In the world of industrial material processing, the laser is often the most sophisticated – and sensitive – component in a workstation. For system integrators, the reliability of the entire system is directly linked to the thermal stability of the laser source.
EKSPLA has released a new case study exploring a breakthrough in laser cooling technology that moves away from traditional, high-maintenance water chillers toward a more robust “dry cooling” approach.
Drawing on best practices from U.S. military-grade engineering, EKSPLA has developed a cooling system designed to operate 24/7 for over 10 years without intervention. This “unorthodox” approach solves the most common failure points in material processing: leaks, pump failures, and other shortcomings of traditional cooling.
This transition to dry cooling offers three additional “plug-and-play” advantages for those building and installing processing workstations:
- Simplified Integration: Say goodbye to external chillers, complex plumbing, and auxiliary floor space requirements. If needed, integrators simply mount the cold plate, significantly reducing assembly time and system footprint.
- Superior Efficiency: The system consumes ~50% less energy than standard water chillers and is up to 8x more efficient than traditional Thermoelectric Cooling (TEC) systems.
- Sustainability: Utilizing low Global Warming Potential (GWP) refrigerants, this solution helps end-users meet increasingly strict environmental regulations.
By eliminating the vulnerabilities of water-based systems, integrators can offer their customers a more durable, compact, and energy-efficient solution.
DRC layout.
Courtesy of Aspen Systems Inc.