On-demand prototyping for your medical devices
Biocompatible material processing options available
Seamless integration of microfluidics and electronics
Direct laser processing for biomedical research applications
Tracks Laser & Electronics Ltd uses direct laser processing to support in-house research on medical devices with clean and traceable results. It enables the development of flexible biomedical sensors, implant prototypes on biocompatible materials, and Lab-On-Chip systems combining microfluidics with electronics.
This approach speeds up iteration cycles and allows rapid testing and refinement of concepts within a controlled laboratory setup while maintaining precision and consistency across all experimental work. It also supports integrated through-hole plating for reliable multilayer interconnections and SMT/finishing processes for complete prototype assembly and functional validation.
Key Benefits of In-House Laser Processing
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Flexibility and Control
Enables fast material and design changes with immediate testing, giving full control over development and rapid iteration without external dependency.
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Safe and Chemical-Free
No chemicals or setup delays required, ensuring a clean process suitable for sensitive and biocompatible applications.
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Reproducible and Scalable
Delivers consistent high-quality results with precise structures and supports reliable small-batch production for testing and refinement.
Application Examples in Medical Technology
Sensor Applications (Wearable Sensors)
Stretchable electronic sensing systems such as copper on PET foil enable rapid development of thin, flexible wearable sensors, allowing concepts to be validated quickly from prototype to functional device.
Active Implantable Biosensors
Supports prototype development of implantable devices using biocompatible materials such as platinum layers on LCP, enabling fast and fully chemical-free laser processing for medical research applications.
Lab-on-Chip and Microfluidic MEMS Devices
Facilitates integration of flexible electronics with microchannels and precision cut-outs using materials like polyimide laminates and laser-processed glass for advanced lab-on-chip systems.
Laser Systems Used
ProtoLaser U4
A UV laser system designed for fast, clean processing of a wide range of materials. It delivers high-precision ablation with minimal thermal impact, making it suitable for contact-free structuring and cutting. An integrated material library simplifies setup, while precise focusing and Z-axis control ensure accurate micro-scale features for medical device development.
ProtoLaser R4
A picosecond laser system that enables ultra-precise processing with virtually no heat transfer. It is ideal for sensitive substrates and hard materials, preventing micro-cracks and thermal damage. Combined with high-precision hardware, integrated camera alignment and intuitive software, it supports rapid development of complex medical prototypes in laboratory environments.
Speed up your research cycles
Call us today for medical research laser processing support.
