Laser Marking Device

Laser marking is less commonly used but at the same time it s also become increasingly popular in the medical device industry for stainless steel and titanium parts.

Laser marking device.

Laser marking systems the datalogic lasermarking product portfolio is focused on providing top value solutions for automotive electronics medical devices and high precision metal manufacturing. A variety of material marking problems are addressed by the differing capabilities of three laser systems. Parts are validated prior to marking and with the help of the ttl through the lens vision system imp intelligent mark positioning only the. The future of medical device manufacturers relies on the dependability of their products.

As a result of legislation making an udi code mandatory for manufacturers in almost all countries worldwide laser marking has taken on a key role in the process of manufacturing medical devices of all safety. Laser marking is a non contact form of engraving and offers consistent high quality laser marks at high processing speeds while eliminating any potential. Our latest laser marking techniques are precise and controlled enough to produce permanent marks that don t produce debris or fade away even after many sanitation cycles. Laser marking on medical devices is necessary to ensure product quality preventing counterfeiting and thus increasing patient safety.

The markstar is a handheld fiber laser marking system designed for true portability into the field or warehouse operating off both ac dc power sources. For oversized applications the markstar is the laser marking system of choice. Help holistic enhanced laser process is a three stage closed loop medical device marking process that ensures process reliability before and after laser marking and easy compliance with regulations. This extremely versatile unit can be moved easily for convenient operation from any.

Medical device laser marking helps meet strict product identification and traceability guidelines for direct part marking and has become a common process in medical device manufacturing. The standard configuration of the handheld laser marking machine allows for many different options to meet any production need. The primary difference between laser marking and engraving etching seems to how much of the surface of the material is removed or altered. Manufacturers employ lot process control internal and after market traceability and in some cases.