Precision Engineering for the Electronics Industry
Enabling the next generation of electronic devices with advanced manufacturing processes for miniaturization, reliability, and performance.
From Microchips to Consumer Devices
The electronics landscape is constantly evolving. We provide the critical process expertise to support this evolution, from marking microscopic codes on semiconductor wafers to ensuring the durable assembly of complex consumer electronics. Our solutions are designed for precision, scalability, and six-sigma quality.
Our Electronics Application Expertise
Semiconductor & PCB
Micro-laser marking on silicon wafers and IC packages for traceability. We also provide plasma treatments for improved adhesion of underfill and conformal coatings on printed circuit boards.
Consumer Electronics
Adhesive bonding solutions for display screens and housings. Our processes include laser welding of plastic internal components and durable, aesthetic laser marking on metal and polymer casings.
Connectors & Sensors
We enable robust, environmentally sealed connectors and sensors through advanced polymer bonding, laser welding, and plasma surface treatments that ensure strong, reliable adhesion of potting compounds.
Accelerating Your Time-to-Market
In the fast-paced electronics market, speed is critical. We partner with you to rapidly develop and validate manufacturing processes, creating turnkey solutions that integrate into your production line and scale from prototype to high-volume manufacturing, giving you a vital market advantage. Process development is handled by our plastics engineering services group. For specifying equipment, start with how to choose the right laser marker for your application.
Relevant Core Technologies
Have an Electronics Manufacturing Challenge?
Let's work together to create a high-performance, cost-effective manufacturing solution.
Speak with an Electronics SpecialistPowering the Future of Electronics
As devices become smaller, faster, and more complex, the manufacturing processes must evolve. We specialize in solutions that address the challenges of thermal management, signal integrity, and marking on microscopic scales.
Frequently Asked Questions
What is laser marked on electronic products?
Laptop housings, keyboard frames, mouse bodies, power adapters and peripheral casings carry detailed graphics, serial numbers, barcodes and certification marks. Laser marking is used specifically to avoid labels that peel or fade, while keeping the aesthetic quality these products are judged on.
How are connectors and recessed features surface treated?
With custom electrode configurations, since the geometry is the difficulty rather than the chemistry. A documented corona discharge system for electrical connectors uses a combination of pin and ball electrodes to treat small-diameter 3D holes and flat exterior surfaces at the same time, covered by US Patent US5051586.
Can high-temperature and filled engineering plastics be marked and printed?
Yes, though both are harder than on commodity resins. PPS in particular is common in electrical and under-hood components in glass- and mineral-filled grades, where the filler changes both the laser response and the surface available to an ink. Documented work includes plasma pretreatment with a custom ink on a PPS lock safe dial.
How is authentication built into electronic products?
Through features engineered into the plastic part or its material rather than applied as a label. Specialized laser additives incorporated into photo and ID cards are a documented example, and subsurface laser marking places a security feature inside the material where it cannot be abraded off.
