BENCHTOP OVENS

Industrial Benchtop ovens are compact ovens with versatile heating chambers designed for various industrial and laboratory applications. Known for their space- saving design and precise temperature control, these ovens are perfect for workshops, small-scale production, and research facilities.

Despatch benchtop ovens provide efficient heat distribution, a small footprint, and superior heating accuracy, ensuring uniform temperature and process repeatability.

These small industrial ovens are ideal for drying, curing, sterilizing, preheating, annealing, aging, die-bonding, materials/component testing, and other processes, providing high performance and reliability for diverse applications. For processes involving flammable solvents, Class A benchtop ovens often include a pressure relief panel, purge timer, and exhaust fan to meet NFPA 86 requirements.

Featured Benchtop Ovens

LBB Benchtop Oven

• Max temp:400°F(204°C)
• Sizes in cu ft:2,7,12,18,27
• High limit control
• 304 stainless steel interior
• Digital controller
• 5 year heater warranty

LAC Laboratory Oven

• Max temp: 500°F (260°C)
• Sizes in cubic feet: 4, 6.6
• High limit control
• End of cycle indicator
• 304 stainless steel interior
• Microprocessor controlled

RAD/RFD Benchtop Oven

• Max temp: 650°F (343°C)
• Size in cu ft: 4
• End of cycle high limit control
• RFD: Class A (NFPA 86)
• 304 stainless steel interior
• Microprocessor controlled

LFC Class A Benchtop Oven

• Max temp: 500°F (260°C)
• Sizes in cubic feet: 4
• Class A (NFPA 86) for flammable solvents
• High limit control
• Microprocessor controlled

RAF/RFF Benchtop Furnace

• Max temp:1000°F(538°C)
• Size in cubic feet: 4
• High limit control & alarm
• RFF: Class A (NFPA 86)
• 304 stainless steel interior
• Microprocessor controlled

LCC/LCD Laboratory Oven

• Max temp: 662°F (350°C)
• Sizes in cu ft: 1.6, 5
• HEPA filtered:ISO Class5
• Inert or Air Atmosphere
• Stainless steel inside & out
• Microprocessor controlled

Qmax Benchtop Test Oven

• Max temp:650°F(343°C)
• Size in cu ft: 4.2
• Meets ASTM 5423 Type I and II specification
• Rear access port
• Microprocessor controlled

RBC Lab Burn-in Oven

• Max temp:500°F(260°C)
• Size in cubic feet: 5
• High dissipation capacity
• MIL STD 883D uniformity
• Stainless steel interior
• Inert or air atmosphere

Types of Benchtop Ovens

Despatch offers a variety of small industrial ovens to meet the specific needs of different industries and applications. Choosing an oven depends on many factors, such as temperature requirements, atmosphere control, and the specific application:

 Forced Air Convection Ovens: Equipped with powerful fans to circulate hot air evenly, these ovens ensure consistent temperature distribution, making them ideal for drying and curing applications that require uniform heat.

 Vacuum Ovens: Operating under reduced pressure, these ovens allow for precise temperature control and efficient moisture removal, protecting sensitive materials from oxidation and thermal damage.

 Gravity Convection Ovens: Utilizing natural air circulation, these ovens provide gentle and even heating, suitable for general-purpose drying and heating tasks where forced air is not necessary.

 High-Temperature Ovens: Designed to reach temperatures up to 600°C or higher, these ovens are used in materials science, metallurgy, and other research fields that demand high heat.

 Industrial Benchtop Ovens: Built for durability and heavy use, these small industrial ovens are tailored for small-scale industrial environments, ensuring reliable performance under continuous operation.

Applications of Benchtop Ovens

Despatch benchtop ovens are well-suited for a broad range of applications, including:

Features and Benefits of Benchtop Ovens

Despatch manufactures benchtop ovens, lab ovens, scientific ovens, benchtop furnaces, heating and drying ovens, vacuum ovens and furnaces. Our benchtop ovens are made in the USA with stainless steel or aluminized steel interiors, and a stainless steel or scratch resistant exterior finish.

All oven models come with a five-year warranty on the heater and have one of the longest life expectancies in the industry. Most Despatch benchtop ovens feature the Protocol 3™, a microprocessor-based temperature and hi-limit controller with large LCD display and real time clock for auto start capability. The LCD display shows temperature readings along with clear, detailed information on oven status. The data- logging functionality enables reporting and analyzing and data files can be exported via the controller’s USB port. Modbus RS485 communications are included for easy data access.

Despatch ovens are designed to be; simple to operate, long lasting, and to deliver the uniform and repeatable thermal processing. These ovens have been perfected over time by listening to our customer’s feedback and making key changes and improvements where needed. Engineered for performance, safety, and ease of use, offering key benefits:

 Precise Temperature Control: Advanced microprocessor-based controllers ensure accurate and stable temperature settings.
 Efficient Energy Use: Optimized for energy efficiency, reducing operating costs while maintaining performance.
 Ease of Operation: User-friendly interfaces and digital displays make it simple to monitor and adjust settings.
 Rapid Heating and Cooling: High-efficiency heating elements allow for quick ramp-up times, while optional cooling systems enable rapid cooldowns.
 Improved Safety: Features like over-temperature protection, pressure relief panels, and exhaust fans meet NFPA 86 requirements for safe handling of flammable solvents.
 Portability: Compact and lightweight design makes these ovens easy to move and install in different lab or production environments.
 Consistency and Reliability: Designed for process repeatability, ensuring uniform results across multiple batches.
 Space-Saving Design: Compact size fits easily on benchtops, saving valuable floor space.

Industries That Benefit from Small Industrial Ovens

Despatch benchtop ovens serve various industries, providing high performance and reliability:

 Quality Control Laboratories: For component testing, aging studies, and stability testing.
 Small-Scale Production Facilities: Ideal for curing adhesives, drying components, and prototyping.
 Medical and Dental Clinics: Used for sterilizing instruments, curing dental materials, and drying medical devices.
 Electronics Manufacturing: Essential for outgassing, drying components, and curing adhesives in electronics assembly.
 Pharmaceuticals: Used for drying active ingredients, sterilizing equipment, and performing stability tests.
 Automotive and Aerospace: Critical for prototype development, material testing, and component testing.

Key Considerations When Choosing Benchtop Oven

Selecting the right benchtop oven involves evaluating several critical factors:

 Temperature Range and Uniformity: Ensure the oven meets the required temperature specifications for your application.
 Size and Capacity: Consider the size of the oven relative to the space available and the volume of materials being processed.
 Atmosphere Control: Choose options like vacuum capability or inert gas environments for sensitive materials.
 Safety Features: Look for over-temperature protection, exhaust systems, and compliance with safety standards.
 Energy Efficiency: Select ovens designed for low energy consumption without compromising performance.
 Programmable Controls and Data Logging: For advanced applications, opt for ovens with digital controls, programmable settings, and data logging capabilities.

Industrial Oven Selection Chart

Frequently Asked Questions

What is the difference between a benchtop oven and a laboratory oven?

While the terms "benchtop oven" and "laboratory oven" are sometimes used interchangeably, there can be some critical differences between the two, such as size and capacity, purpose, features, and calibration. Strictly speaking, a benchtop oven is a broader category that includes benchtop laboratory ovens.

Can a benchtop oven be used for sterilization?

Yes, many benchtop ovens are designed for sterilization, provided they meet specific temperature and time requirements. Ensure the oven has the necessary validation and contamination control features for effective sterilization.

Can benchtop ovens be used for high-temperature applications?

Are benchtop ovens suitable for industrial use?

Yes, Despatch benchtop ovens are built for industrial use, offering durability and reliable performance. They can withstand the demands of continuous operation in various production and research settings.

How do I determine if a custom benchtop oven is necessary for my application?

If your application involves specific temperature requirements, unique size constraints, or specialized processing environments (e.g., vacuum or inert gas), a custom benchtop oven may be necessary. Contacting Despatch's technical team to discuss your specific needs can help determine the best customization options.

What types of materials can be processed in a benchtop oven?

Benchtop ovens are versatile and can process various materials, including metals, ceramics, plastics, glass, and electronic components. The specific material compatibility depends on the oven's temperature range and atmosphere control capabilities.

Browse our extensive selection of high-performance benchtop ovens, designed for precision and reliability in every application. Whether you need a compact solution for your lab or a robust oven for industrial use, Despatch has the perfect benchtop oven to meet your needs. Contact us today to discuss your requirements and find the ideal solution to enhance your productivity and achieve consistent results. Experience the unmatched quality and innovation of Despatch benchtop ovens.