-2	0.5	–	–
Aluminium alloy	5	18-20	20000	N₂	14	3.0S	-3	0.5	–	–
Aluminium alloy	6	16-18	20000	N₂	14	3.0S	-3	0.5	–	–
Aluminium alloy	8	10-12	20000	N₂	14	3.5S	-4	0.5	–	–
Aluminium alloy	10	9-10	20000	N₂	14	3.5S	-5	0.5	–	–
Aluminium alloy	12	5-6	20000	N₂	16	5.0B	-6	0.3	–	–
Aluminium alloy	14	4-5	20000	N₂	16	5.0B	-7	0.3	–	–
Aluminium alloy	16	3-4	20000	N₂	16	5.0B	-7	0.3	–	–
Aluminium alloy	18	2-3	20000	N₂	16	5.0B	-7	0.3	–	–
Aluminium alloy	20	1.5-2	20000	N₂	18	6.0B	-7	0.3	–	–
Aluminium alloy	25	1-1.2	20000	N₂	18	6.0B	-7.5	0.3	–	–
Aluminium alloy	30	0.8-1	20000	N₂	20	7.0B	-7.5	0.3	300~1000	60~80
Aluminium alloy	40	0.5-0.8	20000	N₂	20	7.0B	-9	0.3	300~1000	60~80	sample/testing (red)
Aluminium alloy	50	0.4-0.6	20000	N₂	20	8.0B	-9	0.3	300~1000	60~80	sample/testing (red)
Aluminium alloy	60	0.2-0.3	20000	N₂	20	8.0B	-9	0.3	300~1000	60~80	sample/testing (red)
Brass	1	40-45	20000	N₂	12	2.0S	0	1	–	–
Brass	2	35-40	20000	N₂	12	2.0S	0	0.5	–	–
Brass	3	28-30	20000	N₂	12	2.0S	0	0.5	–	–
Brass	4	19-22	20000	N₂	12	2.5S	0	0.5	–	–
Brass	5	18-19	20000	N₂	14	2.5S	0	0.5	–	–
Brass	6	12-15	20000	N₂	14	3.0S	0	0.5	–	–
Brass	8	8-10	20000	N₂	14	3.0S	0	0.5	–	–
Brass	10	7-8	20000	N₂	14	5.0B	-1	0.3	–	–
Brass	12	2.5-3.5	20000	N₂	14	5.0B	-2	0.3	–	–
Brass	14	2-2.5	20000	N₂	16	5.0B	-3	0.3	–	–
Brass	16	1.5-2	20000	N₂	18	5.0B	-3	0.3	–	–
Brass	18	1.2-1.5	20000	N₂	18	5.0B	-4	0.3	–	–
Brass	20	0.8-1	20000	N₂	18	6.0B	-5	0.3	–	–	sample/testing (red)
Copper	1	25-30	20000	O₂	5	2.0S	0	1	–	–
Copper	2	25-30	20000	O₂	5	2.0S	0	0.5	–	–
Copper	3	20-25	20000	O₂	6	2.0S	0	0.5	–	–
Copper	4	16-18	20000	O₂	8	2.5S	-1	0.5	–	–
Copper	5	10-12	20000	O₂	8	2.5S	-1	0.5	–	–
Copper	6	8-10	20000	O₂	8	3.0S	-2	0.5	–	–
Copper	8	4-6	20000	O₂	10	3.0S	-3	0.5	–	–
Copper	10	2-3.5	20000	O₂	12	3.5S	-4	0.5	–	–
Copper	12	2-2.5	20000	O₂	12	3.5S	-5	0.5	–	–	sample/testing (red)

30kW profile (RFL-30000(100u))

Raycus source: RFL-30000(100u), listed as 30000W (100μm). Cutting head optics: Collimation 100 / Focus 300. Materials: Carbon steel, Stainless steel, Aluminium alloy, Brass, Copper. Maximum thickness shown: Carbon steel 75mm, Stainless steel 50mm, Aluminium alloy 30mm, Brass 18mm, Copper 12mm. 114 parameter rows, 11 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	5	18-27	15000~20000	N₂/Air	8	3.0S	0	0.5	–	–
Carbon steel	6	18-23	15000~20000	N₂/Air	8	3.0S	-0.5	0.5	–	–
Carbon steel	8	14-18	20000~24000	N₂/Air	8	3.0S	-1	0.5	–	–
Carbon steel	10	10-14	20000~24000	N₂/Air	8	3.5S	-1.5	0.5	–	–
Carbon steel	12	9-12	20000~24000	N₂/Air	8	3.5S	-2	0.5	–	–
Carbon steel	14	9-10	28000~30000	N₂/Air	8	4.0S	-3	0.5	–	–
Carbon steel	16	7-9	28000~30000	N₂/Air	8	5.0S	-4	0.5	–	–
Carbon steel	18	5-7	30000	N₂/Air	10	6.0S	-6	0.5	–	–
Carbon steel	20	4-5	30000	N₂/Air	10	6.0S	-8	0.5	–	–
Carbon steel	25	3-3.5	30000	N₂/Air	10	6.0S	-12	0.5	–	–
Carbon steel	10	2-2.3	6000	O₂ positive focus	0.6	1.2E	+8	0.8	–	–
Carbon steel	12	1.8-2	7500	O₂ positive focus	0.6	1.2E	+9	0.8	–	–
Carbon steel	14	1.6-1.8	8500	O₂ positive focus	0.6	1.4E	+10	0.8	–	–
Carbon steel	16	1.6-1.8	9500	O₂ positive focus	0.6	1.4E	+11	0.8	–	–
Carbon steel	20	1.5-1.6	12000	O₂ positive focus	0.6	1.6E	+12	0.8	–	–
Carbon steel	22	1.4-1.5	20000	O₂ positive focus	0.7	1.4SP	+13	0.5	–	–
Carbon steel	25	1.2-1.4	20000	O₂ positive focus	1.0	1.5SP	+13	0.4	–	–
Carbon steel	30	1.2-1.3	20000	O₂ positive focus	1.2	1.5SP	+13.5	0.4	–	–
Carbon steel	40	0.6-0.9	20000	O₂ positive focus	1.4	1.6SP	+14	0.4	–	–
Carbon steel	40 (non-Q235)	0.3-0.6	20000	O₂ positive focus	1.6	1.8E	+13	2	–	–
Carbon steel	50 (non-Q235)	0.3-0.5	20000	O₂ positive focus	1.6	1.8E	+13	2	–	–
Carbon steel	50	0.6-0.8	30000	O₂ positive focus	1.6	1.8SP	+14	0.4	–	–
Carbon steel	60	0.2-0.25	30000	O₂ positive focus	1.6	1.8E	+13.5	2	–	–	sample/testing (red)
Carbon steel	70	0.18-0.2	30000	O₂ positive focus	1.7	1.8E	+13.5	2	–	–	sample/testing (red)
Carbon steel	20	2.2-2.5	20000	O₂ negative focus	1.2	1.6SP	-12	1.5	–	–
Carbon steel	25	1.8-2	20000	O₂ negative focus	1.3	1.8SP	-14	1.5	–	–
Carbon steel	30	1.6-1.8	20000	O₂ negative focus	1.4	1.8SP	-14	1.5	–	–
Carbon steel	35	1.4-1.6	26000	O₂ negative focus	1.4	2.0SP	-15	1.5	–	–
Carbon steel	40	1.1-1.4	26000	O₂ negative focus	1.5	2.5S	-15	1.5	–	–
Carbon steel	45	1-1.2	30000	O₂ negative focus	1.6	2.5S	-17	1.5	–	–
Carbon steel	50	0.9-1	30000	O₂ negative focus	1.6	2.5S	-19	1.5	–	–
Carbon steel	55	0.7-0.9	30000	O₂ negative focus	1.6	2.5S	-19	1.5	–	–
Carbon steel	60	0.6-0.7	30000	O₂ negative focus	1.6	2.5S	-21	1.5	–	–
Carbon steel	65	0.55-0.65	30000	O₂ negative focus	1.6	2.5S	-23	1.5	–	–
Carbon steel	75	0.4-0.5	30000	O₂ negative focus	1.6	3.0S	-25	1.5	–	–
Stainless steel	1	50-60	12000	N₂	8	2.0S	0	1	–	–
Stainless steel	2	50-60	12000	N₂	8	2.0S	0	0.5	–	–
Stainless steel	3	40-50	30000	N₂	8	2.5S	0	0.5	–	–
Stainless steel	4	30-35	30000	N₂	8	2.5S	0	0.5	–	–
Stainless steel	5	25-30	30000	N₂	8	3.0S	0	0.5	–	–
Stainless steel	6	22-25	30000	N₂	8	3.5B	0	0.5	–	–
Stainless steel	8	18-22	30000	N₂	8	5.0B	-1	0.5	–	–
Stainless steel	10	14-18	30000	N₂	8	5.0B	-1.5	0.3	–	–
Stainless steel	12	12-14	30000	N₂	8	6.0B	-2	0.5	–	–
Stainless steel	14	8-10	30000	N₂	8	6.0B	-4	0.3	–	–
Stainless steel	16	7.5-8.5	30000	N₂	8	6.0B	-5	0.3	–	–
Stainless steel	18	6-7	30000	N₂	8	6.0B	-6	0.3	–	–
Stainless steel	20	5-6	30000	N₂	12	6.0B	-7.5	0.3	–	–
Stainless steel	25	2-3	30000	N₂	12	7.0B	-12	0.3	–	–
Stainless steel	30	1.5-2	30000	N₂	12	7.0B	-16	0.3	–	–
Stainless steel	40	0.6-0.8	30000	N₂	16	7.0B	-16	0.3	–	–
Stainless steel	50	0.4-0.6	30000	N₂	16	8.0B	-18	0.3	–	–
Stainless steel	60	0.15-0.2	30000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	70	0.1-0.13	30000	N₂	20	8.0B	+11	0.3	200~800	60~75	sample/testing (red)
Stainless steel	1	50-60	12000	Air	8	2.0S	0	1	–	–
Stainless steel	2	50-60	12000	Air	8	2.5S	0	0.5	–	–
Stainless steel	3	40-50	30000	Air	8	2.5S	0	0.5	–	–
Stainless steel	4	35-40	30000	Air	8	3.5B	0	0.5	–	–
Stainless steel	5	25-30	30000	Air	8	3.5B	0	0.5	–	–
Stainless steel	6	22-25	30000	Air	8	3.5B	0	0.5	–	–
Stainless steel	8	18-22	30000	Air	10	3.5B	0	0.5	–	–
Stainless steel	10	14-18	30000	Air	10	3.5B	-1.5	0.3	–	–
Stainless steel	12	12-14	30000	Air	10	5.0B	-4	0.3	–	–
Stainless steel	14	10-12	30000	Air	10	5.0B	-6	0.3	–	–
Stainless steel	16	8-9	30000	Air	10	5.0B	-7	0.3	–	–
Stainless steel	18	6-7	30000	Air	10	5.0B	-8	0.3	–	–
Stainless steel	20	5-6	30000	Air	10	5.0B	-9	0.3	–	–
Stainless steel	25	2.5-3	30000	Air	10	5.0B	-13	0.3	–	–
Stainless steel	30	1.5-2	30000	Air	10	5.0B	-17	0.3	–	–
Stainless steel	40	0.8-1.2	30000	Air	16	7.0B	-16	0.3	–	–
Stainless steel	50	0.6-0.8	30000	Air	16	8.0B	-18	0.3	–	–
Stainless steel	60	0.15-0.2	30000	Air	20	8.0B	-20	0.3	–	–	sample/testing (red)
Stainless steel	70	0.1-0.13	30000	Air	20	8.0B	-25	0.3	–	–	sample/testing (red)
Aluminium alloy	1	55-60	12000	N₂	8	2.0S	0	0.8	–	–
Aluminium alloy	2	40-45	12000	N₂	8	2.0S	-1	0.5	–	–
Aluminium alloy	3	30-35	30000	N₂	10	2.5S	-1	0.5	–	–
Aluminium alloy	4	25-30	30000	N₂	12	2.5S	-2	0.5	–	–
Aluminium alloy	5	18-25	30000	N₂	14	3.0S	-3	0.5	–	–
Aluminium alloy	6	18-20	30000	N₂	14	3.0S	-3	0.5	–	–
Aluminium alloy	8	15-18	30000	N₂	14	3.5S	-4	0.5	–	–
Aluminium alloy	10	12-15	30000	N₂	14	3.5S	-5	0.5	–	–
Aluminium alloy	12	10-12	30000	N₂	16	5.0B	-6	0.3	–	–
Aluminium alloy	14	8-10	30000	N₂	16	5.0B	-7	0.3	–	–
Aluminium alloy	16	6-8	30000	N₂	16	5.0B	-7	0.3	–	–
Aluminium alloy	18	3-4	30000	N₂	16	5.0B	-7	0.3	–	–
Aluminium alloy	20	2-3	30000	N₂	18	6.0B	-7	0.3	–	–
Aluminium alloy	25	1.5-2	30000	N₂	18	6.0B	-7.5	0.3	–	–
Aluminium alloy	30	0.8-1	30000	N₂	20	7.0B	-7.5	0.3	300~1000	60~80
Aluminium alloy	40	0.5-0.8	30000	N₂	20	7.0B	-9	0.3	300~1000	60~80	sample/testing (red)
Aluminium alloy	50	0.4-0.6	30000	N₂	20	8.0B	-9	0.3	300~1000	60~80	sample/testing (red)
Aluminium alloy	60	0.2-0.3	30000	N₂	20	8.0B	-9	0.3	300~1000	60~80	sample/testing (red)
Brass	1	40-45	12000	N₂	12	2.0S	0	1	–	–
Brass	2	35-40	30000	N₂	12	2.0S	0	0.5	–	–
Brass	3	28-30	30000	N₂	12	2.0S	0	0.5	–	–
Brass	4	20-25	30000	N₂	12	2.5S	0	0.5	–	–
Brass	5	18-20	30000	N₂	14	2.5S	0	0.5	–	–
Brass	6	15-18	30000	N₂	14	3.0S	0	0.5	–	–
Brass	8	10-15	30000	N₂	14	3.0S	0	0.5	–	–
Brass	10	8-10	30000	N₂	14	5.0B	-1	0.3	–	–
Brass	12	5-8	30000	N₂	14	5.0B	-2	0.3	–	–
Brass	14	3-5	30000	N₂	16	5.0B	-3	0.3	–	–
Brass	16	1.5-2	30000	N₂	18	5.0B	-3	0.3	–	–
Brass	18	1.2-1.5	30000	N₂	18	5.0B	-4	0.3	–	–
Brass	20	0.8-1	30000	N₂	18	6.0B	-5	0.3	–	–	sample/testing (red)
Copper	1	25-30	30000	O₂	5	2.0S	0	1	–	–
Copper	2	25-30	30000	O₂	5	2.0S	0	0.5	–	–
Copper	3	20-25	30000	O₂	6	2.0S	0	0.5	–	–
Copper	4	18-20	30000	O₂	8	2.5S	-1	0.5	–	–
Copper	5	15-18	30000	O₂	8	2.5S	-1	0.5	–	–
Copper	6	10-15	30000	O₂	8	3.0S	-2	0.5	–	–
Copper	8	6-10	30000	O₂	10	3.0S	-3	0.5	–	–
Copper	10	2-3.5	30000	O₂	12	3.5S	-4	0.5	–	–
Copper	12	2-2.5	30000	O₂	12	3.5S	-5	0.5	–	–
Copper	14	1.5-2	30000	O₂	12	3.5S	-6	0.5	–	–	sample/testing (red)

40kW profile (RFL-40000(150u))

Raycus source: RFL-40000(150u), listed as 40000W (150μm). Cutting head optics: Collimation 100 / Focus 300. Materials: Carbon steel, Stainless steel, Aluminium alloy, Brass, Copper. Maximum thickness shown: Carbon steel 90mm, Stainless steel 70mm, Aluminium alloy 70mm, Brass 25mm, Copper 16mm. 116 parameter rows, 12 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	5	18-27	15000~20000	N₂/Air	8	3.0B	0	0.3	–	–
Carbon steel	6	18-23	15000~20000	N₂/Air	8	3.0B	0	0.3	–	–
Carbon steel	8	14-18	20000~24000	N₂/Air	8	3.0B	0	0.3	–	–
Carbon steel	10	10-14	20000~24000	N₂/Air	8	3.5B	-0.5	0.3	–	–
Carbon steel	12	9-12	20000~24000	N₂/Air	8	3.5B	-0.5	0.3	–	–
Carbon steel	14	9.5-10.5	30000~40000	N₂/Air	8	5.0B	-1	0.3	–	–
Carbon steel	16	7.5-9	30000~40000	N₂/Air	8	5.0B	-1	0.3	–	–
Carbon steel	18	6.5-8	40000	N₂/Air	8	6.0B	-2	0.3	–	–
Carbon steel	20	4.5-6	40000	N₂/Air	8	6.0B	-3	0.3	–	–
Carbon steel	25	3.5-4.5	40000	N₂/Air	6	8.0B	-5	0.3	–	–
Carbon steel	30	2.5-3.5	40000	N₂/Air	6	8.0B	-7	0.3	–	–
Carbon steel	35	2-3	40000	N₂/Air	6	8.0B	-9	0.3	–	–
Carbon steel	10	2-2.3	6000	O₂ positive focus	0.6	1.2E	+11	0.8	–	–
Carbon steel	12	1.8-2	7500	O₂ positive focus	0.6	1.2E	+12	0.8	–	–
Carbon steel	14	1.6-1.8	8500	O₂ positive focus	0.6	1.4E	+13	0.8	–	–
Carbon steel	16	1.6-1.8	9500	O₂ positive focus	0.6	1.4E	+14	0.8	–	–
Carbon steel	20	1.5-1.6	12000	O₂ positive focus	0.6	1.6E	+15	0.8	–	–
Carbon steel	22	1.4-1.5	18000	O₂ positive focus	0.7	1.4SP	+17	0.5	–	–
Carbon steel	25	1.2-1.4	18000	O₂ positive focus	0.65	1.6SP	+19	0.3	–	–
Carbon steel	30	1.2-1.3	18000	O₂ positive focus	0.6	1.8SP	+23	0.3	–	–
Carbon steel	40	0.9-1.1	26000	O₂ positive focus	0.8	2.2SP	+25	0.3	–	–
Carbon steel	40 (non-Q235)	0.3-0.6	20000	O₂ positive focus	1.6	1.8E	+18	2	–	–
Carbon steel	50 (non-Q235)	0.3-0.5	25000	O₂ positive focus	1.6	1.8E	+18	2	–	–
Carbon steel	50	0.7-0.9	40000	O₂ positive focus	1.2	2.2SP	+25	0.3	–	–
Carbon steel	60	0.6-0.8	40000	O₂ positive focus	1.5	2.4SP	+25	0.3	–	–
Carbon steel	70	0.5-0.7	40000	O₂ positive focus	1.5	2.4SP	+25	0.3	–	–
Carbon steel	80	0.4-0.6	40000	O₂ positive focus	1.6	2.5SP	+27	0.3	–	–	sample/testing (red)
Carbon steel	20	2.2-2.5	20000	O₂ negative focus	1	1.8SP	-11	1.5	–	–
Carbon steel	25	1.8-2	20000	O₂ negative focus	1	2.5SP	-17	2.5	–	–
Carbon steel	30	1.6-1.8	20000	O₂ negative focus	1.2	2.5SP	-18	1.5	–	–
Carbon steel	35	1.4-1.6	26000	O₂ negative focus	1.3	2.5SP	-20	1.5	–	–
Carbon steel	40	1.1-1.4	26000	O₂ negative focus	1.5	3.0S	-23	1.5	–	–
Carbon steel	50	0.9-1.1	30000~40000	O₂ negative focus	1.6	3.0S	-25	1.5	–	–
Carbon steel	55	0.7-0.9	30000~40000	O₂ negative focus	1.8	3.0S	-27	2	–	–
Carbon steel	60	0.8-1	30000~40000	O₂ negative focus	1.6	3.0S	-34	2	–	–
Carbon steel	65	0.75-0.85	30000~40000	O₂ negative focus	1.6	3.0S	-36	2	–	–
Carbon steel	70	0.65-0.75	30000~40000	O₂ negative focus	1.6	3.0S	-38	2	–	–
Carbon steel	75	0.55-0.65	30000~40000	O₂ negative focus	1.6	3.0S	-40	2	–	–
Carbon steel	80	0.52-0.62	30000~40000	O₂ negative focus	1.6	3.0S	-42	2	–	–
Carbon steel	85	0.5-0.6	30000~40000	O₂ negative focus	1.6	4.0S	-50	2	–	–
Carbon steel	90	0.4-0.5	30000~40000	O₂ negative focus	1.6	4.0S	-50	2	–	–
Stainless steel	5	25-30	40000	N₂	8	3.0S	0	0.3	–	–
Stainless steel	6	22-25	40000	N₂	8	3.5B	0	0.3	–	–
Stainless steel	8	20-23	40000	N₂	8	5.0B	-0.5	0.3	–	–
Stainless steel	10	16-21	40000	N₂	8	5.0B	-0.5	0.3	–	–
Stainless steel	12	12-14	40000	N₂	8	6.0B	-1	0.3	–	–
Stainless steel	14	10-12	40000	N₂	8	6.0B	-1	0.3	–	–
Stainless steel	16	9-11	40000	N₂	8	6.0B	-2	0.3	–	–
Stainless steel	18	8-9.5	40000	N₂	8	6.0B	-3	0.3	–	–
Stainless steel	20	7-8	40000	N₂	8	6.0B	-5	0.3	–	–
Stainless steel	25	4.5-5.5	40000	N₂	8	7.0B	-7	0.3	–	–
Stainless steel	30	3-4	40000	N₂	8	7.0B	-13	0.3	–	–
Stainless steel	40	1.5-2	40000	N₂	8	7.0B	-20	0.3	–	–
Stainless steel	50	0.5-0.8	40000	N₂	6	8.0B	-38	0.3	–	–
Stainless steel	60	0.4-0.6	40000	N₂	6	8.0B	-38	0.3	–	–
Stainless steel	70	0.2-0.3	40000	N₂	6	8.0B	-40	0.3	–	–
Stainless steel	80	0.2-0.25	40000	N₂	20	10.0ECU	+11	0.3	50~100	50~60	sample/testing (red)
Stainless steel	90	0.14-0.18	40000	N₂	20	10.0ECU	+12	0.3	50~100	50~60	sample/testing (red)
Stainless steel	100	0.08-0.12	40000	N₂	20	10.0ECU	+12	0.3	50~100	50~60	sample/testing (red)
Stainless steel	5	30-34	40000	Air	8	3.5B	0	0.5	–	–
Stainless steel	6	25-30	40000	Air	8	3.5B	0	0.5	–	–
Stainless steel	8	22-25	40000	Air	8	3.5B	0	0.5	–	–
Stainless steel	10	17-23	40000	Air	8	3.5B	-1.5	0.3	–	–
Stainless steel	12	13-16	40000	Air	8	5.0B	-4	0.3	–	–
Stainless steel	14	12-14	40000	Air	8	5.0B	-6	0.3	–	–
Stainless steel	16	9-11.5	40000	Air	8	5.0B	-7	0.3	–	–
Stainless steel	18	8-10	40000	Air	8	5.0B	-8	0.3	–	–
Stainless steel	20	7-8.5	40000	Air	8	5.0B	-9	0.3	–	–
Stainless steel	25	5-5.5	40000	Air	8	5.0B	-13	0.3	–	–
Stainless steel	30	3.5-4.5	40000	Air	8	5.0B	-15	0.3	–	–
Stainless steel	40	1.7-2.2	40000	Air	6	7.0B	-22	0.3	–	–
Stainless steel	50	0.7-1	40000	Air	6	8.0B	-38	0.3	100~200	90~95
Stainless steel	60	0.4-0.6	40000	Air	5	8.0B	-38	0.3	100~200	90~95
Stainless steel	70	0.3-0.4	40000	Air	5	8.0B	-44	0.3	50~100	50~60
Stainless steel	80	0.25-0.3	40000	Air	5	10.0ECU	-44	0.3	50~100	50~60	sample/testing (red)
Stainless steel	90	0.2-0.25	40000	Air	5	10.0ECU	-44	0.3	50~100	60~65	sample/testing (red)
Stainless steel	100	0.15-0.2	40000	Air	5	10.0ECU	-47	0.3	50~100	60~60	sample/testing (red)
Aluminium alloy	5	25-30	40000	N₂	8	3.0S	0	0.3	–	–
Aluminium alloy	6	20-25	40000	N₂	8	3.5B	0	0.3	–	–
Aluminium alloy	8	18-22	40000	N₂	10	5.0B	0	0.3	–	–
Aluminium alloy	10	14-17	40000	N₂	12	5.0B	0	0.3	–	–
Aluminium alloy	12	11-13	40000	N₂	14	6.0B	-1	0.3	–	–
Aluminium alloy	14	9-11	40000	N₂	14	6.0B	-1	0.3	–	–
Aluminium alloy	16	7-9	40000	N₂	14	6.0B	-2	0.3	–	–
Aluminium alloy	18	5-7	40000	N₂	14	6.0B	-3	0.3	–	–
Aluminium alloy	20	4-5	40000	N₂	16	6.0B	-5	0.3	–	–
Aluminium alloy	25	3-3.5	40000	N₂	16	7.0B	-7	0.3	–	–
Aluminium alloy	30	2-3	40000	N₂	16	7.0B	-9	0.3	–	–
Aluminium alloy	40	1-1.5	40000	N₂	16	7.0B	-9	0.3	–	–
Aluminium alloy	50	0.4-0.6	40000	N₂	18	8.0B	-11	0.3	100~200	90~95
Aluminium alloy	60	0.2-0.3	40000	N₂	18	8.0B	-11	0.3	100~200	90~95
Aluminium alloy	70	0.2-0.25	40000	N₂	20	8.0B	-11	0.3	50~100	50~60
Aluminium alloy	80	0.15-0.2	40000	N₂	20	10.0ECU	+11	0.3	50~100	50~60	sample/testing (red)
Aluminium alloy	90	0.12-0.15	40000	N₂	20	10.0ECU	+12	0.3	50~100	60~65	sample/testing (red)
Aluminium alloy	100	0.08-0.1	40000	N₂	20	10.0ECU	+12	0.3	50~100	60~60	sample/testing (red)
Brass	5	25-30	40000	N₂	14	2.5S	0	0.5	–	–
Brass	6	20-25	40000	N₂	14	3.0S	0	0.5	–	–
Brass	8	18-22	40000	N₂	14	3.0S	0	0.5	–	–
Brass	10	10-14	40000	N₂	14	5.0B	-1	0.3	–	–
Brass	12	8-11	40000	N₂	14	5.0B	-2	0.3	–	–
Brass	14	6-8	40000	N₂	16	5.0B	-3	0.3	–	–
Brass	16	5-7	40000	N₂	18	5.0B	-3	0.3	–	–
Brass	18	4-5	40000	N₂	18	5.0B	-4	0.3	–	–
Brass	20	3-4	40000	N₂	18	6.0B	-5	0.3	–	–
Brass	25	2.5-3	40000	N₂	18	6.0B	-7	0.3	–	–
Brass	30	2-2.5	40000	N₂	18	6.0B	-7	0.3	–	–	sample/testing (red)
Copper	3	20-25	40000	O₂	6	2.0S	0	0.5	–	–
Copper	4	18-20	40000	O₂	8	2.5S	-1	0.5	–	–
Copper	5	15-18	40000	O₂	8	2.5S	-1	0.5	–	–
Copper	6	10-15	40000	O₂	8	3.0S	-2	0.5	–	–
Copper	8	6-10	40000	O₂	10	3.0S	-3	0.5	–	–
Copper	10	2-3.5	40000	O₂	12	3.5S	-4	0.5	–	–
Copper	12	2-2.5	40000	O₂	12	3.5S	-5	0.5	–	–
Copper	14	1.5-2	40000	O₂	12	3.5S	-6	0.5	–	–
Copper	16	1-1.5	40000	O₂	12	4.0S	-6	0.5	–	–
Copper	20	0.6-1	40000	O₂	12	4.0S	-8	0.5	–	–	sample/testing (red)

60kW profile (RFL-60000(150u))

Raycus source: RFL-60000(150u), listed as 60000W (150μm). Cutting head optics: Collimation 100 / Focus 300. Materials: Carbon steel, Stainless steel. Maximum thickness shown: Carbon steel 100mm, Stainless steel 150mm. 48 parameter rows, 5 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Corrected gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	20	7.5-8.5	40000~60000	N₂＆O₂	4	6.0B	-6	0.3	–	–
Carbon steel	25	5.5-6.5	40000~60000	N₂＆O₂	4	6.0B	-9	0.3	–	–
Carbon steel	30	4-5.5	40000~60000	N₂＆O₂	4	6.0B	-12	0.3	–	–
Carbon steel	35	3-4.5	40000~60000	N₂＆O₂	3	6.0B	-17.5	0.3	–	–
Carbon steel	40	2.5-3.5	40000~60000	N₂＆O₂	3	10.0B	-19	0.3	–	–
Carbon steel	16	1.6-1.8	12000	O₂ positive focus	0.5	1.4SP	+15	0.3	–	–
Carbon steel	18	1.6-1.7	12000	O₂ positive focus	0.55	1.4SP	+16	0.3	–	–
Carbon steel	20	1.5-1.6	12000	O₂ positive focus	0.6	1.6SP	+18	0.3	–	–
Carbon steel	25	1.2-1.4	20000	O₂ positive focus	0.6	1.6SP	+18	0.3	–	–
Carbon steel	30	1.2-1.3	20000	O₂ positive focus	0.65	1.8SP	+21	0.3	–	–
Carbon steel	35	1.1-1.2	20000	O₂ positive focus	0.8	1.8SP	+21	0.3	–	–
Carbon steel	40	0.9-1.1	25000	O₂ positive focus	0.9	1.8SP	+21	0.3	–	–
Carbon steel	45	0.8-1	25000	O₂ positive focus	1.1	1.8SP	+21	0.3	–	–
Carbon steel	50	0.75-0.9	30000	O₂ positive focus	0.85	2.3SP	+26	0.3	–	–
Carbon steel	60	0.7-0.8	50000	O₂ positive focus	0.8	3.0S	+30	0.3	–	–
Carbon steel	70	0.6-0.8	60000	O₂ positive focus	1.2	3.0S	+35	0.3	–	–
Carbon steel	80	0.6-0.7	60000	O₂ positive focus	1	3.5S	+39	0.3	–	–
Carbon steel	100	0.5-0.6	60000	O₂ positive focus	1	4.0S	+45	0.3	–	–
Carbon steel	160	0.15-0.25	60000	O₂ positive focus	1.5	4.0S	+45	5	–	–	sample/testing (red)
Carbon steel	200	0.15-0.2	60000	O₂ positive focus	1.5	4.0S	+45	3	–	–	sample/testing (red)
Carbon steel	20	2.2-2.5	20000	O₂ negative focus	1.5	1.8SP	-14	1.5	–	–
Carbon steel	25	1.8-2	20000	O₂ negative focus	1.3	2.0SP	-16	1.5	–	–
Carbon steel	30	1.6-1.8	20000	O₂ negative focus	1.5	2.0SP	-17	1.5	–	–
Carbon steel	35	1.4-1.6	26000	O₂ negative focus	1.8	2.0SP	-17	1.5	–	–
Carbon steel	40	1.1-1.4	26000	O₂ negative focus	1.4	2.5SP	-19	3	–	–
Carbon steel	50	1.1-1.3	30000~40000	O₂ negative focus	1	2.5SP	-22	3	–	–
Carbon steel	60	1-1.3	40000~60000	O₂ negative focus	1	3.0S	-30	3.5	–	–
Carbon steel	70	0.9-1.2	40000~60000	O₂ negative focus	1	3.0S	-30	3.5	–	–
Carbon steel	80	0.8-1	40000~60000	O₂ negative focus	1	3.0S	-33	4	–	–
Carbon steel	100	0.5-0.65	40000~60000	O₂ negative focus	1.1	3.5S	-40	4	–	–
Stainless steel	20	7-9	50000~60000	Air	8	6.0B	-8	0.3	–	–
Stainless steel	25	5.5-6.5	50000~60000	Air	3	8.0B	-11	0.3	–	–
Stainless steel	30	4-5.5	50000~60000	Air	3	8.0B	-13	0.3	–	–
Stainless steel	35	3.5-4.5	50000~60000	Air	3	8.0B	-18	0.3	–	–
Stainless steel	40	2.5-3.5	50000~60000	Air	4	8.0B	-18	0.3	–	–
Stainless steel	50	1.6-2	50000~60000	Air	4	10.0B	-28	0.3	–	–
Stainless steel	60	1.3-1.6	50000~60000	Air	3	10.0B	-33	0.3	–	–
Stainless steel	65	1-1.2	50000~60000	Air	3	10.0B	-35	0.3	–	–
Stainless steel	70	0.8-1	50000~60000	Air	3	10.0B	-39	0.3	–	–
Stainless steel	80	0.5-0.7	50000~60000	Air	3	10.0B	-42	0.3	–	–	sample/testing (red)
Stainless steel	90	0.4-0.5	50000~60000	Air	3	10.0B	-40	0.3	–	–	sample/testing (red)
Stainless steel	90 (modulated)	0.2-0.25	50000~60000	Air	3	10.0B	-40	0.3	100~200	45~55
Stainless steel	100	0.3-0.5	50000~60000	Air	3	10.0B	-50	0.3	–	–	sample/testing (red)
Stainless steel	100 (modulated)	0.15-0.2	50000~60000	Air	3	10.0B	-37	0.3	50~100	45~55
Stainless steel	120	0.2-0.3	50000~60000	Air	3	10.0B	-45	0.3	–	–
Stainless steel	130	0.18-0.25	50000~60000	Air	3	10.0B	-50	0.3	–	–
Stainless steel	140	0.15-0.2	50000~60000	Air	3	10.0B	-57	0.3	–	–
Stainless steel	150	0.12-0.15	50000~60000	Air	3	10.0B	-65	0.3	–	–

80kW profile (RFL-80000(180u))

Raycus source: RFL-80000(180u), listed as 80000W (180μm). Cutting head optics: Collimation 100 / Focus 300. Materials: Carbon steel, Stainless steel. Maximum thickness shown: Carbon steel 200mm, Stainless steel 150mm. 53 parameter rows, 5 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Corrected gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]	Note
Carbon steel	20	8.5-10	40000~80000	N₂＆O₂	4	6.0B	-6	0.3	–	–
Carbon steel	25	7-8	40000~80000	N₂＆O₂	4	6.0B	-9	0.3	–	–
Carbon steel	30	5.5-6.5	40000~80000	N₂＆O₂	4	6.0B	-12	0.3	–	–
Carbon steel	35	4-5.5	40000~80000	N₂＆O₂	3	6.0B	-17.5	0.3	–	–
Carbon steel	40	3.5-4	40000~80000	N₂＆O₂	3	10.0B	-19	0.3	–	–
Carbon steel	45	2.5-3	40000~80000	N₂＆O₂	3	10.0B	-27	0.3	–	–
Carbon steel	16	1.6-1.8	12000	O₂ positive focus	0.5	1.4SP	+15	0.3	–	–
Carbon steel	18	1.6-1.7	12000	O₂ positive focus	0.55	1.4SP	+16	0.3	–	–
Carbon steel	20	1.5-1.6	12000	O₂ positive focus	0.6	1.6SP	+18	0.3	–	–
Carbon steel	25	1.2-1.4	20000	O₂ positive focus	0.6	1.6SP	+18	0.3	–	–
Carbon steel	30	1.2-1.3	20000	O₂ positive focus	0.65	1.8SP	+21	0.3	–	–
Carbon steel	35	1.1-1.2	20000	O₂ positive focus	0.8	1.8SP	+21	0.3	–	–
Carbon steel	40	0.9-1.1	25000	O₂ positive focus	0.9	1.8SP	+21	0.3	–	–
Carbon steel	45	0.8-1	25000	O₂ positive focus	1.1	1.8SP	+21	0.3	–	–
Carbon steel	50	0.75-0.9	30000	O₂ positive focus	0.85	2.3SP	+26	0.3	–	–
Carbon steel	60	0.7-0.8	50000	O₂ positive focus	0.8	3.0S	+30	0.3	–	–
Carbon steel	70	0.6-0.8	56000	O₂ positive focus	1.2	3.0S	+35	0.3	–	–
Carbon steel	80	0.6-0.7	64000	O₂ positive focus	1	3.5S	+39	0.3	–	–
Carbon steel	100	0.5-0.6	80000	O₂ positive focus	1	4.0S	+45	0.3	–	–
Carbon steel	160	0.15-0.25	80000	O₂ positive focus	1.5	4.0S	+45	5	–	–	sample/testing (red)
Carbon steel	200	0.15-0.2	80000	O₂ positive focus	1.5	4.0S	+45	3	–	–	sample/testing (red)
Carbon steel	20	2.4-3	15000	O₂ negative focus	1.5	1.8SP	-14	1.5	–	–
Carbon steel	25	2.2-2.6	30000	O₂ negative focus	1.3	2.0SP	-16	1.5	–	–
Carbon steel	30	2-2.4	30000	O₂ negative focus	1.5	2.0SP	-17	1.5	–	–
Carbon steel	35	2-2.2	35000	O₂ negative focus	1.8	2.0SP	-17	1.5	–	–
Carbon steel	40	1.6-2	35000	O₂ negative focus	1.4	2.5SP	-19	3	–	–
Carbon steel	45	1.4-1.8	40000	O₂ negative focus	1	2.5SP	-22	3	–	–
Carbon steel	50	1.2-1.6	40000	O₂ negative focus	1	3.0S	-28	2.5	–	–
Carbon steel	60	1.4-1.6	60000	O₂ negative focus	1	3.0S	-30	3.5	–	–
Carbon steel	70	1.2-1.4	64000	O₂ negative focus	1	3.0S	-30	3.5	–	–
Carbon steel	80	1-1.2	70000	O₂ negative focus	1	3.0S	-33	4	–	–
Carbon steel	90	0.8-1	73000	O₂ negative focus	1	3.5S	-35	4	–	–
Carbon steel	100	0.7-0.9	80000	O₂ negative focus	1.2	3.5S	-40	4	–	–
Carbon steel	120	0.45-0.6	80000	O₂ negative focus	1.3	3.5S	-45	4	–	–
Carbon steel	160	0.3-0.35	80000	O₂ negative focus	1.3	4.0S	-52	4	–	–
Carbon steel	200	0.15-0.2	80000	O₂ negative focus	1.4	4.0S	-60	4	–	–
Stainless steel	20	10-11	60000~80000	Air	8	6.0B	-8	0.3	–	–
Stainless steel	25	8-9	60000~80000	Air	3	8.0B	-11	0.3	–	–
Stainless steel	30	6-7	60000~80000	Air	3	8.0B	-13	0.3	–	–
Stainless steel	35	4-5	60000~80000	Air	3	8.0B	-18	0.3	–	–
Stainless steel	40	3.5-4	60000~80000	Air	4	8.0B	-18	0.3	–	–
Stainless steel	50	2-3	60000~80000	Air	4	10.0B	-28	0.3	–	–
Stainless steel	60	1.6-2	60000~80000	Air	3	10.0B	-33	0.3	–	–
Stainless steel	70	1-1.5	60000~80000	Air	3	10.0B	-39	0.3	–	–
Stainless steel	80	0.8-1	60000~80000	Air	3	10.0B	-42	0.3	–	–	sample/testing (red)
Stainless steel	90	0.7-0.8	60000~80000	Air	3	10.0B	-40	0.3	–	–	sample/testing (red)
Stainless steel	90 (modulated)	0.3-0.35	60000~80000	Air	3	10.0B	-40	0.3	100~200	45~55
Stainless steel	100	0.5-0.7	60000~80000	Air	3	10.0B	-50	0.3	–	–	sample/testing (red)
Stainless steel	100 (modulated)	0.25-0.35	60000~80000	Air	3	10.0B	-37	0.3	50~100	45~55
Stainless steel	120	0.35-0.45	60000~80000	Air	3	10.0B	-45	0.3	–	–
Stainless steel	130	0.25-0.35	60000~80000	Air	3	10.0B	-50	0.3	–	–
Stainless steel	140	0.18-0.25	60000~80000	Air	3	10.0B	-57	0.3	–	–
Stainless steel	150	0.15-0.18	60000~80000	Air	3	10.0B	-65	0.3	–	–

120kW profile (RFL-120000(200u))

Raycus source: RFL-120000(200u), listed as 120000W（200μm）. Cutting head optics: Collimation 100 / Focus 300. Materials: Carbon steel. Maximum thickness shown: Carbon steel 270mm. 9 parameter rows, 0 marked as sample/testing (red) values.

Material	Thickness [mm]	Speed [m/min]	Power [W]	Gas	Corrected gas pressure [bar]	Nozzle [mm]	Focus position [mm]	Cutting height [mm]	Frequency [Hz]	Duty cycle [%]
Carbon steel	30	5.5-6.5	80000~120000	N₂＆O₂	4	8.0B	-13	0.3	–	–
Carbon steel	40	5-6	80000~120000	N₂＆O₂	4	8.0B	-15	0.3	–	–
Carbon steel	50	2.5-3.5	80000~120000	N₂＆O₂	3	8.0B	-22	0.3	–	–
Carbon steel	60	2-2.5	80000~120000	N₂＆O₂	3	8.0B	-28	0.3	–	–
Carbon steel	80	1.3-1.5	100000~120000	O₂	1	4.0S	-28	4	–	–
Carbon steel	100	1-1.2	100000~120000	O₂	1.2	4.0S	-40	4	–	–
Carbon steel	150	0.4-0.5	100000~120000	O₂	1.3	4.0S	-52	4	–	–
Carbon steel	200	0.3-0.35	100000~120000	O₂	1.4	5.0S	-60	4	–	–
Carbon steel	270	0.1-0.15	100000~120000	O₂	1.4	5.0S	-65	4	–	–

Raycus laser sources AM.CO.ZA sells, and which profile to use

Raycus source SKU	Buythis title	Power	Database profile to start from	8i product page
LF-1000	1000W Single Module CW Fiber Laser Power Source, Raycus	1 kW	none (below the lowest 1.5kW profile; test down from the 1.5kW rows)	lf-1000.md
LF-1500	1500W Single Module CW Fiber Laser Power Source for Laser Cutting (20 Meter Fiber Lead), 220V, Raycus, RFL-C020-CE	1.5 kW	1.5kW	lf-1500.md
LF-2000	2000W Single Module CW Fiber Laser Power Source for Laser Cutting (20 Meter Fiber Lead), 220V, Raycus, RFL-C025-CE	2 kW	2kW	lf-2000.md
LF-3000	3000W Single Module CW Fiber Laser Power Source for Laser Cutting (20 Meter Fiber Lead), 380V, Raycus, RFL-C3000S-CE	3 kW	3kW	lf-3000.md
LF-4000	4000W Single Module CW Fiber Laser Power Source, Raycus	4 kW	none (between 3kW and 6kW)	lf-4000.md
LF-6000	6000W Single Module CW Fiber Laser Power Source, Raycus	6 kW	6kW	lf-6000.md
LF-8000	8000W Single Module CW Fiber Laser Power Source, Raycus	8 kW	none (between 6kW and 12kW)	lf-8000.md
LF-10000	10kW Single Module CW Fiber Laser Power Source, Raycus	10 kW	none (between 6kW and 12kW)	lf-10000.md
LF-12000	12000W Single Module CW Fiber Laser Power Source, Raycus	12 kW	12kW	lf-12000.md

RAYCUT machines and their starting profile (examples)

The power in the SKU is the laser source; the P machines use a Raytools control system, the plain and /R machines use FSCUT, and M machines use an IPG source (Raycus database values are then only a rough guide). The RayCUT-Lite table (LF-1530L) takes up to 3 kW on its BM110 head.

Machine SKU	Buythis title	Profile to start from	8i product page
LF-1530L/2000L	AM.CO.ZA® RAYCUT™-Lite 2000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1500×3000 Complete Unit with Raycus 2000W(220V) Laser Source, Raytools BM110 Cutting Head and Steel Cutting Table	2kW	lf-1530l-2000l.md
LF-1530L/3000L	AM.CO.ZA® RAYCUT™-Lite 3000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1500×3000 Complete Unit with Raycus 3000W(380V) Laser Source, Raytools BM110 Cutting Head and Steel Cutting Table	3kW	lf-1530l-3000l.md
LF-1530/1500P	AM.CO.ZA® RAYCUT™ 1500W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1530×3050 Cutting Table with Raytools Control System and BS03K Cutting Head Complete Unit	1.5kW	lf-1530-1500p.md
LF-1530/2000P	AM.CO.ZA® RAYCUT™ 2000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1530×3050 Cutting Table with Raytools Control System and BS03K Cutting Head Complete Unit	2kW	lf-1530-2000p.md
LF-1530/3000P	AM.CO.ZA® RAYCUT™ 3000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1530×3050 Cutting Table with Raytools Control System and BS03K Cutting Head Complete Unit	3kW	lf-1530-3000p.md
LF-1530/6000P	AM.CO.ZA® RAYCUT™ 6000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1530×3050 Cutting Table with Raytools Control System and BS03K Cutting Head Complete Unit	6kW	lf-1530-6000p.md
LF-1530/12000P	AM.CO.ZA® RAYCUT™ 12000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 1530×3050 Cutting Table with Raytools Control System and BS03K Cutting Head Complete Unit	12kW	lf-1530-12000p.md
LF-1530/3000M	AM.CO.ZA® RAYCUT™ 3000W All-Metal IPG Fiber Laser CNC Sheet Cutting Machine 1530×3050 Cutting Table with Raytools Control System, BS03K Cutting Head and IPG™ Laser Source Complete Unit	3kW	lf-1530-3000m.md
LF-1530/6000	AM.CO.ZA® RAYCUT™ FSCUT Control System and Cutting Head High Precision 6000W Fiber Laser CNC Sheet Ferrous-Metal Cutting Machine with 1530×3050 Cutting Table Complete Unit	6kW	lf-1530-6000.md
LF-1530/12000	AM.CO.ZA® RAYCUT™ FSCUT Control System and Cutting Head High Precision 12000W Fiber Laser CNC Sheet Ferrous-Metal Cutting Machine with 1530×3050 Cutting Table Complete Unit	12kW	lf-1530-12000.md
LF-2060	AM.CO.ZA® RAYCUT™ CNC Heavy-Duty Fiber Laser Sheet Metal Cutting Machine 2000×6000 Super-Heavy Cutting Table Barebone Unit	depends on the source fitted	lf-2060.md

Nozzles named in the parameter rows

Example SKU	Buythis title	What it is	8i product page
LF-NOZZLE/S15	Box of 10 Pieces RAYCUT S1.5 Flat Cutting Nozzle, 1.5mm Fiber Laser Single Layer Nozzle, 15mm Height M14 Thread Dia.32mm Raytools BM110/BM111 Nozzle with 1.5mm Hole	single layer, flat cutting, M14, 32 mm, BM110/BM111	lf-nozzle-s15.md
LF-NOZZLE/D12	Box of 10 Pieces RAYCUT D1.2 Flat Cutting Nozzle, 1.2mm Fiber Laser Double Layer Nozzle, 15mm Height M14 Thread Dia.32mm Raytools BM110/BM111 Nozzle with 1.2mm Hole	double layer, flat cutting, M14, 32 mm, BM110/BM111	lf-nozzle-d12.md
LF-NOZZLE/HS/S20	Box of 10 RAYCUT S2.0 High-Speed Cutting Nozzles, 28mm Diameter 2mm Fiber Laser Single Layer Nozzle, M11 Thread Raytools BS03K Nozzle with 2.0mm Hole	single layer, high-speed, M11, 28 mm, BS03K	lf-nozzle-hs-s20.md
LF-NOZZLE/HS/D14	Box of 10 RAYCUT D1.4 High-Speed Cutting Nozzles, 28mm Diameter 1.4mm Hole Size Fiber Laser Double Layer Nozzle, M11 Thread Raytools BS03K Nozzle with 1.4mm Hole	double layer, high-speed, M11, 28 mm, BS03K	lf-nozzle-hs-d14.md
LF-NOZZLE/3D/S15	Box of 10 RAYCUT S1.5 3D Cutting Nozzles, 1.5mm Fiber Laser Single Layer Nozzle, M8 Thread Raytools Nozzle with 1.5mm Hole	single layer, 3D cutting, M8	lf-nozzle-3d-s15.md
LF-NOZZLE/SPS/16	Box of 10 BOCI SPS 1.6 High-Speed Cutting Nozzles, 1.6mm Hole Size Fiber Laser Single Layer Nozzle, Bochu BLT643H Nozzle with 1.6mm Hole	BOCI SPS single layer high-speed, Bochu BLT643H	lf-nozzle-sps-16.md
LF-NOZZLE/HOLDER	RAYCUT Dia.32mm Flat Cutting Fiber Laser Flat Cutting D32 Raytools BM110/BM111 Laser Ceramic Ring M14 Nozzle Holder with O-Ring	ceramic ring nozzle holder, M14, 32 mm, BM110/BM111	lf-nozzle-holder.md
LF-NOZZLE/HOLDER/D28	RAYCUT Dia.28mm Flat Cutting Fiber Laser Flat Cutting D28 Raytools BS03K Laser Ceramic Ring M11 Nozzle Holder with O-Ring (1 Piece)	ceramic ring nozzle holder, M11, 28 mm, BS03K	lf-nozzle-holder-d28.md

Videos (from youtube.jsonl)

Date (youtube.jsonl)	Video	What it shows
2026-09-09	Air Pressure Calibration for RayCUT RayTools System with CMA ITV Eletro Pneumatic Valve	Air (gas) pressure calibration on the Raytools system with the CMA ITV electro-pneumatic valve. The transcript (an Arabic audio track) says: if ITV readings are wrong when cutting with oxygen on a 1.5 kW or 3 kW source, run the gas calibration (File, Diagnostic tool, GA gas correction) with a double-layer nozzle fitted, preferably 1.2 mm, press Start calibration and confirm; the system maps voltage to gas pressure up to 10 V and then reports success.
2026-02-22	RayCUT-Lite 3000W Fibre Laser on 1mm Stainless Steel with Compressed Air Cutting	RayCUT-Lite 3 kW cutting 1 mm stainless steel with compressed air. The transcript reminds clients that spare protective lenses ship with the machine because that lens is a wear part.
2026-02-12	RayCUT-Lite with 3kW Fiber Laser Source Assemble Test on 3mm Mild Steel with Compressed Air	RayCUT-Lite with a 3 kW source, assembly test on 3 mm mild steel with compressed air.
2026-02-20	LF-1530L/3000L RAYCUT™-Lite 3000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine Cutting 3...	LF-1530L/3000L RayCUT-Lite 3 kW cutting 3 mm aluminium plate.
2026-08-04	Fixed Height Cutting for Mesh and Grill on RayCUT Fibre Laser Cutting Machine	Fixed-height cutting for mesh and grille on a RayCUT (when capacitive height following cannot track an open mesh).
2026-10-12	RAYCUT Fiber Laser: Precision Head Height Control & Collision Prevention on Wobbling Sheets	Head height control and collision prevention on wobbling sheets.
2026-06-02	6kW 1530 RayCUT Cutting Into Metal Sheet	A 6 kW 1530 RayCUT cutting metal sheet.
2026-10-13	LF-1530L: AM.CO.ZA 1500×3000mm RayCUT-Lite Fiber Laser Cutting Table with Raytools BM110 Cutting Head (Max. 3kW) Barebone Unit cutting on a steel material.	LF-1530L RayCUT-Lite table (BM110 head, max 3 kW) cutting steel.
2026-10-16	LF-1530/3000M: AM.CO.ZA RAYCUT 3000W All-Metal IPG Fiber Laser CNC Sheet Cutting Machine 1530×30...	LF-1530/3000M 3 kW all-metal IPG machine.
2026-10-13	LF-2560L/6000L: AM.CO.ZA RAYCUT -Lite 6000W Fiber Laser CNC Ferrous-Metal Sheet Cutting Machine 2...	LF-2560L/6000L RayCUT-Lite 6 kW, 2500 × 6000.

Timeline

2026-07-06: raycut.co.za/parameters published.
2026-07-13: page last modified (WordPress record); the live page now shows database v1.19.
2026-08-30: first KB capture (intro text only, because the tables are drawn by script).
2026-10-20: deepened with all 12 profiles and every parameter row from the live page, Buythis source, machine and nozzle SKUs, and videos.

FAQ

Can a 1.5 kW RayCUT cut 10 mm mild steel? The 1.5kW profile lists 10 mm carbon steel with O₂ at 0.8–1 m/min, and up to 12 mm as its maximum. Treat thick cuts as slow and test first.

Is this data from Raycus or AM.CO.ZA? The page calls it the RayCUT Raycus fibre source parameters database and names each Raycus RFL source; AM.CO.ZA publishes it on raycut.co.za for its RayCUT machines.

Why do some rows say sample/testing? They are red cells in the database: lab values only, fine for small prototype batches, not for mass production.

Does this cover tube cutting or 3D heads? No. The database is for flat sheet parameters by power; tube and 3D cutting need their own testing.

Does the database cover CO2 or marking lasers? No. It is only for Raycus continuous-wave fibre cutting sources.