Are you curious about which hot air oven manufacturers stand out in the industry? Comparing the top factories is essential for making informed choices. Discovering the best options can lead to superior quality and performance. Dive in to find out which manufacturers deserve your attention!
Laboratory Hot Air Oven, Hot Air Oven Manufacturer – DIGISYSETM
Product Details: DIGISYSETM is a leading hot air oven manufacturer, established in 1971, focused on research and development of laboratory hot air ovens.
Technical Parameters:
– DSO-D / DSO-DF Series
– More than 50 years of experience in the industrial field
Application Scenarios:
– Laboratory use
– Research and development
Pros:
– Cutting-edge technology products
– Commitment to innovation
Cons:
– Specific technical specifications not provided
– Limited information on product range
Lab Hot Air Oven, Dry Heat Sterilization Manufacturers Uses, Types
Product Details: Hot air ovens are electrical devices which use dry heat to sterilize. They are designed for baking, drying & de-pyrogenation in laboratories, microbiology, bio-medical, pharmaceuticals & textile industries.
Technical Parameters:
– Temperature Range: Room temperature +5 to 300°C maximum (400°C optional)
– Temperature Accuracy: + / – 1%
Application Scenarios:
– Food Industry
– Pharmaceutical Industry
Pros:
– User-Friendly and Rugged construction
– High-Quality Imported Circulatory fan
Cons:
– Limited to high-temperature applications
– Requires careful handling due to high temperatures
Hot air oven, Hot air furnace – All industrial manufacturers
Product Details: Hot air ovens are used for drying, baking, and preheating various materials or specimens through hot air circulation methods to achieve uniform temperature distribution.
Technical Parameters:
– Maximum temperature: 500 °C
– Width: 4,350 mm
Application Scenarios:
– Drying of electronic components
– Heat treatment of automotive parts
Pros:
– Uniform temperature distribution for effective drying
– Versatile applications across various industries
Cons:
– Limited to specific temperature ranges
– May require additional equipment for certain applications
Hot air oven – All medical device manufacturers
Product Details: Hot air ovens are used for various heating applications in medical and industrial settings, offering a range of temperature controls and capacities.
Technical Parameters:
– Temperature range: 5 °C – 350 °C
– Capacity: 25 l – 22,500 l
Application Scenarios:
– Sterilization of materials
– Heat treatment and drying processes
Pros:
– Reliable and powerful units
– Wide range of temperature settings
Cons:
– Potentially high operation costs
– Limited to specific applications
Laboratory Hot Air Oven Price, Manufacturer and Supplier – prestogroup
Product Details: Laboratory Hot Air Oven designed to detect changes in physical characteristics of materials at elevated temperatures, suitable for rubber and plastic industries.
Technical Parameters:
– Double walled chamber with heavy stainless steel inside and powder coated mild s…
– Equipped with air circulating fan for efficient heating maintenance.
Application Scenarios:
– Testing heat resistance in rubber and plastic industries.
– Assessing impact of elevated temperatures on materials like rubber, textiles, ya…
Pros:
– Reliable and time-tested instrument.
– Uniform distribution of heat.
Cons:
– Requires calibration and maintenance.
– May have a higher initial cost compared to cheaper alternatives.
Laboratory Ovens | Hot Air Ovens – Labtron
Product Details: Labtron Laboratory ovens provide temperature control capabilities for consistent results, including drying, sterilization & material testing. They feature digital controls and advanced safety features, built with durable materials for longevity.
Technical Parameters:
– Temperature range: RT +20 to 300℃
– Temperature stability: ± 0.5℃
Application Scenarios:
– Laboratory drying
– Material testing
Pros:
– Advanced safety features
– Durable construction
Cons:
– Limited temperature range for some models
– Potentially high cost
Hot Air Oven – Hot Air Oven Manufacturers | Hot Air Oven Manufacturers …
Product Details: Hot Air Oven (Digital) – Model: MKSI-101-Series, manufactured by M.K. Scientific Instruments.
Technical Parameters:
– Temperature Range: 50°C to 250°C with accuracy of ± 2°C
– Power Input: 220-230 Volts AC, 50/60 Hz Single Phase
Application Scenarios:
– Research centers
– Pharmaceutical labs
Pros:
– Double-walled construction for insulation
– Microprocessor-based temperature control for accuracy
Cons:
– Limited temperature range
– Potentially high power consumption
Hot Air Oven Manufacturer, Supplier & Exporter – BiotechnologiesInc
Product Details: Bio Gene Hot Air Oven
Technical Parameters:
– Temperature Range: Generic
– Capacity: Generic
Application Scenarios:
– Electronic Industry for Delicate Parts
– Hospitals and Medical Facilities
– Dental Office & Laboratories
– Industrial Manufacturing
– Jewelry Industry for intricate parts
– Auto Industry for Rugged parts
– Engineering Industries
– Research Centers & Universities
Pros:
– Widely used in various industries
– Suitable for delicate and rugged parts
Cons:
– Generic specifications
– Limited detailed features provided
Hot Air Oven Lab Equipment Manufacturer and Supplier in America – Lss …
Product Details: Hot Air Oven systems offer continuous temperature up to 250°C and feature safe operation, allowing operators to perform their tests worry-free.
Technical Parameters:
– Product code: LSS-AG-12660
– Availability: In Stock
– Price: $10,000.00
– Volume: Standard models available from 22 liters to 300 liters
Application Scenarios:
– Laboratory testing and drying applications
– Educational institutions for science experiments
Pros:
– High temperature capability up to 250°C
– Customizable sizes and capacities available
Cons:
– High cost at $10,000.00
– Limited information on specific features and accessories
Hot Air Oven – Padmatech Industries Pvt. Ltd.
Product Details: Hot Air Oven – An electrical device that uses dry heat to sterilize materials, with temperature control ranging from 50 to 300°C. Designed for high-quality drying and baking applications in various industries.
Technical Parameters:
– Temperature range: 50 to 300°C
– Material: Stainless steel interior, powder-coated steel exterior
Application Scenarios:
– Laboratories for sterilizing glassware and instruments
– Pharmaceutical industry for drying and sterilization of materials
Pros:
– Uniform heat distribution due to forced air circulation
– Precise digital temperature controls for accurate settings
Cons:
– Limited to heat-resistant materials
– Potentially high energy consumption if not used efficiently
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Laboratory Hot Air Oven, Hot Air Oven Manufacturer – DIGISYSETM | DIGISYSETM is a leading hot air oven manufacturer, established in 1971, focused on research and development of laboratory hot air ovens. | – Cutting-edge technology products – Commitment to innovation | – Specific technical specifications not provided – Limited information on product range | www.digisystemlab.com |
| Lab Hot Air Oven, Dry Heat Sterilization Manufacturers Uses, Types | Hot air ovens are electrical devices which use dry heat to sterilize. They are designed for baking, drying & de-pyrogenation in laboratories, microbio… | – User-Friendly and Rugged construction – High-Quality Imported Circulatory fan | – Limited to high-temperature applications – Requires careful handling due to high temperatures | yatherm.com |
| Hot air oven, Hot air furnace – All industrial manufacturers | Hot air ovens are used for drying, baking, and preheating various materials or specimens through hot air circulation methods to achieve uniform temper… | – Uniform temperature distribution for effective drying – Versatile applications across various industries | – Limited to specific temperature ranges – May require additional equipment for certain applications | www.directindustry.com |
| Hot air oven – All medical device manufacturers | Hot air ovens are used for various heating applications in medical and industrial settings, offering a range of temperature controls and capacities. | – Reliable and powerful units – Wide range of temperature settings | – Potentially high operation costs – Limited to specific applications | www.medicalexpo.com |
| Laboratory Hot Air Oven Price, Manufacturer and Supplier – prestogroup | Laboratory Hot Air Oven designed to detect changes in physical characteristics of materials at elevated temperatures, suitable for rubber and plastic… | – Reliable and time-tested instrument. – Uniform distribution of heat. | – Requires calibration and maintenance. – May have a higher initial cost compared to cheaper alternatives. | www.prestogroup.com |
| Laboratory Ovens | Hot Air Ovens – Labtron | Labtron Laboratory ovens provide temperature control capabilities for consistent results, including drying, sterilization & material testing. They fea… | – Advanced safety features – Durable construction | – Limited temperature range for some models – Potentially high cost |
| Hot Air Oven – Hot Air Oven Manufacturers | Hot Air Oven Manufacturers … | Hot Air Oven (Digital) – Model: MKSI-101-Series, manufactured by M.K. Scientific Instruments. | – Double-walled construction for insulation – Microprocessor-based temperature control for accuracy | – Limited temperature range – Potentially high power consumption |
| Hot Air Oven Manufacturer, Supplier & Exporter – BiotechnologiesInc | Bio Gene Hot Air Oven | – Widely used in various industries – Suitable for delicate and rugged parts | – Generic specifications – Limited detailed features provided | www.biotechnologiesinc.com |
| Hot Air Oven Lab Equipment Manufacturer and Supplier in America – Lss … | Hot Air Oven systems offer continuous temperature up to 250°C and feature safe operation, allowing operators to perform their tests worry-free. | – High temperature capability up to 250°C – Customizable sizes and capacities available | – High cost at $10,000.00 – Limited information on specific features and accessories | www.lssamerica.com |
| Hot Air Oven – Padmatech Industries Pvt. Ltd. | Hot Air Oven – An electrical device that uses dry heat to sterilize materials, with temperature control ranging from 50 to 300°C. Designed for high-qu… | – Uniform heat distribution due to forced air circulation – Precise digital temperature controls for accurate settings | – Limited to heat-resistant materials – Potentially high energy consumption if not used efficiently | padmatechindustries.com |
Frequently Asked Questions (FAQs)
What is a hot air oven used for?
A hot air oven is primarily used for drying, sterilizing, and baking materials in various industries, including pharmaceuticals, food processing, and laboratories. It provides uniform heat distribution, ensuring that items are evenly treated, which is essential for effective sterilization and drying processes.
How do I choose the right hot air oven for my needs?
When selecting a hot air oven, consider factors like capacity, temperature range, and specific features such as programmable controls or safety mechanisms. Assess your application requirements and the materials you’ll be using to ensure the oven meets your operational needs.
What are the key features of a quality hot air oven?
A quality hot air oven should have precise temperature control, uniform air circulation, and reliable safety features. Look for models with digital displays, adjustable shelves, and easy-to-clean interiors. These features enhance usability and ensure consistent results in your processes.
How often should I maintain my hot air oven?
Regular maintenance is crucial for optimal performance. You should inspect and clean your hot air oven at least once a month, checking for any wear and tear. Additionally, perform a thorough calibration and servicing annually to ensure it operates efficiently and safely.
Can hot air ovens be customized for specific applications?
Yes, many manufacturers offer customization options for hot air ovens. You can request specific sizes, temperature ranges, and additional features tailored to your unique requirements. Discuss your needs with the manufacturer to find the best solution for your application.