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"Industrial Oven for Lab Glassware Heating"

"ESAW India High Temperature Industrial Oven for Labs"

"Best Industrial Oven for Students and Engineering Colleges"

"Heavy-Duty Lab Oven for Chemistry and Industrial Use"

Shop Industrial Oven – Heavy-Duty Lab Heating Equipment | ESAW India

Model No : IO-115

Regular price Rs. 0.00
Tax included.Shipping calculated at checkout.
Capacity: 340 Ltrs.
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Delivery Period

3-5 Working Days

Replacement

3 Days Replacement as standard, Free of Cost

Dedicated Support

Support from 9:30 AM to 6:00 PM everyday

Description

    Process Value: Significance, Applications, and Uses

    Significance: Production Scalability

    Industrial Ovens are critical for enabling **high-volume, consistent thermal processing** essential for modern manufacturing. They ensure that processes like curing, drying, and pre-heating are uniform and repeatable across large batches, supporting quality control in automotive and aerospace sectors in **Pune and Bangalore**.

    Applications: Heat Treatment Cycles

    Key applications include **Curing** composite materials and protective coatings, **Drying** large components or materials (e.g., in foundries), and low-temperature **Annealing** or **Stress Relieving** of metals. The customizable size and temperature profiling are central to their utility.

    Uses: Diverse Manufacturing Sectors

    Used by **Automotive Suppliers** (paint and adhesive curing), **Aerospace Manufacturers** (composite curing in **Hyderabad**), **Electronics Assembly** (burn-in and testing), and **Heavy Engineering** (pre-heating molds or stress relief) throughout manufacturing zones like **Gujarat, Tamil Nadu, and Punjab**.

    Technical Description: Robust Construction and Thermal Control

    Heavy-Duty Engineering for Sustained Operation

    The Medico **Industrial Oven** series represents a major step up from standard laboratory ovens, designed for **continuous, heavy-duty operation** and handling large volumes of product. These systems are highly customizable, available as **batch ovens** (for large, single loads) or **continuous/conveyor ovens** (for high-throughput production lines). Construction emphasizes durability, featuring heavy-gauge mild steel or stainless steel exteriors, thick, specialized insulation (mineral wool or high-density ceramic fiber), and robust heating elements that can withstand extended cycles.

    Our Industrial Ovens employ powerful **forced air circulation** (often multiple fans) to achieve exceptional temperature uniformity, which is critical for curing large, geometrically complex components. We equip them with advanced PLC or multi-segment PID controllers for precise programming of complex ramp/soak/cool profiles. This ensures optimal process efficiency and meets strict quality standards demanded by manufacturers in major industrial zones, making Medico a top-ranking supplier for thermal solutions across **India** and internationally.

    Key Industrial Features

    • **Operating Range:** Up to $300^\circ\text{C}$ (Standard), higher capacity available
    • **Air Flow:** High-Volume Forced Convection
    • **Construction:** Heavy-Gauge Mild/Stainless Steel
    • **Door:** Heavy-Duty, Insulated, Cam-Latched Doors
    • **Control:** Advanced PLC/PID Programming
    • **Size:** Custom Chamber Dimensions (Batch or Continuous)
    • Industrial Curing Oven
    • Large Batch Oven
    • Conveyor Oven Manufacturer
    • Heavy-Duty Drying Oven
    • Powder Coating Oven Price
    • Industrial Heat Treatment Furnace

    Global Supply Chain for Industrial Solutions

    • India
    • USA
    • Canada
    • Germany
    • UK
    • UAE
    • Saudi Arabia
    • South Korea
    • Mexico
    • Brazil
    • Australia

    Related Equipment and Manufacturing Categories

    Frequently Asked Questions for Industrial Buyers

    1. What is the difference between a Batch and a Conveyor Oven?

    A **Batch Oven** is loaded once and the entire batch is processed simultaneously, then unloaded. A **Conveyor Oven** uses a continuously moving belt to transport parts through heated zones, allowing for non-stop, high-volume production.

    2. How is thermal uniformity ensured in such large chambers?

    Uniformity is maintained through the strategic placement of powerful **recirculation fans** and internal ductwork. This high-volume air movement ensures that air is continually drawn across the heating elements and distributed evenly throughout the large chamber volume.

    3. Can these ovens handle volatile organic compounds (VOCs) from curing?

    Standard Industrial Ovens are not designed to safely handle high concentrations of VOCs. For such applications, specialized ovens with **integrated exhaust systems or afterburners (thermal oxidizers)** are required to meet environmental and safety standards.

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