Plastic laser welding delivers precise, particle-free joints in thermoplastics. It ensures strong, repeatable bonds with minimal stress—ideal for complex, sensitive, or high-performance applications.
Ultrasonic welding uses high-frequency vibrations to bond thermoplastics quickly and reliably. It creates strong, clean joints without adhesives, ideal for precision, scalable, and high-volume applications.
Thermal heat staking forms strong, repeatable joints by locally melting and reshaping plastic. It provides durable, precise fastening for assemblies without adhesives or mechanical hardware.
3D printing creates complex plastic components with speed and precision. It enables rapid prototyping, design flexibility, and scalable solutions for functional, high-performance applications
Die cutting delivers high-precision shaping of films, foils, and adhesives into custom geometries. It enables consistent, scalable production with clean edges, accuracy, and repeatable performance.
Laser cutting enables fixture designs and precise cutting of plastics and adhesives into custom geometries. It ensures clean edges, accuracy, and repeatability for efficient, scalable production.
The Glue Dispense and UV Cure Station enables precise adhesive application with controlled volumes, followed by rapid UV curing. It ensures accuracy, repeatability, and reliable bonding for prototypes and early pilot production.
The Mark-10 is a motorized test stand for tension, compression, and peel testing up to 300 lbf (1.5 kN). It offers precise speed control, data acquisition, and modular design for reliable measurement.
The ATEQ is a high-sensitivity differential pressure decay leak tester with burst testing, ensuring products meet defined requirements at the earliest stages of development and design validation.
Our metrology toolbox includes, but is not limited to, calipers, micrometers, drop gauges, pin gauges, flow and pressure sensors with data acquisition, and pipettors—delivering precise measurement and reliable validation at every stage of development.
PD Toolbox uses SolidWorks to design and develop custom microfluidic and fixture solutions, meeting challenging requirements through tailored channel layouts and optimized fixture designs for faster, more reliable prototyping.
Our project management toolset leverages MS Office, Planner, and detailed time tracking to ensure precise planning, seamless collaboration, and on-time execution across every stage of development.
Bring a toolbox of technologies!
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.