DuraChill® Benchtop Chillers
This is the moment when everything changes. DuraChill Benchtop is the new standard for compact cooling. These powerful units are ideal for use with rotary evaporators, vacuum systems, spectrometers and other analytical instrumentation. Reaches temperatures as low as -30°C.
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More Thoughtful Design
- The pump sits fully below the reservoir making it much easier to prime.
- Smaller Footprint
- Significantly Quieter
- Broader Temperature Range
- Reach temperatures as low as -30°C, making DuraChill Benchtop the coldest in its class.
Environmentally-friendly Natural Refrigerants
- The natural refrigerant option is better for the environment and delivers our lowest temperatures.
User-friendly Intuitive Operation
- Our full-color touchscreen puts all the information and operations you need at the tips of your fingers.
Remote Probe
- When using a remote probe, the fluid temperature is controlled according to the temperature sensed by the external probe.
Diagnostic Self-test
- Minimize downtime by diagnosing issues onsite.
Low-flow Safety Switch
- The system will shut down before it freezes up.
Turning atoms and lasers into a quantum computer
Explore how researchers at the University of Chicago are advancing neutral‑atom quantum computing. This resource offers a clear introduction to qubits, superposition, and entanglement, before revealing how the Bernien Lab engineers use ultra‑cold atoms, precision lasers, and Rydberg interactions in their quantum systems. Plus, understand the critical role of temperature stability, supported by PolyScience's DuraChill® chillers, in minimizing laser noise and enabling accurate, scalable quantum operations.
Driving sustainable science by aligning temperature control with Green Chemistry principles
Tuesday, April 21 at 16:00 BST | 17:00 CEST | 11:00 EDT | 08:00 PDT
Advancing sustainability in laboratory environments requires more than replacing consumables or improving waste management, it demands a fundamental re-evaluation of how equipment is designed, controlled and supported throughout its lifecycle.
This shift is especially important for temperature control systems, where engineering decisions directly influence environmental impact and long‑term compliance with global sustainability standards. This is increasingly shaped by natural refrigerant mandates, calling for environmentally responsible materials, and manufacturing practices that minimize environmental impact.
In this SelectScience® webinar, we examine how researchers from the Green Chemistry Centre of Excellence at the University of York, a global leader in green and sustainable chemistry, integrate more environmentally responsible equipment into their scientific processes. The session will explore York’s strategic commitment to sustainability, how laboratory infrastructure influences environmental impact, and how thoughtful equipment selection supports cleaner and more responsible research practices.
Alongside this perspective, PolyScience will outline how sustainable manufacturing and engineering principles inform modern temperature control design, including the shift toward natural refrigerants, reduced waste and environmental impact, and the role of established ISO certifications in guiding responsible manufacturing practices.
Together, this discussion connects scientific objectives with practical considerations, offering researchers evidence‑based context for how to align laboratory operations with both Green Chemistry principles, global sustainability standards, and institutional sustainability goals.
Certificate of attendance
If you attend the live webinar, you will automatically receive a certificate of attendance, including a learning outcomes summary, for continuing education purposes. If you view the on-demand webinar, you can request a certificate of attendance by emailing editor@selectscience.net.
Webinar details
- Cost: Free to attend
- Location: Online
- Duration: 60 minutes
Registration is required to secure your place. If you register but can’t attend live, you will receive a link to the on‑demand recording once it becomes available.
PolyScience DuraChill Benchtop
In this video, PolyScience presents the DuraChill® Benchtop chiller with a state-of-the-art capacitance liquid level sensor designed to safeguard the pump from premature failure. The video emphasizes that pump seals can fail within 30 seconds of running dry, and the chiller addresses this issue by providing visual and audible alarms when the fluid level is low. Additionally, if the fluid level poses a risk of introducing air into the pump, the DuraChill system proactively shuts down, accompanied by another alarm for enhanced protection.
PolyScience DuraChill Benchtop podcast
Journalist, Andrea Darlas, sits down with PolyScience President, Philip Preston, to discuss how the new DuraChill® Benchtop Chiller by PolyScience is once again changing the game. From patented innovations to a brand new design and -30°C temperature range, if you are looking to upgrade your lab to be the best it can be this is the podcast with all the answers you need.
DuraChill Benchtop - where power and innovation merge
The launch of the new DuraChill Benchtop Chiller is the latest addition to the award winning line of chillers developed by PolyScience. If you're looking to upgrade your lab and reach the coldest temperatures with the greatest ease of use, be the first to watch our video and meet the 'Game changer,' DuraChill Benchtop.
Improving electric vehicle performance through accurate battery testing: The role of temperature control
In this guest editorial by David Wallach, discover the importance of precise temperature control in electric vehicle battery testing and performance
