Do you look forward to upgrading your 3D printer / CNC router or an engraving / cutting machine you have?
If so, please fill in the form, and we will help you with advanced solutions from Endurance.
Detailed guidance on how to connect the Endurance lasers to your 3D printer or CNC router.
When you get the Endurance lasers or you are about to place an order – here we explain and guide you about what you need to know before getting started with Endurance lasers.
Safety first
Laser box wirings (PDF)
Useful links
Please read this page before running the laser.
Explore Laser Technical Specs
“How to” guidance: connecting and mounting the laser to:
TOP popular boards wiring
CNC machines
use an Endurance MO1 PCB
Laser mount
Endurance lasers are quite universal and can be hooked to any 3D printer and CNC machine.
We suggest using mounts like this: П L I T shapes. Our STLs on Thigiverse >>>
If you need a mounting pack, please add them while placing an order “laser mounts”.
Mounting pack includes 4 different typical mounts that you might need to hook up the laser.
Download advanced and basic mounting brackets (STL files on Thingiverse)
An Advanced and basic mounting brackets: https://www.thingiverse.com/thing:4444946
All STLs in one place >>> https://www.thingiverse.com/3nduranc3/designs
Electronics and pinouts
Intro video of connecting and running the laser with and without the Endurance MO1 PCB
Endurance has a laser driver that is inside the metal housing (in models 2.1W, 3.5W, 5.6W, 8W, 8.5W). For models 10W, 10W+, 20W the laser driver is inside the external laser box or laser control board. Please do not do anything there unless you have permission from us and you know what to do.
All Endurance lasers have TTL output. For models 2.1W, 3.5W, 5.6W, 8W, 8.5W TTL has only 1 wire (control wire) and uses the same common ground as for the laser power. It is important that TTL can be controlled with 3.5-12V output (digital). Usually, it connects with PWM output on your mainboard (3D printer / CNC machine or engraving machine).
If you do not have a PWM (like most 3D printers), then just connect the TTL wire with the 12V input of the laser. It means that the laser will turn max power all the time. If you want to adjust power – then change the duration of a signal.
If you have a problem with power or control please follow this troubleshooting guide
Laser power supply
2.1 watt, 3.5 watt, 5.6 watt, 8 and 8.5 watt Endurance lasers work from 9 – 16V range.
If you have 24V power output on your 3D printer or CNC router – let us know and we will ship you step-down “buck” DC/DC converter.
If you do not have enough power on your mainboard, then for 2.1 watt / 3.5 watt / 5.6 watt / 8 watt / 8.5 watt you will need an additional power supply. Use the Endurance MO1 PCB for that.
10 watt / 10 watt+ / 20 watt can operate from 9-16V range.
10 watt laser requires 1 power supply: 12V 6A for the laser control board or laser box and 12V 1A for the fans.
10 watt+ laser requires 2 power supplies: 12V 8A for the laser box, 12V 5A for the TEC cooling and 12V 3A for the fans and the laser box.
20 watt+ laser requires 3 power supplies: 2x 12V 5A for the laser box, 12V 1A for the fans.
Additional laser wires
We send additional laser connectors all the time to save your time while laser connecting with your mainboard.
If you want to extend laser wires – take a look at this post
Arduino pins with GRBL 3.0 pinout
If you have an Arduino board or GRBL board – it is quite easy to connect our laser.
Endurance lasers require different amperage (total):
2.1 watt – requires 2 amps. (external power supply is required only if you use Endurance MO1 PCB).
3.5 watt – requires 2-3 amps. (external power supply is required only if you use Endurance MO1 PCB).
5.6 watt – requires 3-4 amps. (external power supply is required only if you use Endurance MO1 PCB).
8 watt – requires 4-5 amps. (external power supply is required only if you use Endurance MO1 PCB).
8.5 watt+ – require 5-6 amps. (external power supply is required only if you use Endurance MO1 PCB).
10 watt – requires 6-7 amps. (external power supply is required for the laser + for the fans).
10 watt+ – requires 10 amps. (external power supply is required for the laser + for the fans + TEC cooling).
20 watt – requires 10-12 amps. (external power supply is required for the laser control board + for the fans).
Please check with your power adapter and power output. Your power brick should have at least +1-2A more from their max output. If you run your power adapter and your control board on a maximum output it can cause damage and overheat. Be careful with that!
Your power adapters should always stay cold.
Where is positive and negative in the laser jack?
We use standard positive polarity on our lasers like this
Quick jump with an Endurance MO1 board
When do you need an Endurance MO1 PCB?
You need an Endurance MO1 PCB in case your main (control board) does not have enough amperage output.
TTL white wire is connected to input 12V power (red one)
Endurance MO1 PCB allows having an external power supply to feed the laser while you keep using your existing power output to just turn on and off the laser.
We suggest to use it if you are not confident with your pin power output.
You have 3 pairs of cables:
The first pair goes to the laser.
The second pair goes to the external power supply.
Еру еhird paid (the tiniest one) goes to your existing control (main) board.
8.5 watt Endurance laser connection with Endurance MO1 PCB to Anet A8 board
How to connect Endurance MO1 PCB to Eleksmaker board
Here is the EleksMaker A3 Pro (minus the wiring to the stepper motors and laser) and is the setup
we are upgrading with an Endurance 10 watt Laser Setup.
EleksMaker A3 Pro upgrade with Endurance 10W (PDF)
Demo video
more wiring video footages (playlist)
10 watt Endurance laser connection to Anet A8 board (Endurance MO1 PCB inside)
Laser box & Laser control board switch positions
Laser control board
Laser box (standard)
Laser box (alternative)
If you still have more question left, please post them here or you may learn more our blog page.
Upgrade your stop end terminals on your 3D printer
Check you laser beam focus
If you did not get an answer just post your question here
or in our google group, or you are welcome to join our facebook community.
or simply email me gf@EnduranceRobots.com
or text+7.916.225.4302 (whatsapp, viber, telegram, wechat)
skype:george.fomitchev
Laser cutting and laser engraving for home and for business.
Advantages of Endurance lasers
High-quality standard
Multi-level testing system.
Industrial components.
Ultra reliable
The guaranteed duration of the continuous operation ~48-72 hours.
True continuous power output
Our products have the rated power output as advertised – unlike Chinese analogues.
TTL mode
Can be turned on and off with 3.5-24V.
Variable power output.
Plug and play
Universal and compatible mount.
Compatible with most 3D printers and CNC machines.
Friendly return policy
Do not like the laser?
Simply return within 30 days and get a full refund.
Laser attachments and laser engraving (marking) machines.
Why do our customers buy lasers and engraving machines from Endurance?
Real-time advice
We assist and give advice by Phone / Email / Facebook messenger / Telegram / Whatsapp / Viber.
Professional support
We help to install and tune the laser. We offer qualified after-sales support.
Everything you need
We ship everything you need in one parcel to get started.
Immediate delivery
We ship all units within 4-24 hours. DHL express delivery allows you to get the package in 3-5 days.
Lifetime warranty
All our lasers are tested and could work up to 10000 hours.
Upgrade option
Do you have an old model? Upgrade your unit with more powerful one.
