As precision laser equipment and compact machining systems continue to evolve toward miniaturization and integration, cooling systems have entered a new phase of higher requirements.
User priorities have gradually shifted from "whether it cools" to more systematic performance metrics:
- Is the chassis compact enough?
- Is it easy to integrate into existing structures and layouts?
- Is temperature control stable with high repeatability?
- Does it support long-duration continuous operation?
Traditional chillers are typically bulky, often causing space constraints and structural limitations.
In response to this trend, Teyu has introduced the CWUP-05THS compact chiller — delivering a more space-efficient form factor and more precise temperature control, providing a flexible and efficient professional cooling solution for desktop laser equipment.
Compact Form Factor | Desktop-Level Structural Integration
The CWUP-05THS features a compact industrial structural design — small footprint, zero wasted space.
- Overall dimensions: approximately 39 x 27 x 23 cm
- Overall weight: approximately 14 kg
±0.1°C Precision Temperature Control
The CWUP-05THS achieves precise temperature control through PID temperature control algorithms, with temperature accuracy reaching ±0.1°C.
In laser processing systems, more stable temperatures mean:
- More stable laser output
- Higher spot consistency
- More stable processing yield rates
For analytical instruments, it helps to:
- Reduce thermal noise interference
- Improve detection reliability
Ideal for Desktop-Level Precision Equipment
The CWUP-05THS effectively meets the dual demands of miniaturization and high stability for precision equipment.
It can be widely applied to:
- Consumer-grade small laser engravers
- Desktop laser marking machines
- Small UV laser equipment
- Compact automation platforms
- Small precision machining systems
Small Chassis, Big Capabilities
Teyu CWUP-05THS: compact form factor, precise temperature control, stable cooling — the reliable choice for precision equipment.
