Laboratory Oven

Laboratory Oven

Laboratory oven ambient to 300°C, ±1°C uniformity. For sample drying, annealing, and stability studies in pharma and R&D labs. Get a quote.

Laboratory ovens are heated chambers designed for controlled thermal processing of materials, components, and assemblies. Unlike simple heating devices, precision laboratory ovens maintain strict temperature uniformity across all internal locations, critical for process repeatability and product quality. Indeecon offers three categories: Laboratory (benchtop, 50-150L), Industrial (floor-mounted, 250-1000L), and High-Temperature Specialist units (1000L+, up to 500°C).

Key Specifications

  • Temperature range: Ambient +10°C to 250°C / 300°C
  • Forced air circulation for uniform heating
  • Precise digital PID temperature control
  • Stainless steel interior for durability
  • Multiple shelf levels for flexible loading

Key Features

  • Dynamic Airflow Engineering: Horizontal/vertical forced-air circulation ensures uniform heating across all shelves
  • Triple-Walled Thermal Barrier: SS-304 interior + powder-coated exterior + thick insulation layer minimizes heat loss
  • Precision Air Exchange: Adjustable fresh-air intake and exhaust vent for VOC/moisture purging
  • Rapid Heating: 3-6°C/min heating rate for time-critical applications
  • Temperature Uniformity: ±2°C (Lab), ±5°C (Industrial), ±5-10°C (High-Temp)
  • Dual-Safety Integration: Digital PLC + mechanical thermal fuse prevents overshoot
  • Heavy-Duty Shelving: SS Mesh trays (lab), perforated industrial (standard), reinforced for high-temp
  • Multiple Temperature Ranges: Lab (50-250°C), Industrial (50-300°C), High-Temp (50-500°C)
  • Dynamic Airflow Engineering: Precision-designed horizontal/vertical forced-air circulation guarantees uniform temperature distribution across all shelves, eliminating hot/cold spots that compromise product quality.
  • Triple-Walled Thermal Barrier: SS-304 interior chamber + powder-coated mild steel exterior + thick ceramic/refractory insulation ensures minimal heat loss and stable external temperatures.
  • Precision Air Exchange System: Adjustable fresh-air intake and exhaust vent allows controlled VOC and moisture purging, essential for PCB moisture-baking and organic material processing.
  • Dual-Safety Integration: Digital PLC overshoot prevention + mechanical thermal fuse backup ensures safe operation even during control system failures.
  • Indeecon laboratory ovens combine precision engineering with industrial durability. Our dynamic airflow technology ensures ±2°C uniformity in lab models, critical for reproducible results. Every unit undergoes temperature mapping validation and comes with calibration certificates. We offer custom configurations for aerospace, pharmaceutical, and research applications.

Applications

  • PCB & Electronics Manufacturing
  • Powder Coating & Paint Curing
  • Aerospace & Defence Components
  • Chemical & Pharmaceutical Processing
  • Material Aging & Accelerated Life Testing
  • Polymer & Composite Processing
  • Ceramics & Refractories
  • Food & Agriculture Research

Compliance Standards

  • J-STD-033 (SMD Component Moisture Baking)
  • AMS2750 (Aerospace Heat Treatment)
  • IS 10616 (Laboratory Ovens - Safety)
  • IEC 61010-1 (Laboratory Equipment Safety)
  • ISO 5259 (Heating Equipment)
  • BEE Star Labeling (Energy Efficiency)

Safety Features

  • Independent over-temperature safety cut-off
  • Safety thermostat to prevent heater overheating
  • High-temperature door gasket for safe sealing
  • Electrical protection system with circuit breakers

Optional Features

  • Digital timer for timed drying cycles
  • Inner glass door for sample observation
  • Data logging and RS485 communication
  • Custom chamber sizes and additional shelving

How It Works

  1. Place samples or glassware on the shelves within the chamber
  2. Close the door and set the desired temperature on the controller
  3. Forced air circulation ensures uniform heat distribution
  4. Samples reach the target temperature and are held as required
  5. Open the door carefully once the process is complete

Datasheets & Resources

  • Temperature Range
  • Temp Accuracy
  • Volume Range

Frequently Asked Questions

What's the difference between laboratory and industrial ovens?

Lab ovens (50-150L) prioritize precision uniformity (±2°C) for small batches and research. Industrial ovens (250-1000L) handle larger volumes with ±5°C uniformity. High-temp units sacrifice some uniformity for extreme temperature capability.

Can these ovens handle corrosive fumes?

Our precision air exchange system can be configured with chemical filtration (activated carbon, HEPA) for VOC/fume extraction. Specify your application for custom vent design.

How long does a temperature mapping validation take?

Factory temperature mapping (9-16 points) takes 4-6 hours. Field validation with customer's sensors can be arranged before handover.

Are these ovens suitable for pharmaceutical cleanrooms?

Yes. We offer cleanroom-compatible models with HEPA filtration, stainless steel construction, and pharmaceutical-grade materials. Specify Pharma Grade variant.

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