The Telesis Class 1 laser enclosures are durable, flexible, safe and efficient. The ProStation and Mini ProStation are both engineered for rapid processing and can accommodate both large and small workspaces and part sizes. They are constructed with industrial-grade materials accommodate an array of part shapes and sizes.
The dual-head laser marking system has double the capability with one controller. It increases throughput in high-speed and repetitive applications and allows for the unique ability to control two lasers from one controller. While saving floor space and reducing part handling, this system creates unmatched marking efficiency.
The Telesis Fiber laser marking system is the most versatile marking technology due to its adaptability, minimal maintenance, and the total elimination of consumables from the marking process. They are most used in metal and plastic processing industries for precise and efficient direct marking of parts and products. From automotive manufacturing through medical and security technology to electronics, Telesis Fiber delivers.
The 355 nm UV laser wavelength is versatile in marking a wide range of materials and perfect for “cold marking” applications where heat-affected zones are not allowed— the machine is great for marking plastics and silicon materials without additives and can mark glass with a reduced risk of micro-fracture. The very small high-quality beam spot makes precision micro-marking with extremely sharp resolution possible.
The Telesis EV4GDS is a fiber-coupled, diode-pumped, solid-state (DPSS) green wavelength system. The laser beam characteristics are optimized for applications that require high beam quality and stability. The EV4GDS offers extra power and speed—the ideal choice for laser marking, scribing and trimming.
E-Series diode-pumped YAG and vanadate laser markers offer improved beam quality, increased depth of focus, and higher peak powers compared to fiber lasers—for fine marking, heat-sensitive materials (metal, foils, silicon, plastics, etc.) and applications where high consistency is required.
Proven CO2 systems provide a galvo-steered beam. It is an excellent choice for heavy use and high-duty cycle environments and is beneficial to label and packing operations as it removes the need for consumables and speeds process. Equally capable of stationary bench-top use and mark-on-the-fly installations, this machine can mark up to 1300 characters per second in automated environments.