Description
PW-CO-960 Drying Baking Wax Melting And Sterilization Precision Oven For Laboratory Rooms Scientific Research Units Use
Application
It is used for drying, baking, wax melting and sterilization in industrial and mining enterprises, laboratory rooms, scientific research units, etc
Box structure size
2.External dimensions: 122(W)×178(H)×96(D)±1cm; take the actual product as the standard
3.The controller is located on the top of the machine, the double doors open from right to left；
4.The inner material is mirror stainless steel plate thickness of 1.0mm；
5.The outer material is SECC steel plate thickness ≥1.2mm powder baking paint treatment；
6.The thermal insulation material is 100K high-density glass rock wool with a thickness of 100mm, which has good thermal insulation and maximizes the temperature insulation.
7.There are two layers inside, two stainless steel grids (mesh shape)；
8.The tight material is high temperature resistant silica gel strip；
9.Glassless window;
10.Equipped with movable casters and fixed feet.
Parameters and temperature control system
1. The temperature control is PID microcomputer, which can automatically calculate, PV/SV can be displayed at the same time, and it can be set by pressing buttons. Any temperature value between normal temperature and maximum temperature can be set (Taiwan Pine);
2. Timer setting, 99.9 seconds-999 hours (optionally set hours, minutes, seconds,)
a. Continuous use
b. When the temperature is up, the time is up to cut off the heating current (the alarm device ends)
3. CA(K) TYPE temperature sensor head;
4. The output is 3-32V;
5. The current controller is controlled by the solid state relay to control the power output, and the temperature control PID microcomputer contact output, the signal automatically adjusts the output ratio, and can accurately control the temperature overshoot accuracy (Taiwan Yangming);
6. The heating material is stainless steel heater;
7. Temperature range RT～200℃;
8. Heating rate: RT－100℃ for about 15 minutes; 9. Control accuracy: ±1℃;
9. Uniformity of temperature distribution in the box: ±4℃ (no load).
Air supply system
2. The motor is a long-shaft high temperature resistant type with a power of 1hp/50Hz (Taiwan).
3. The 10.5-inch wind wheel is a multi-blade turbine type.
4. Adjustable wind deflector is installed inside.
5. There is an air inlet at the rear and two sets of air outlets on the top, and the exhaust air volume is adjustable.
1. Over-temperature protection system: When the temperature is out of control due to external forces, the system will automatically stop the power supply of the whole machine when the set temperature exceeds 10 degrees, thereby protecting the safety of your products and machines;
2. Fuse and overcurrent protection system: When the power of the whole machine exceeds the normal power due to high voltage or other reasons, the system will automatically cut off the power to protect the industrial control components of the whole machine from being damaged;
3. Motor overheating protection to prevent motor damage caused by motor overheating, phase sequence protection.
Product Advantages
Robust Structural Design and Thermal System Integration
The structural integrity of the PW-CO-960 reflects the expertise of established thermal chamber manufacturers. Its box-type design features a durable mirror stainless steel inner lining paired with a high-density 100 mm rock wool insulation layer, enhancing heat retention and reducing energy consumption. Dual stainless steel loading grids allow flexible sample placement, while the unit’s fixed feet and mobile caster system support adaptable laboratory configurations, aligning with the ergonomic demands of benchtop thermal chambers. The inclusion of forced air circulation guarantees consistent internal temperature profiles, critical when precision laboratory ovens are required for uniform sample processing.
Operational Efficiency and User-Oriented Performance
The PW-CO-960 excels in offering a user-centric interface and performance. The PID microcomputer controller enables precise temperature regulation and real-time monitoring, improving process reliability and reducing the risk of thermal deviations. Safety is ensured through integrated over-temperature and overcurrent protection mechanisms, supporting uninterrupted operation in industrial drying oven applications. The heating element’s fast warm-up time (RT to 100°C in 15 minutes) combined with stable temperature distribution enhances throughput in laboratory workflows. Designed for scientific environments, it facilitates ease of use and maintenance, maximizing return on investment for equipment procurement managers and laboratory engineers.
Use Scenarios
Drying and Conditioning Samples in Pharmaceutical and Biomedical Laboratories
In pharmaceutical and biomedical research environments, sample preparation and conditioning require rigorously controlled temperature settings to preserve material integrity and ensure compliance with industry standards. The PW-CO-960 serves as an industrial drying oven for dehydrating powders, gels, and specimens, providing uniform heat distribution necessary for reproducible dehydration without compromising sample quality. Its accuracy and thermal stability support regulatory quality systems, enabling lab technicians and QA personnel to reliably process materials within validated workflows. The bench-adaptable design integrates seamlessly with laboratory automation systems and analytical instrumentation.
Thermal Treatment and Sterilization in Materials Testing and Research Facilities
Research institutions and material testing laboratories frequently require precise thermal processing stages such as wax melting, baking, and sterilization. The PW-CO-960 acts as a benchtop thermal chamber that fulfills these diverse heating demands with temperature settings up to 200°C and programmable controls for repeatability. Its robust safety features address the operational challenges of prolonged heating cycles, minimizing downtime and enhancing user confidence. By facilitating controlled sterilization and sample conditioning, it supports quality assurance processes in scientific research units, allowing engineers to fine-tune experimental conditions and optimize throughput.
FAQ
What applications is the PW-CO-960 precision laboratory oven suitable for?
Our precision laboratory oven supports drying, baking, wax melting, and sterilization tasks in various scientific environments. It is ideal for conditioning samples, sterilizing tools, and conducting thermal treatments in laboratories or research units demanding precise temperature control.
Can you customize the PW-CO-960 for specific temperature ranges or sizes?
We offer customization options tailored to your specific requirements. As a leading thermal chamber manufacturer, we work closely with clients to adjust specifications such as temperature range or chamber dimensions to meet your lab’s operational needs.
How does your laboratory oven ensure energy efficiency during prolonged use?
Our oven’s design uses high-density 100 mm rock wool insulation combined with a mirror stainless steel chamber to minimize heat loss. This advanced insulation system maximizes thermal efficiency, reducing power consumption during extended drying or sterilization processes.
What support do you provide for installation and maintenance of this high temperature chamber?
We provide comprehensive technical guidance to assist with installation and routine maintenance of your high temperature chamber. Our team is available to ensure smooth setup and advise on proper operation to maintain consistent performance and longevity.
