Proto Lase offers precise laser marking and identification solutions on both flat and curved surfaces. Our laser marking experts understand the various challenges associated with laser marking and are able to provide marking for all metals and alloys and most plastics.
When it comes to medical devices, manufacturers have a unique set of requirements for high precision markings on their devices. Laser Marking is a contactless process used for changing the surface of a material object. Laser marking can be used to mark and identify many plastics, where the laser is used to create a color change in the material. Similar to the color change in plastic, the process of annealing is used on many metals such as stainless steel and titanium to create a change in color of the laser marked area.
Proto Lase specializes in laser marking that can be used for many medical devices such as; implants, surgical instruments, disposable products such as cannulas, catheters and hoses. We have the ability to mark on many materials including:
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Using our laser marking technology we are able to achieve high contrast and precise markings for large or micro scale devices and tools.
At Proto Lase we understand the rigid quality regulations of the laser processing industry which enables us to use proper laser marking techniques that are safe and highly traceable.
Our perfected laser technology processes allows us to offer superior quality services with the shortest lead times in the industry.
With our laser marking experts and proven marking techniques Proto Lase has the ability to mark a wide range of metals and materials; both big and small. We can customize our laser marking to fit your device or tool and achieve your desired results.
Proto Lase offers a full range of laser processing technology such as: ablation, laser marking, tube cutting, and wire stripping. Our experienced engineers and innovative laser processing systems, allow us to offer optimal laser solutions for the most complex applications with industry standard lead times.
Many types of cardiovascular devices have be produced with the aid of Proto Lase laser micro manufacturing abilities. They include bioresorbable scaffolds, balloons, delivery systems, electrophysiology catheters and 3-D band fabrication.
We help produce sensors for diabetes monitoring and insulin delivery using laser drilling, ablation and cutting. These sensors are used in the production of continuous glucose monitoring devices and insulin delivery cannulas.
Our laser micro manufacturing abilities can be applied in the production of innovative drug delivery devices such as:
In order to get low cost polymer and glass-based disposables for molecular diagnostics and testing, small electrical circuits for signal detection & amplification and products for cell collection & screening are needed. We make use of extremely precise laser micro manufacturing to satisfy various sizes and tolerances at the level of the cells. They include:
At Proto Lase, we cater to interventional neurology and neuromodulation applications exceptionally well because of our abilities in the processing and handling of micro components. Our competencies include:
As laser micromachining experts, we are a vital factor in precise implant component reduction for the treatment of throat, ear, glaucoma, nose, uveitis and cataracts. Our specialties include but are not limited to drug delivery and implants.
As laser micro-machining experts, we are a vital factor in precise implant component reduction for the treatment of throat, ear, glaucoma, nose, uveitis and cataracts. Our specialties include but are not limited to drug delivery and implants.