Gravotech laser marking machines are ideal for laser marking on medical devices, prostheses, and other surgical instruments.
The UDI (Unique Device Identification) standard requires manufacturers to mark their production of medical and surgical equipment that they produce for the United States.
The European Union quickly followed with the MDR standard (Medical Device Regulation). The EU also requires that all medical and surgical instruments are identified before manufacturers export them in any European Union country.
As an expert in traceability marking solutions for more than 30 years, Gravotech supports you on the road to UDI and MDR compliance.
Our laser marking machines are ideal for identification on medical devices, prostheses, and other surgical instruments. Lasers are the technology of choice for the medical industry to comply with the FDA and MDR requirements to mark all medical tools and devices with a unique device identifier (UDI).
Laser marking on medical equipment enables you to get permanent marking resistant to sterilization processes.
This traceability system can engrave logos, Datamatrix codes, serial numbers, or any other information required to identify a medical device.
Manufacturers in the medical market and healthcare institutions are regulated by very strict regulations, including the latest UDI (Unique Device Identification) and MDR (Medical Device Regulation) standards and your needs are constantly evolving.
Discover our medical devices laser marking machines.
Fiber, Green and Hybrid lasers are the most suitable solutions for your medical device identification requirements.
They are available in marking stations, or in a production line integrable version.
Always attentive to better meet your needs, Gravotech provides you with the best-suited solution for your production type:
To identify any medical or surgical device without any risk of bacteria installation, Gravotech laser marking machines are the perfect. We provide you with a safe and efficient identification process.
Do you want to ensure full traceability of your medical or surgical device and fight counterfeiting? Laser marking machines are what you need
Forget polluting and expensive labels thanks to laser marking, a reliable alternative to meet the identification and traceability standards for medical devices (UDI and MDR).
The markings made by our laser engraving machines are detailed, precise and sustainable on any surgical instrument or medical equipment.
Gravotech laser marking enables you to obtain optimal results and has many benefits, including:
Their purpose is to partially or totally replace a bone in the human body. They must therefore be very resistant. For this reason, the most commonly used materials are metal, ceramic or highly cross-linked polyethylene
Discover our laser marking machines for prosthese identification.
The marking of medical equipment can be done by laser, a marking technology that is highly appreciated in the medical field because it has many advantages.
Laser marking on medical instruments is permanent and contrasted.
The most common solution to meet the traceability requirements of prostheses is annealing: this marking technique consists in locally heating the material (titanium, stainless steel, etc.), which makes it possible to obtain a highly visible and readable marking.
The advantage of annealing is that it is non-abrasive, the etching is carried out on the surface, which means that the part is not damaged, and thus avoids contamination from bacteria.
Gravotech laser engraving machines can be used to mark different medical materials, thus meeting many market applications and requirements, including UDI and MDR standards.
The operating software has flexibility built-in, allowing for customer-specific customization. In this case, each prosthesis is marked with very specific reference numbers and logo.
After initial set up, the software automatically runs the correct sequence. This reduces the chance of any operator error.
The operator’s only programming obligation is inputting a part’s measurements and material type. This can be done manually or use a hand-held barcode scanner.
Then, after placing the prosthesis in the marking chamber, active the marking program with the push of one button.