Climatest Symor® benchtop vacuum oven is used for drying, curing, annealing, and de-gassing of materials under controlled vacuum conditions. The vacuum oven typically consists of a vacuum chamber, heating elements, temperature controls, and a vacuum pump. It is designed to occupy less space and be more portable, making it suitable for smaller laboratories and research institutes.
Model: TZF-6030
Capacity: 30L
Interior Dimension: 320*320*300 mm
Exterior dimension: 630*460*500 mm
Description
The benchtop vacuum oven provides gentle and fast drying in temperature and pressure controlled environment, with a maximum temperature to 200°C and a vacuum control to 133 Pa, it is available in five different sizes, with volumes ranging from 20 to 250 liters.
Specification
| Model | TZF-6020 | TZF-6030 | TZF-6050 | TZF-6090 | TZF-6250 |
| Power Consumption | 500W | 800W | 1400W | 2400W | 4000W |
| Capacity | 20L | 30L | 50L | 90L | 250L |
| Interior Dim.(W*D*H)mm | 300*300*275 | 320*320*300 | 415*370*345 | 450*450*450 | 700*600*600 |
| Exterior Dim.(W*D*H)mm | 610*445*470 | 630*460*500 | 720*515*535 | 755*595*720 | 1225*765*890 |
| Temperature Range | RT+10°C ~ 200°C | ||||
| Temperature Fluctuation | ± 0.5°C | ||||
| Temperature Resolution | 0.1°C | ||||
| Vacuum Degree | 133 Pa | ||||
| Vacuum Gauge | Mechanical needle | ||||
| Shelves | 1PC | 2PCS | 3PCS | ||
| Power Supply | AC220V 50HZ | AC380V 50HZ | |||
| Ambient Temperature | +5°C~ 40°C | ||||
Main Parameters
1. Structure
1.1 Interior oven: Stainless steel , argon arc welding, pollution prevention, easy to clean.
1.2 Exterior oven: Powder-coated cold rolled steel, rust resistant.
1.3 Thermal insulation: Advanced insulation glass fiber, good insulation performance.
1.4 Trolley & Racks: Stainless steel, customized as per your workpieces.
2. Temperature control system: Intelligent PID temperature controller, constant temperature control mode, auto-tuning. Temperature output power is calculated by micro computer to achieve high efficiency and high precision. Equipped with over-temperature alarm protection function to ensure the operation safety.
3. Heating system: Stainless steel NiCr heating elements are evenly installed in the interior wall of the studio, and the heat is radiated into the studio through the wall to ensure uniform temperature radiation.
4. Protection devices
4.1 Over temperature protection
4.2 Internal electrical protection
4.3 Motor over-current protection
4.4 Fuses protection
Features
►Heating capacity from 50 to 200 degrees C
►Advanced PID controller with auto-tuning function
►Digital temperature controller
►Available in different capacities
Options
►Programmable temperature controller
►Inert gas port.
►Vacuum pump 2XZ-2/2XZ-4
►Dry filter
What benefits can the benchtop vacuum oven bring to you?
Precision Temperature Control: Vacuum oven can achieve and maintain precise temperature levels, often with minimal fluctuations. This is crucial for processes that require specific temperature conditions, such as drying delicate materials or conducting chemical reactions.
Reduced Oxidation: By removing air from the chamber, vacuum ovens prevent oxidation and reduce the risk of contamination or degradation of sensitive materials. This makes them ideal for processes involving heat-sensitive substances or materials prone to oxidation, such as certain polymers or electronic components.
Faster Drying Times: Vacuum ovens can accelerate the drying process compared to conventional ovens by lowering the boiling point of water or solvents, effectively speeding up evaporation. This can lead to shorter processing times and increased productivity in applications such as food processing, pharmaceuticals, or materials research.
Why choose benchtop vacuum oven from Climatest Symor®?
Climatest Symor® is the manufacturer and supplier of industrial vacuum drying ovens at competitive prices, these ovens offer 50-200°C continuously running chambers, and available in different standard sizes according to your manufacturing process.
Climatest Symor® concentrates on temperature control technology, we are familiar with various applications in electronics, automotive and chemical industries, we’ve been recognized by well-known customers worldwide, such as DuPont, Chemours, Foxconn, Wistron, IMI, SCHMID, and more. Our senior technical engineers can provide you with the best technical solutions to solve the temperature-related manufacturing processes.
Climatest Symor®adopts advanced facilities to manufacture benchtop vacuum ovens, such as AMADA sheet metal equipment, CNC bending machine, CNC cutting machine, high precision plate cutting machine; Japan imported gas welding, and argon arc welding machine.
Climatest Symor® makes timely delivery of industrial vacuum drying ovens, electronic dry cabinets and environmental test chambers to worldwide customers, for products within the warranty period, we offer a free replacement parts service within 24 hours. Climatest Symor® has built long-term partnership with our distributors in Malaysia, Singapore, Vietnam, India, Israel, Brazil and Africa, and also many end users in Europe, North Amercia, we provide them lifetime technical support for free even after warranty period, welcome to reach us for possible collabration.
How to use Climatest Symor® benchtop vacuum oven?
Application
Climatest Symor® strives to become an excellent manufacturer of industrial vacuum drying ovens in China, our ovens can be used in a wide range of applications:
Drying: Removing moisture from materials without subjecting them to high temperatures, which can cause degradation.
Annealing: Heat treatment process used to improve the ductility and reduce the hardness of materials.
Curing: Accelerating the curing process of various materials such as adhesives, resins, and coatings.
De-gassing: Removing trapped gases from materials, which is crucial in processes like casting and polymerization.
Benchtop vacuum oven provides reliable, precise, and efficient heat treatment for a wide range of applications, including plastic, polymers, chemicals and powder coating, where precise high temperatures control is essential for material processing, synthesis, and experimentation.
