Trade Mark No.: 2022609

HOT AIR OVEN

Hot Air Oven Manufacturers in India

Utilizing forced air circulation, hot air ovens are used in laboratories to perform effect of ageing on various physical properties of any type of materials including yarns, fabrics and paper etc; in addition, these forced air convection ovens are also used for high quality drying and baking applications in the field of laboratory, medical or biomedical and pharmaceutical and textile industries, where fast heat up and consistent temperature are prime requisite. Often known as hot air circulating ovens, these units are fitted with blower or fan inside in order to distribute hot air (warm air) in every corner of the inner chamber. Physical properties of materials are analyzed before and after ageing in order to find out their suitability for specific applications.

Our hot air oven systems offer continuous temperature up to 250°C and feature safe operation; allowing operators to worry-free perform their tests. Standard models of our hot air ovens are available from 22 liters to 300 liters volume; however, we can design and manufacture hot air ovens meeting customer provided temperature range, sizes and capacities. There are various optional accessories that our company can add on extra cost in order to make your working more comfortable. Under economical price, our hot air ovens deliver superior quality drying facilities.

What is Hot Air Oven?

A hot air oven is a laboratory equipment used for drying, baking, ageing tests, moisture removal and dry heat sterilization. It utilizes electric heating elements and forced air circulation to maintain uniform temperature throughout the chamber.

Hot Air Oven Working Principle

The hot air oven works on the principle of forced air convection. Heating elements generate heat while a motor driven fan circulates hot air uniformly throughout the chamber. A PT-100 sensor continuously measures temperature and the PID controller regulates heating to maintain the selected temperature accurately.

Hot Air Oven Diagram

Hot Air Oven Diagram and Working Principle
  • Outer Cabinet
  • Mineral Wool Insulation
  • Stainless Steel Inner Chamber
  • Heating Elements
  • Air Circulation Fan
  • PT100 Temperature Sensor
  • Adjustable Shelves
  • PID Temperature Controller
  • Ventilation Port
  • Safety Thermostat

Hot Air Oven Diagram showing heating elements, air circulation blower, PT100 sensor, controller and insulation arrangement.

Hot Air Oven Features:

Hot Air Oven Temperature Up to 250°C Temperature safety as per DIN 12880 Class 3.1
Precise and even heat distribution Noise-less fan
Safe for operator and samples Double walled construction
Removable stainless steel shelves Digital temperature controller
Over heat and over current protection Forced air circulation
Ventilation of gases Imported heating element

Applications of Hot Air Oven

  • Dry Heat Sterilization
  • Glassware Drying
  • Pharmaceutical Testing
  • Textile Ageing Test
  • Paper and Packaging Testing
  • Electronic Component Drying
  • Food and Beverage Laboratories
  • Research and Development Laboratories

Hot Air Oven Temperature:

Temperature Range: All hot air ovens provide temperature range 5°C above ambient to 120°C, 150°C, 180°C, 200°C and 250°C with accuracy of ±2°C. Temperature is controlled with mechanical temperature control (rotary knob) or by digital control(PID controller). For uniform rotation of heat inside the chamber noise-less fan is used for air circulation.

Construction: Each hot air oven is produced with double walled construction and made of 304 grades stainless steel with insulation of mineral wool for efficient thermal loss. In economical models, exterior chamber is made of powder coated MS, while 304 stainless steel is used as an option. Inner chamber is completely made of stainless steel, which is easy to clean and maintain. Shelves are made of painted steel and can be easily adjusted inside the chamber with ribs created inside the interior chamber walls.

Doors: Doors are double walled, made of MS steel (stainless steel optional) and also fully insulated with mineral wool, fitted on heavy hinges. Sturdy handle provides comfortable opening and closing. Doors open 180° in order to provide enough access to the heating chamber.

Heating Elements: For efficient heating, our hot air ovens are fitted with branded heating elements, nickel / chrome plated nichrome wire, kept inside the beads and placed at the bottom and both sides of the chamber.

Ventilation: For safe removal of hot gases and fumes air ventilators are provided near the top of the both sides.

Safety Features: For safe operation of hot air oven, several safety instruments are fitted; automatic circuit breaker turns off the unit in case of over temperature and other short circuits. Audio and visual alarms can be fitted as option, alert the user if temperature goes beyond the selection.

Hot Air Oven Dimensions

Model No. Inner Chamber
(W x D x H)
Volume
(Liters)
Load
(KW)
Shelves
(No’s)
BST/HAO-1122 300 x 300 x 300 mm 30 1.5 2
BST/HAO-1123 355 x 355 x 355 mm 45 1.5 2
BST/HAO-1124 455 x 455 x 455 mm 95 2.0 2
BST/HAO-1125 455 x 455 x 605 mm 125 2.2 3
BST/HAO-1126 605 x 605 x 605 mm 224 2.5 3
BST/HAO-1127 605 x 455 x 910 mm 252 2.5 3
BST/HAO-1128 605 x 605 x 910 mm 336 3.0 3

Hot Air Oven Technical Specifications

Temperature Range 5°C above ambient to 250°C maximum
Temperature Accuracy + / - 2°C
Temperature Uniformity + / - 1°C
Controls PID Controller
Temp Display LED Display
Sensor PT-100
Heating Element Nichrome wire / Kanthal A1
Safety device Over temperature protection
Electric leakage breaker
Temperature safety as per DIN 12880 Class 3.1
Exterior Chamber MS powder coated
Interior Chamber 304 stainless steel
Insulation Mineral Wool
Doors Solid doors w/ silicone rubber gasket & lock
Shelves 2 – 3 Stainless steel shelves (Removable)
Air Circulation Forced air circulation
Power Supply 220 Volts
Optional - Dot Matrix Printer interface
- Temperature chart recorder
- PLC Controller
- Stainless steel outer cabinet
- Audio / visual alarm
- IQ, OQ, PQ and DQ documentation
- Extra shelves
- Heating Thermostat
- NABL Certification
- Manufacturer calibration certificate

Bionics Scientific is a leading hot air oven manufacturer in India and supplies its hot air ovens all over India and overseas at highly competitive price. In-house engineering team allows customers to discuss their custom specifications, if they need any modifications in hot air oven or need completely a customized hot air oven; each requirement is fulfilled with unmatched quality performance and reliability.

Why Choose Bionics Scientific?

  • Custom designed hot air ovens
  • Temperature up to 250°C
  • DIN 12880 safety features
  • NABL calibration support
  • IQ/OQ/PQ documentation
  • 304 stainless steel chamber
  • Export worldwide
  • After sales technical support

Need a Custom Hot Air Oven?

Contact Bionics Scientific for hot air ovens up to 250°C with custom chamber sizes, PID controllers, calibration certificates and IQ/OQ/PQ documentation.

Request a Quote

Related Laboratory Equipment

Frequently Asked Questions

A hot air oven is used for drying, baking, ageing tests, moisture removal and dry heat sterilization in laboratories and industries. Bionics Scientific manufactures forced air circulation hot air ovens for pharmaceutical, textile, medical, research and testing applications.

A hot air oven works on forced air convection. Heating elements generate heat, while a blower circulates hot air uniformly inside the chamber. A PT-100 sensor and PID controller help maintain accurate and stable temperature during operation.

Bionics Scientific hot air ovens are available with temperature range from ambient +5°C up to 250°C maximum. Standard models are suitable for drying, baking, sterilization and material testing applications requiring controlled high temperature.

PT-100 RTD temperature sensors are commonly used in hot air ovens for accurate temperature measurement. The sensor sends feedback to the PID controller, which regulates the heating elements to maintain the selected temperature.

A hot air oven is used for drying, baking and sterilization at higher temperatures, while an incubator is used for biological growth and sample incubation at lower controlled temperatures. Both equipment serve different laboratory applications.

A hot air oven uses forced air circulation to dry or heat samples, while a vacuum oven removes air pressure from the chamber to dry heat-sensitive materials at lower temperatures. Vacuum ovens are preferred for delicate or oxidation-sensitive samples.

Hot air ovens are used in pharmaceutical, textile, food, medical, electronics, packaging, research and testing laboratories. They are suitable for drying, ageing, thermal testing, sterilization and moisture removal applications.

Yes, Bionics Scientific manufactures customized hot air ovens with different chamber sizes, temperature ranges, controllers, alarms, documentation, calibration certificates and optional accessories as per customer requirements.
Laboratory Hot Air Oven Manufacturers in India

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