Engrave and Enjoy!
Install the DPSS module on any 3D printer / CNC frame / engraving machine.
Unlike most Chinese markers where you have a limited working area like 10×10-15×15 cm (2.5x2x.5” – 4×4”), you can install our DPSSL on any plotter and have an unlimited working area.
Micro engraving
Silver engraving
Sapphire laser engraving
Color engraving on sapphire glass with no paint and with no chemicals
Titanium color engraving (tint colors)
Titanium color tests (tint colors) Color titanium engraving (marking)
In-depth metal engraving
Engraving on aluminum, steel, stainless steel!
Photo engraving on anodized aluminum Engraving on a polished metal Engraving on polished aluminum Photoengraving using Lightburn software Engraving examples on white plastics
Introduction to Endurance 10 watt DPSS laser head.
Diode-pumped solid-state (DPSS) laser from Endurance lasers is a new type of solid-state laser, ultimate beam quality (57 microns) @80 mm focal range from the lens (3.25”) enables your 3D printer and CNC machine to mark and engrave on any metallic surfaces including steel, stainless steel, copper, brass, aluminum, and other alloys WITHOUT ANY ENGRAVING PASTE.
The Endurance DPSSL modules consist of a laser pump source, coupler, rare earth element doped special fiber (Nd:YAG), resonate cavity and other components including AC/DC (PSU).
The technical specifications and performance of high power DPSS laser are far better than the common solid-state
laser. Therefore, DPSSL is well agreed to be the new generation substitute of solid-state laser. Now it has already been widely applied in high accuracy laser cutting and laser engraving.
Getting started
Ultra accurate and fast metal engraving.
Install a 10 watt DPSSL on your 3D printer or a CNC machine.
More about photo laser engraving (etching).
Greyscale (halftones) available!
Install on any CNC frame (3018 CNC example)
10 watt DPSSL with an air nozzle 10 watt DPSS installed on CNC 3018 CNC 3018 10 watt DPSSL driver + PSU
Thin metal cutting on your 3D printer.
Cuts up to 0.5 mm (500 microns) [1/50″] of aluminum, brass, copper with multi passes.
High speed 100-250 in g-code mm/minute.
What you can see while metal cutting!
Steel cutting Aluminum cutting Cut metal like a professional.
More accurate compared to a plasma cutting.
0.25 mm aluminum 0.5 mm aluminum
Maximum metal cutting is 1 mm of steel (A284Gr.D USA | Fe37-3FN Europe classification)
Laser cutting table parameters
Silver engraving
| Type of material | Thickness, mm | Cutting edges | Laser cutting speed mm/min | The minimum amount of passes | Guaranteed amount of passes |
| Copper | 0,2 | Perfect | 40 | 1 | 1 |
| Copper | 0,5 | Perfect | 5 | 1 | 2 |
| Brass | 0,5 | Perfect | 5 | 1 | 2 |
| Tin | 0,4 | Perfect | 25 | 1 | 1 |
| Aluminum | 0,5 | Perfect | 10 | 1 | 2 |
| Steel | 0,7 | Perfect | 5 | 2 | 3 |
0.2 mm copper 0.2 mm copper 0.5 mm copper 0.5 mm copper 0.5 mm brass 0.5 mm brass 0.5 mm aluminum 0.5 mm aluminum 0.35 mm tin 0.35 mm tin 0.65 mm steel 0.65 mm steel
DIY PCB. Make your own board with the DPSS laser.
Upload the image to Lightburn software Start the laser process Final PCBM result
Kapton laser cutting
Kapton is a polyimide film developed by DuPont in the late 1960s that remains stable (in isolation) across a wide range of temperatures, from −269 to +400 °C (−452 to 752 °F; 4 to 673 K). Kapton is used in, among other things, flexible printed circuits (flexible electronics) and space blankets, which are used on spacecraft, satellites, and various space instruments.
Multi lines 0.1 mm width 1.5 mm width 1 mm width 1 mm width (cleaned with H2SO4 acid)
PCB laser cutting with a 10 watt DPSSL
Laser PCB Cutting machine
DPSSL has maximum power of ~50-57 kW in an impulse mode
Key benefits of an Endurance DPSS laser module
- Ability to install on any 3D printer / CNC machine or XY Plotter.
- High peak power enables accurate and deep engraving.
- High laser engraving precision 57 um (microns) @80 mm focal range.
- High reliability of the laser module 10 000 hours.
- Universal and compatible mounting bracket.
Ultra-high laser engraving accuracy Was engraved using a 10 watt DPSS Nd:YAG laser
An Endurance DPSS infrared 1064 nm (Nd:YAG) laser module with 10 watt power output.
Laser beam focusing
Endurance new optical system for 4 / 10 watt DPSS laser modules.
Now different lens can be installed.
Variable laser beam spot (20-200 uM) and variable focus depth (1-100 mm)
An Endurance DPSS laser a Gaussian laser beam distribution.
Endurance installs 2 types of lens on a DPSSL.
Laser beam spot for F=20 | F=30 mm lens Laser beam depth for F=20 | F=30 lens The best focus for F=20 } F=30 lens depending on the range from the laser source Laser beam depth for F=20 | F=30 lens F=20 mm (28 mm range between the lens and the laser)
Focusing range: 20 mm
Focal beam spot: 62 um (min power)
focal depth: +10 mm
F=20 mm (30 mm range between the lens and the laser)
Focusing range: 35 mm
Focal beam spot: 160 um (max power)
Focal depth: +-30 mm
F=20 mm (50 mm range between the lens and the laser)
Focusing range: 32 mm
Focal beam spot: 80 um (max power
Focal depth: +-8 mm
F=20 mm (80 mm range between the lens and the laser)
Focusing range: 20 mm
Focal beam spot: 51 um (min power)
focal depth: +-0.75 mm
F=20 mm (130 mm range between the lens and the laser)
Focusing range: 19 mm
Focal beam spot: 39 um (min power)
focal depth: +-0.5 mm
F=30 mm (28 mm range between the lens and the laser)
Focusing range: 35 mm
Focal beam spot: 45 um (min power)
Focal depth: +-8 mm
F=30 mm (80 mm range between the lens and the laser)
Focusing range: 33 mm
Focal beam spot: 35-36 um (min power)
Focal depth: +-5 mm
F=30 mm (100 mm range between the lens and the laser)
Focusing range: 45 mm
Focal beam spot: 58 um (max power)
Focal depth: +-4 mm
F=30 mm (130 mm range between the lens and the laser)
Focusing range: 33 mm
Focal beam spot: 25 um (min power)
Focal depth: +-2 mm
F=30 mm (150 mm range between the lens and the laser)
Focusing range: 37 mm
Focal beam spot: 38 um (max power)
Focal depth: +-1.8 mm
Metal engraving examples
Ultra-thin lines.
(Accuracy depends on our machine frame). We suggest using high-precision CNC frames and 3D printers.
(raw images, no editings)
Galvonized plate Old plate copper-plated fiberglass Firm steel Polished aluminum Shiny polished aluminum Unpolished aluminum Thin lead plate Pure copper plate Copper welded using lead Steel plate Galvonized steel
Life demo of the laser module
Rust removal
Paint removal (laser printer toner removal available)
Made by S. Vatnik
Why stand-alone laser module is better than the entire machine?
- Can be hooked to any 3D printer / CNC machine or XY Plotter
- Does not require a lot of free space
- Thanks to the z-axis, it always remains in focus
Key advantages of an Endurance DPSS laser module comparing with:
| Diode laser – 445 nm | Co2 laser – 10,6 uM | Other DPSS modules – 1064 nm |
| Works in impulse mode that generate higher peak power. | Has small size dimensions comparing to Co2 tube & does not require complicated beam alignment. | An Endurance DPSS laser module has a smaller laser beam spot 57 uM vs. 70-80 uM on average. |
| Operates in 1064 nm wavelength that enables metal engraving without paste or chemicals. | Operates in 1064 nm wavelength that enables metal engraving without paste or chemicals. | An Endurance DPSS laser module has a higher impulse peak power 57 kW vs. 20-25 kW on average. |
| Has a smaller laser beam spot of 57 uM vs. 200-400 uM for the diode laser. | Can be hooked on any 3D printer or CNC machine, unlike Co2 tube. | An Endurance DPSS laser module works without galvo that enables working on a bigger surface. |
Key tech features
– Very precise metal engraving with 0.057 mm (57 microns) laser beam spot.
– Ultimate power in an impulse mode – 57 kw.
– It contains an Endurance MO2 PCB as a driver and controller.
Our customer made and share
Safety issues. This laser has invisible radiation (1064 nm wavelength is not visible for our eyes) so be very careful while operating the laser. Class 4.
Recommended Protective goggles
Always wear protective goggles while you operate the laser or at least add a special protective enclosure since this type of laser is class 4. Wear goggles with OD5+.
(1) Protect wavelength: 740-1100nm or 800-1700nm.
Application: alexandrite, 808 & 980 nm diode lasers, ND:YAG laser protection.
LS-AD: VLT=40%, OD5+ for 740-1100nm | LS-DT: VLT=40%, OD4+ for 800-1700nm
(OD7+ for 780-1070nm) | (OD5+ for 900-1100nm)
Application of the infrared 1064 nm Nd:YAG laser module
Metal engraving and thin metal cutting
Most of the metal material (Gold, Silver, Yellow, Red copper, aluminum, iron, Mirror stainless steel, etc);
Most of the Plastics (PC, PVC, PE, HDPE, ABS, PPR, PET, HIPS, PS, PP, PPO, PA, POM, PMMA, AS, etc), plastic film, print, and package.
Hardware compatibility
Compatible with all 3D printers and CNC machines that have enough space to hook the laser beam emitter.
Our lasers are fully compatible with popular 3D printers and CNC machines: CR-10, Ender 2, Ender 3, MPCNC, X-Carve, Prusa i3, Shapeoko 3, Lutzbot, Acro, Anet A8, Flashforge, Shark, Anycubic i3, Eleksmaker, Wanhao, Tevo, Tronxy, ADIMLab, Robo 3D.
Compatible 3D Printers and CNC Machines
Learn more about compatible 3D printers / XY plotters and CNC machine
Software compatibility
Our DPSS laser module can be operated from any software you run to control your 3D printer / CNC machine / XY plotter.
We recommend: an Endurance free plugin to create g-code
T2Laser / Lightburn.
Control
via PWM (5V) TTL wires / analog signal MO2 PCB.
The frequency of a PWM controller (TTL signal) is 25KHz.
A wiring example
DPSS control box AC/DC power supply Wiring to Acorn CNC Wires come out of the DPSS LaserBox:
Power supply wires
1 – 12V+ wire
2 – 12V- (GND/COM) wire
3 – Ground wire
PWM cable
4 – PWM (Red) wire
5 – GND (Black wire or bare) wire
Wires to the laser.
Wires “1”, “2”, “3” are connected to the power supply (img2).
To connect according to the diagram (Acorn CNC), you need to disconnect wire “1” from the power supply and connect it to connector “OUT 4” on the ‘Relay Board’. You will need an extra wire to connect the “12V+” connector on the power supply and the ‘E-Stop Switch’. Next, from the ‘E-Stop Switch’, the wire must be connected to the connector “OUT 1” on the ‘Relay Board’. The connectors “OUT 1” and “OUT 4” on the ‘Relay Board’ must be connected as shown in the diagram.
Before connecting the DPSS as shown in the diagram, connect the PWM cable to the controller.
The PWM cable must be connected to a 25-pin connector. Wire “4” (PWM) to pin 14. Wire “5” (GND) to pin 18.
Then check the functionality of DPSS. If DPSS works, then you can start connecting it according to the indicated scheme.
If you have a question about DPSS wiring – please let us know in a LiveChat or email us: gf@EnduranceRobots.com
Drawing and sizes
Compatible Endurance mounting brackets. Easy to install!
A custom 3D printed mount
An Endurance DPSSL head installed on Ortur frame
What goes in the package
- DPSS laser module (1064 nm) with 10 watt optical power
- AC/DC 12V 30A (PSU)
- Protective goggles for 1064 nm wavelength
- Arduino for the test (low power)
- Advanced mounting brackets
Our customers install and share
https://www.facebook.com/enric.cabes/videos/10226162204305922
Delivery time
3-5 days via DHL express
Learn more about 10 watt DPSS laser module abilities
All you need to know about DPSS laser modules
What you can do with a 1064 nm DPSS impulse Nd:YAG laser module
New abilities of an Endurance 10 watt DPSS laser module
Order an Endurance DPSS Laser module
