ResourceGeneral Lab

Operator error and thermal instability in industrial laser systems

13 Jan 2020

In this white paper, PolyScience explores three causes of thermal instability and the solutions that modern recirculating chillers can offer to laser manufacturers. Specifically, PolyScience describes the in-field problems that users encounter and create when operating a laser system and explains how the prevalence of these problems inspired the creation of the PolyScience DuraChill® line of chillers.

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Refrigerators Freezers and CryogenicsRefrigerators, Freezers & Cryogenics can be used for preservation or experimental purposes. Types of freezers include deep freeze, -80C°C, ultra-low temperature, explosion proof, cryogenic and controlled rate freezers. Freezing is also used in freeze-drying equipment for dehydration processes. Feature to consider in freezers include temperature control and recorders, failure alarms and self-closing mechanisms.Heating EquipmentA range of heating equipment is available for different laboratory applications including furnaces, ovens and hotplates. Furnace systems include vacuum furnaces and ultra-high temperature furnaces and ovens comprise of convection and vacuum ovens.Temperature ControlTemperature controlled processes are experiments carried out using ovens, furnaces, incubators, hotplates, refrigeration and freezers.Thermal Processes
Operator error and thermal instability in industrial laser systems