Elevate your laboratory’s thermal processing capabilities with our Hot Air Oven, designed for precision and reliability in maintaining optimal temperatures for various applications.
Temperature upto 2500C Accuracy +/-10C double walled, inner chamber of anodized Aluminium/Stainless Steel, Elements or three sides.
Sr. No. | Chamber Size(HxWxD) | No. of Shelves | Capacity(approx.) Liters. | |
mm | Inches. | |||
A | 300x300x300 | (12”x12”x12”) | 2 | 28 |
B | 350x350x350 | (14”x14”x14”) | 2 | 45 |
C | 400x400x400 | (16”x16”x16”) | 2 | 65 |
D | 450x450x450 | (18”x18”x18”) | 2 | 95 |
E | 600x450x450 | (24”x18”x18”) | 2 | 125 |
F | 600x600x600 | (24”x24”x24”) | 2 | 224 |
G | 900x600x450 | (36”x24”x18”) | 2 | 252 |
H | 900x600x600 | (36”x24”x24”) | 2 | 336 |
I | 900x900x900 | (36”x36”x36”) | 3 | 720 |
Optional:
(i) Air circulating fan
(ii) Timer 0-24 hours
(iii) Digital temp. Indicator-cum-Controller
(v) Microprocessor PID digital temp. Indicator-cum-controller with timer
(vi) Digital temp. indicator.
Elevate your laboratory’s thermal processing capabilities with our Hot Air Oven, designed for precision and reliability in maintaining optimal temperatures for various applications. The Hot Air Oven Model MIC-11710 from Micron is a top rated instrument for laboratory drying, sterilization, and thermal processing applications. With temperature capability up to 250°C and accuracy of ±1°C, these ovens provide reliable performance for glassware drying, sample preparation, and heat treatment. The double-walled construction with anodized aluminum or stainless steel inner chamber provides excellent insulation and temperature stability. For laboratories seeking the best hot air oven for routine drying and sterilization, the MIC-11710 is an outstanding choice.
One of the best features of the MIC-11710 hot air oven is its wide range of capacity options. Available in sizes from 28L to 720L, these ovens accommodate the needs of small research labs to large industrial facilities. The heating elements on three sides provide uniform temperature distribution throughout the chamber. The double-walled construction with insulation minimizes heat loss and improves energy efficiency. The anodized aluminum or stainless steel inner chamber provides excellent durability and corrosion resistance. The adjustable shelves allow flexible configuration for different sample sizes. Its capacity range, temperature uniformity, and construction quality make it a top rated hot air oven for diverse laboratory applications.
250°C Maximum Temperature: High-temperature capability with ±1°C accuracy for drying, sterilization, and heat treatment applications.
Nine Capacity Options from 28L to 720L: Wide range of sizes accommodates any laboratory from small research to large industrial facilities.
Three-Side Heating Element Design: Heating elements on three sides provide uniform temperature distribution throughout the chamber.
Double-Walled Insulated Construction: Glass wool insulation minimizes heat loss and improves energy efficiency.
Anodized Aluminum or Stainless Steel Chamber: Choice of durable, corrosion-resistant inner chamber materials.
Optional Forced Air Circulation: Air circulating fan option provides forced convection for faster temperature recovery and improved uniformity.
Optional Programmable Timer: 0-24 hour timer allows timed drying and sterilization protocols with automatic shutoff.
Optional Microprocessor PID Controller: Advanced digital controller with timer offers precise temperature management for complex thermal protocols.
Glassware Drying: Essential for drying laboratory glassware after washing for contamination-free use.
Sample Preparation: Ideal for drying and heat-treating samples before analysis or further processing.
Sterilization: Suitable for dry heat sterilization of glassware and heat-stable materials.
Pharmaceutical Stability Testing: Perfect for drug stability studies requiring controlled high-temperature conditions.
Material Testing: Excellent for heat treatment and conditioning of materials for quality control testing.
Research Laboratory Thermal Processing: Ideal for various research applications requiring precise high-temperature control.
