Hot Air Oven OPX-216

Hot Air Oven OPX-216

  • By Chetan Kumar
  • July 23, 2026
  • 0 Comment

×

Product Inquiry

Fill out the form below and we will get back to you.

    Description

    Technical Specifications

    Specification Details
    Product Name Laboratory Hot Air Oven
    Internal Model No. OPX-HAO Series
    Product Type Universal Laboratory Hot Air Oven
    Construction Double-Wall Insulated
    Outer Body Powder-Coated Mild Steel
    Inner Chamber Anodized Aluminum / Stainless Steel
    Temperature Range Ambient +5°C to 250°C
    Temperature Accuracy ±1°C
    Temperature Controller Analog Thermostat / Optional Digital PID Controller
    Heating System Tubular Heating Elements on Three Sides
    Air Circulation Natural Convection / Optional Forced Air Circulation
    Shelves Two Adjustable Shelves (Standard)
    Display Analog / Digital LED (Optional)
    Insulation High-Density Glass Wool Insulation
    Door Type Solid Insulated Door
    Power Supply 220–230V AC, 50 Hz
    Timer Optional Digital Timer
    Safety Over-Temperature Protection (Optional)
    Usage/Application Dry Heat Sterilization, Drying, Ageing, Heat Treatment
    Compliance Manufactured as per Standard Laboratory Equipment Practices

    Features

    • Double-wall insulated construction for thermal efficiency
    • Temperature range up to 250°C
    • Anodized aluminum or stainless-steel inner chamber
    • Uniform dry heat distribution throughout the chamber
    • Heavy-duty tubular heating elements
    • Adjustable removable shelves
    • Digital PID temperature controller available as an option
    • Durable powder-coated steel exterior
    • Multiple chamber capacities
    • Suitable for continuous laboratory operation

    Benefits

    • Provides reliable dry-heat sterilization for laboratory equipment
    • Maintains consistent temperature for repeatable laboratory results
    • Reduces operating costs through efficient insulation
    • Corrosion-resistant chamber offers long service life
    • Multiple chamber sizes suit different laboratory workloads
    • Supports drying, curing, ageing, and heat treatment applications
    • Delivers dependable performance for institutional and industrial laboratories

    Available Variants

    Chamber Size Approximate Capacity Shelves
    300 × 300 × 300 mm 28 Litres 2
    350 × 350 × 350 mm 45 Litres 2
    400 × 400 × 400 mm 65 Litres 2
    450 × 450 × 450 mm 95 Litres 2
    600 × 450 × 450 mm 125 Litres 2
    600 × 600 × 600 mm 224 Litres 2
    900 × 600 × 450 mm 252 Litres 2
    900 × 600 × 600 mm 336 Litres 2
    900 × 900 × 900 mm 720 Litres 2

    Optional Configurations

    • Digital Temperature Controller
    • PID Microprocessor Controller
    • Forced Air Circulation System
    • Digital Timer
    • Stainless Steel Inner Chamber
    • Over-Temperature Safety Thermostat
    • Observation Window
    • Additional Shelves
    • Automatic Voltage Stabilizer
    • Customized Chamber Sizes

    Applications

    • Dry Heat Sterilization
    • Glassware Drying
    • Pharmaceutical Laboratories
    • Microbiology Laboratories
    • Hospitals
    • Biotechnology Research
    • Universities & Colleges
    • Food Testing Laboratories
    • Chemical Industries
    • Industrial Quality Control
    • Material Testing
    • Research Institutes

    Why Choose Our Products

    • Precision-engineered for reliable temperature control
    • Durable insulated construction for continuous laboratory use
    • Available in multiple capacities with customization options
    • Strict quality inspection before dispatch
    • Reliable technical support and bulk supply capability

    Frequently Asked Questions

    What is a Laboratory Hot Air Oven used for?

    A Laboratory Hot Air Oven is used for dry heat sterilization, glassware drying, ageing studies, heat treatment, curing, and laboratory sample conditioning. It is widely used in pharmaceutical, microbiology, research, and industrial laboratories.

    What temperature range does the oven support?

    The oven operates from approximately 5°C above ambient up to 250°C, making it suitable for laboratory drying and dry-heat sterilization applications.

    Can the oven be supplied with a digital PID controller?

    Yes. Digital PID temperature controllers, programmable timers, forced air circulation systems, and additional safety features are available as optional configurations.

    What chamber sizes are available?

    Standard capacities range from 28 litres to 720 litres. Customized chamber sizes and shelving arrangements can also be manufactured according to laboratory requirements.

    Is the oven suitable for continuous laboratory operation?

    Yes. The insulated cabinet, durable heating elements, and robust construction make it suitable for continuous laboratory use when operated according to recommended guidelines.

    Can customized models be manufactured?

    Yes. Customized chamber dimensions, voltage specifications, temperature controllers, shelving, and additional accessories are available for institutional and industrial projects.

    How should the hot air oven be maintained?

    Regular cleaning of the chamber, inspection of heating elements, verification of temperature accuracy, and periodic servicing of electrical components help maintain long-term performance.

    Do you supply Hot Air Ovens in bulk?

    Yes. Bulk orders are accepted for universities, pharmaceutical companies, hospitals, research institutes, government laboratories, OEM partners, distributors, and industrial facilities.

    How is the oven packed for shipment?

    Each oven is packed using protective industrial packaging. Export models are supplied in reinforced wooden crates to protect the chamber and control panel during transportation.

    What is the expected delivery time?

    Delivery depends on capacity, optional accessories, customization requirements, and order quantity. Standard models generally have shorter production and dispatch schedules.

    Chetan Kumar

    Chetan Kumar is the Co-Founder of OPXICA Industries, a trusted manufacturer of microscopes and laboratory equipment. With hands-on experience in microscope design, manufacturing, and quality control, he is passionate about delivering precision-engineered scientific instruments for education, healthcare, research, and industrial laboratories. Through the OPXICA blog, he shares practical insights, buying guides, and technical knowledge to help customers choose the right microscope and laboratory solutions.

    Leave a Reply

    Your email address will not be published. Required fields are marked *