The WW3001 liquid cooling system uses facility water as a hot side heat dissipation mechanism, which increases the cooling capacity while maintaining a compact form factor.
This user manual provides necessary information for proper installation, operation, communication and maintenance of the unit.
The WLK21 is a compressor-based recirculating chiller that offers reliable performance in a compact form factor.
This user manual provides the necessary information to the customer for proper installation, operation, communication and maintenance of the product.
Laird Thermal Systems has launched an online simulation tool for PCR thermal cycling applications. Thermoelectric coolers produced for thermal cycling, such as the PowerCycling PCX Series, are utilised for Real-Time PCR to precisely temperature control DNA amplification to three temperature set points. Constructed with next-generation thermoelectric material, the series offers faster ramp rates and higher reliability than conventional thermoelectric coolers to notably extend field use of molecular diagnostic devices.
The WL5000 is intended for cooling of a water circuit. The coolant can be water or a mixture of water and antifreeze (water-glycol) and is re-circulated by a high-pressure pump to assure maximum flow rate.
This user manual provides necessary information for proper installation, operation, communication and maintenance of the unit.
Easy-to-use, dependable chillers offer application-specific configurability for precise temperature control of industrial and analytical equipment…
Environmentally friendly thermoelectric recirculating chiller with zero GWP ensures temperature stability and high-resolution images…
To meet demands of precise temperature control in many laboratory and industrial applications, Laird Thermal Systems has developed the Nextreme™ NRC400 Performance Chiller. The NRC400 is a next generation benchtop recirculating chiller that utilizes advanced thermoelectric coolers and high-performance heat exchangers to deliver 400 watts of cooling power and a temperature stability of ±0.05°C.
