Compact! Accurate temperature control! Excellent cost performance Peltier cooling chiller.
The TCubeEdge, with a maximum cooling capacity of 290W, optimizes the performance of your equipment with excellent temperature reliability, resulting in high profitability. The TCubeEdge quickly responds to temperature changes in circulating water, achieving a reproducibility of ±0.05°C even near room temperature in temperature control from 0°C to 65°C. The centrifugal pump, which ensures smooth flow, operates without vibration, making it suitable for temperature control in various applications such as lasers, optics, and analytical instruments. Equipped with an electronic temperature control module with a lifespan exceeding 200,000 hours, the TCubeEdge operates with minimal noise and vibration due to the absence of a compressor and very few moving parts. It is an environmentally friendly product as it does not use Freon.
Inquire About This Product
basic information
Depending on the application, you can select the cooling capacity, pump type, and wetted material. TCube edge 2A / 2S TCube edge 3A / 3S TCube edge 4A / 4S TCube edge 5A Please feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
■Diodes and semiconductor lasers ■Analytical instruments ■CCD cameras ■Viscometers ■Accurate temperature control for chemical products and gas containers ■General research applications
catalog(3)
Download All CatalogsNews about this product(1)
Company information
MS Equipment is a specialized trading company with approximately 50 years of experience in the chiller business, serving as the exclusive agent in Japan for NESLAB, a leading chiller manufacturer in the world (now Thermo Fisher Scientific). We have a proven track record of delivering over 20,000 chillers. Since 2014, we have started handling Peltier-type chillers from Solid State Cooling Systems in the United States, providing products that meet the needs of customers sensitive to environmental and energy issues. ISO 14001:2004: JQA-EM4217, ISO 9001:2000: JQA-QMA12892