Features
The chamber dimensions are 600×600×600mm, with a internal volume of 216L, meeting the processing needs of medium-batch samples.
Temperature range RT+20℃～＋200℃, temperature uniformity ≤2℃, ensuring consistent temperature throughout the chamber and meeting high-precision process requirements.
Three-duct circulation structure with perforated plates on both sides for air outlet and return, forming uniform laminar flow and higher temperature uniformity than ordinary laboratory ovens.
The benchtop temperature test chamber uses a stainless steel inner liner and an 80mm thick glass wool insulation layer, providing excellent thermal insulation and low energy consumption.
Built-in three-point moving temperature sensors allow for real-time monitoring and recording of temperature curves.
We can manufacture both standard and customized ovens.
2 shelves.
Benchtop Temperature Test Chamber Advantages
1. High-tech Enterprise certification with 25 years testing equipment manufacturer.
2.Owned factory premises covering 22,691 square meters.
3. Full-process in-house production.
4. One-stop testing solution provider.
5. ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 certificated factory.
6. Bulk ordering would be with a lower price.
7. Small MOQ is available of course.
8.We have much experience in customized high temperature test chambers and have many case photos and videos available for your reference.
Our Services
3D Design Review: For large or customized benchtop temperature test chamber, we will provide design drawings for your review within 7 days of contract signing. Production can begin once the review is approved.
12-month free warranty and 24-hour online service.
Product images and videos are available before shipment.
Product performance is tested before leaving the factory, and we can provide you with factory inspection reports.
Lifetime technical support.
Our partner & Honor
FAQ
Q: How is temperature uniformity guaranteed?
A: It employs a three-duct circulation system with full-panel air supply and return on both sides, ensuring temperature uniformity ≤2℃, meeting the high-precision requirements of chip testing and other applications.
Q: What is the difference between a three-duct system and a single-duct system? How should I choose?
A: The choice between a three-duct and a single-duct system mainly depends on your test's requirements for temperature uniformity. A three-duct high temperature test oven can achieve a temperature uniformity of ≤2℃, while a single-duct oven achieves ±2.5%℃.
◆ The following is a schematic diagram of the air duct structure for your reference:
The "three-duct" structure features a large outlet area and a large return area, with airflow organized as a "piston flow," or laminar flow. This results in good temperature field uniformity.
Schematic diagram of the internal air duct structure of a traditional drying oven ("single air duct" structure).
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