Article from Universal Laser Systems Inc.
Hi-Tech Products, a precision die cutting company, has expanded its capability through the purchase of a new Ultra X6000 laser system from Universal Laser Systems Inc.
For over 40 years, Hi-Tech has helped companies manufacture complex engineered components in the medical, electronics and aerospace industries. While the company is a well-known expert in custom rotary die cutting, Hi-Tech needed a tool that could achieve tight tolerances and detail too narrow for a die cutting blade. Hi-Tech was looking for a flexible solution that could perform well on a wide variety of materials and customer applications.
Through its own research and discussions with Universal Laser Systems material processing experts, Hi-Tech determined that the Ultra X6000 was the right fit.
The Ultra X6000 laser system offers virtually unlimited potential to process a vast range of materials with extreme precision. At the core of the system is patented MultiWave Hybrid technology, which allows the user to optimize laser energy absorption by combining multiple wavelengths onto one focal point on the material. This enables the system to process the broadest range of materials, including multiple-layer laminates and complex composites.
Hi-Tech plans to use the laser system for microfluidics applications in life sciences and medical devices. The digital manufacturing tool is able to engrave precise capillary flow channels at a microscale level into materials such as thin film plastics and pressure-sensitive adhesive tapes.
Jeff Ruch, president of Hi-Tech Products, commented, “As a world-class converter, we are always looking for ways to stay ahead of the curve and deliver more value for our customers. We were really impressed by the performance and versatility of the machine from Universal Laser Systems, as well as their high level of technical support.”
Related Glossary Terms
- composites
composites
Materials composed of different elements, with one element normally embedded in another, held together by a compatible binder.