Labcompanion, a leading manufacturer of test chambers, recently organized a comprehensive fire drill on its premises, using nearly expired fire extinguishers. The drill aimed to enhance employees' understanding of fire safety procedures while also ensuring the proper utilization of equipment.     The exercise began with a demonstration on how to effectively use a fire extinguisher to put out a controlled fire. Employees were shown the correct technique for operating the extinguisher, including the proper stance, aiming, and squeezing of the trigger. By using the expired fire extinguishers, we not only be provided a hands-on learning experience but also found an environmentally friendly way to dispose of the equipment.   In addition to the fire extinguisher demonstration, the drill also included a practical display of using a fire hydrant and connecting a water hose. This segment focused on the importance of having a reliable water source in case of a large-scale fire. Employees were educated on the steps involved in quickly setting up the fire hydrant system and using it to suppress flames.   The fire drill was well-received by the employees, who actively participated and learned valuable skills that could potentially save lives in the event of a real fire. Labcompanion always prioritizes safety in production. Through this drill, the company not only tested the reliability of its existing fire safety facilities but also further enhanced employees' fire safety awareness and emergency response capabilities. And some issues were identified, such as insufficient water pressure from the fire hydrants, which failed to meet fire suppression standards.    By conducting this fire drill, Labcompanion demonstrated its commitment to safety and its proactive approach to fire prevention. Our company plans to continue organizing such drills on a regular basis to keep employees prepared and informed about fire safety measures.

[3/28/2025] - Lab-companion, a leading manufacturer of environmental test chambers specializing in temperature and humidity control solutions, is pleased to announce the recent acquisition of a state-of-the-art Bystronic fiber laser cutting machine. This strategic investment is set to revolutionize the company's production processes and further enhance the quality and precision of its products. ​ This fiber laser cutting machine is renowned for its high cutting speed, exceptional accuracy, and versatility. With this advanced technology, Lab-companion aims to optimize the manufacturing of components for its temperature and humidity test chambers. The machine's ability to cut a wide range of materials, including stainless steel, aluminum, and various alloys, with minimal heat-affected zones ensures that the fabricated parts meet the high quality standards. According to production supervisor - Liu, production department at Lab-companion, "The addition of this fiber laser cutting machine to our production line is a significant milestone for our company. This investment reflects our commitment to continuous improvement and innovation. By leveraging the cutting-edge capabilities of this machine, we had greatly improved the accuracy of material cutting, reduce the raw materials waste caused by unreasonable material typesetting, and improve the efficiency of cutting, greatly to reduce production times, improve product consistency, and ultimately deliver even more reliable and high-performance temperature and humidity test chambers to our customers."​ The new laser cutting machine is equipped with intelligent software that enables seamless integration with Lab-companion's existing production systems. This integration allows for efficient programming and control of the cutting process, maximizing productivity and minimizing errors. Additionally, the machine's user-friendly interface and automated features contribute to a safer and more efficient working environment for the company's skilled operators.​ Lab-companion has a long-standing reputation for providing top-notch environmental test chambers to various industries, including aerospace, automotive, electronics, and pharmaceuticals. To buy this fiber laser cutting machine is expected to strengthen the company's position in the market by enabling it to offer more customized and high-quality solutions to meet the evolving needs of its customers.​ For more information about temperature and humidity test chambers, please contact with us.

*Beijing, March 3, 2025* – The China National Intellectual Property Administration (CNIPA) has issued a notification granting a patent for an invention titled "A High-Low Temperature Testing Equipment for Semiconductor Chip Detection and Its Operation Method" to Guangdong Hongzhan Technology Co., Ltd.(Lab-Companion). The patent application, filed under the number 202411290322.4, has successfully passed the substantive examination process, confirming that there are no grounds for rejection.   The invention, developed by Lab-Companion, is designed to address the growing demand for precise and reliable testing of semiconductor chips under extreme temperature conditions. The high-low temperature testing equipment is expected to enhance the accuracy and efficiency of semiconductor chip detection, which is critical for the development of advanced electronic devices. The adoption of this patent opens up a new direction and method for semiconductor environmental testing, provides new technical support for the environmental testing of semiconductor chips, helps standardize the operating process of environmental testing in this industry, and enables related enterprises to get better development. This patent grant underscores China's responsibility to fostering innovation in the semiconductor industry, a sector that plays a pivotal role in the global technology landscape. The high-low temperature and humid testing chamber is poised to make significant contributions to the semiconductor manufacturing process, ensuring the reliability and performance of chips used in various applications, from consumer electronics to industrial machinery. Our company is always dedicated to the research and development of environmental testing, to provide advanced environmental testing solutions for various industries and meet the evolving needs of the global electronics market.

Thermal shock chambers play a crucial role in various industries when it comes to testing the resilience of products and materials under extreme temperature conditions. As experts in the field, Lab Companion offers a range of top-notch models designed to meet diverse testing requirements. In this article, we will delve into the world of thermal shock chambers, exploring their functionality, and applications across industries, and highlighting the different models that we offer.   Lab Companion’s Thermal Shock Chamber is an effective tool in subjecting products to a thermal shock test. Thermal Shock Environmental Chambers have a product carrier basket that automatically transports a product under test between separately controlled temperature zones. With built-in viewing windows, users can easily observe the product as it’s transferred between different temperature zones. Thermal Shock Chambers come in a variety of performance configurations to meet specific testing needs and includes the intuitive Q8 Controller. Three of the test chamber configurations include: A Vertical Orientation Thermal Shock Chamber has two independently controlled hot and cold zones; one atop the other. A single product carrier moves between each zone, subjecting the product to dramatic changes in temperature. An advantage of the Vertical Orientation chamber is it uses less floor space, making it ideal for smaller labs. A Horizontal Orientation Thermal Shock Chambers has three side-by-side independent zones: hot, ambient, and cold. The addition of the ambient zone allows for three zone testing, which is a requirement of some military standards. This unique and versatile chamber configuration can also be used for two zone tests. This is accomplished by programming the product carrier to automatically transfer the product from hot to cold, and back again, eliminating a dwell in the ambient zone. A Double Duty Thermal Shock Chamber has a cold zone positioned between two hot zones, aligned vertically top and bottom. Products under test are placed in one of two product carriers and transferred between the zones producing severe thermal stress. At least one product carrier always occupies the cold zone. This design makes efficient use of the chamber cooling system, providing increased product testing throughput over standard thermal shock designs. Heaters are incorporated into the cold zone for defrost, allowing the zone to be operated as a temperature cycling chamber when it is not being used for thermal shock tests. Understanding Thermal Shock Chambers Thermal shock chambers are specialized testing equipment used to subject products or materials to rapid and extreme temperature changes. These chambers simulate the challenging environmental conditions that products may encounter during their lifespan. By subjecting them to alternating hot and cold temperatures, thermal shock chambers allow manufacturers to assess the effects of temperature differentials on the integrity, performance, and reliability of their products. How Thermal Shock Chambers Work Thermal shock chambers consist of two separate compartments: a hot chamber and a cold chamber. The product or material being tested is placed in a test basket or tray, which is then transferred between the hot and cold chambers. The transfer process is rapid, ensuring swift temperature changes that replicate real-world conditions. The hot and cold chambers maintain precise temperature control, and the transition between the two is achieved by utilizing advanced air circulation systems and thermal fluid mechanisms. This controlled transition enables the product to experience sudden thermal shocks, emulating the harsh temperature variations it may encounter during transportation, storage, or everyday use. Industries that Benefit from Thermal Shock Chambers Thermal shock chambers find applications across a wide range of industries where temperature resilience is crucial. Some of the industries that benefit from these chambers include: Electronics and Semiconductor Industry Automotive Industry Aerospace Industry Pharmaceutical and Medical Device Industry Lab Companion Thermal Shock Chamber Models TS-120 Thermal Shock Test Chamber TS-60 Thermal Shock Test Chamber TS Series Horizontal Thermal Shock Test Chamber TS Series Vertical Thermal Shock Test Chamber TS Series Liquid Thermal Shock Test Chamber What is Lab Companion’ Advantage? Our thermal shock chambers offer numerous advantages for testing purposes. Some notable benefits include: Precise and rapid temperature transition capabilities High-temperature accuracy and uniformity Customizable programming options for diverse testing needs Robust construction and reliable performance User-friendly interfaces for ease of operation Compliance with international testing standards With these advantages, our thermal shock chambers provide manufacturers with the confidence and assurance they need when evaluating the temperature resilience of their products. Conclusion Thermal shock chambers are indispensable tools for testing the resilience and durability of products under extreme temperature conditions. Lab Companion offers a wide range of models, including the TS-120, TS-60, TS Series Horizontal, TS Series Vertical, and TS Series Liquid Thermal Shock Test Chambers, catering to diverse industry requirements. By choosing the perfect chamber from Lab Companion, manufacturers can ensure the reliability and performance of their products even in the harshest environments. FAQ’s Q: How do thermal shock chambers benefit product testing? Thermal shock chambers subject products to rapid and extreme temperature changes, simulating real-world conditions to assess their resilience and reliability. Q: Can thermal shock chambers be customized for specific testing needs? Yes, Our thermal shock chambers offer customizable programming options to meet diverse testing requirements. Q: Which industries benefit the most from thermal shock chambers? Industries such as electronics, automotive, aerospace, pharmaceuticals, and medical devices extensively benefit from thermal shock chambers. Q: How do thermal shock chambers contribute to the aerospace industry? Thermal shock chambers allow aerospace manufacturers to test the resistance of components and materials to extreme temperature variations experienced during flight. Q: Why should manufacturers choose Lab Companion’s thermal shock chambers? Our thermal shock chambers offer precise temperature control, rapid transition times, reliability, and compliance with international testing standards, ensuring accurate and efficient testing results.