OMTech lasers use a focused, high-powered beam to engrave or cut materials without direct contact, ensuring minimal contamination risk and excellent precision. The non-invasive nature of laser processing makes it ideal for creating serial numbers, barcodes, or detailed diagrams on surgical tools and equipment. The high level of detail also makes laser engraving perfect for producing anatomical models, prosthetic parts, and personalized medical accessories. With adjustable power and speed, you can tailor results to different medical-grade materials.
1. Design your artwork
2. Prepare the Material
3. Adjust the Machine Settings
4. Engrave or Cut the Part
Use vector software like RDWorks, CorelDRAW, or LightBurn to prepare diagrams, serial codes, or device labels. Include all required compliance info such as FDA markings or batch numbers.
Select materials like anodized aluminum, stainless steel, acrylic, or biocompatible polymers depending on your project. Clean the surface before placing it in the laser bed.
Calibrate the laser’s power, speed, and focus according to the material’s thickness and sensitivity. Run a small test to confirm alignment and clarity.
Start the job and monitor the process for accuracy. After engraving, clean the part thoroughly to remove debris or residues. Your laser-marked medical product is now ready for use or assembly.
Versatility
Power and Speed
Working Area
Machine Dimensions
Accuracy and Precision
Versatility
Power and Speed
Working Area
Machine Dimensions
Accuracy and Precision
Provide professional-grade permanent markings for surgical tools using stainless steel engraving. Hospitals and clinics often need custom ID codes for tracking and sterilization records.
Engrave allergy alerts, emergency contact info, or chronic condition labels onto stainless steel, silicone, or aluminum accessories. These are in high demand for children, seniors, and chronic illness patients.
Design and sell laser-cut stethoscope tags, name badges, or clipboards for healthcare professionals on platforms like Etsy or Amazon Handmade.
Create custom-designed outer shells for prosthetics using durable materials like polymer or carbon fiber, enhancing both the appearance and functionality of artificial limbs.
Laser-engrave intricate anatomical diagrams onto wood, acrylic, or metal surfaces to produce long-lasting, visually engaging educational tools for classrooms and clinical training.
There are many engravings and creations at the Rouen fair. I show different models of exhibits.
(translated from French)
Yohan Laroudie
I have been working as a teacher since 1999 and I also teach how to create products with a laser cutter.
The laser cutter expands the possibilities in the manufacture of products. With this device, the students learn how to use the various manufacturing techniques and how to make a wide variety of products. (translated from German)
Michael Fichtner
With my 50 watt CO2 laser, I can cut and engrave materials such as wood, acrylic glass, glass, leather, etc. and thus make your wishes come true.
Of course, I would be happy to produce it for you with your lettering and logos.
(translated from German)
Andi Roth
Since November 2022 I don't use the machine for my work, but for my videos on YouTube. I have done many trials and tests to find the different cutting parameters and performance and now I have perfect knowledge of what I can and want to get from my machine.
Gerardo Arcoraci
I have always been a creative person who loves crafting and letting my creativity run wild. I love carving wood, glass, and slate. From small boxes to acrylic lamps to small collections, anything is possible. 60W and 70x50cm fit just right. With plenty of space in all directions, I can also work on larger projects.
Steve Opioka
A compact yet powerful CO₂ laser ideal for engraving small medical ID tags, labels, and plastic components. Its rotary attachment and air assist ensure precise, clean markings on various medical-grade materials.
Designed for larger medical projects, this machine features a 600 × 400mm work area, allowing efficient cutting and engraving of instrument trays, signage, and surgical tool sets with intricate details and high accuracy.
The PRONTO 60 from OMTech 2.0 series offers upgraded engraving speed, efficiency, and safety. Enhanced features include dual protection for the front cover and waste bin door, maintaining its Class 1 safety rating.
OMTech's 50W fiber laser engraver, equipped with the Galvo-Tech system, offers precise marking at speeds up to 7000 mm/s. Ideal for engraving logos, barcodes, and personalized jewelry on metal and other materials with high accuracy and efficiency.
OMTech laser engravers seamlessly integrate with RDWorks, providing an intuitive interface and robust editing tools for precise design adjustments.
With support for LightBurn, users gain access to advanced control features, enabling detailed customization and efficient management of complex engraving tasks.
The compatibility with CorelDRAW allows for smooth import and creation of intricate vector designs, ensuring high-quality results for every project.
