High Temperature Drying Oven LHDO-T2013

Introduction

High Temperature Drying Oven with a spacious 960 L chamber is well-suited for large-volume sample processing. It offers a temperature range of RT+5°C to 400°C and a 0.1°C display resolution for precise thermal control. A ceramic heat-seal door provides excellent insulation during extended high-temperature use. The multi-step for desiccation and other heat-based processes in research.

This laboratory ovens is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our High Temperature Drying Oven is ideal for bulk drying, heat treatment, and material analysis tasks. It supports applications such as dehydration, hardening, paraffin melting, and sterilization across industrial labs, research centers, and production facilities.

Specifications

Chamber Volume	960 L
Number of Shelves	2 pcs
Temperature Range	RT + 5°C to 400°C
Temperature Display Resolution	0.1°C
Temperature Stability	± 0.5°C
Ambient Temperature	+ 5°C to 40°C
Timing Range	0-9999 minutes
Power Supply	AC 380 V 50 Hz
Power Consumption	12KW
Internal Dimensions	1000 × 1200 × 800 mm
External Dimensions	1680 × 1550 × 1120 mm
Net Weight	250 kg
Gross Weight	280 kg

Features

• controller with over-temp alarm 
• Large-volume chamber
• Easy-to-clean stainless steel interior
• Smooth, hygienic corners

FAQs

1. Why is the High Temperature Drying Oven suitable for large-scale thermal operations?

High Temperature Drying Oven is designed with a generous 760?L chamber, making it well-suited for handling bulk sample loads. It performs reliably in processes like drying, wax melting, sterilization, and heat treatment. The powerful heating mechanism ensures uniform temperature distribution, making it efficient for demanding industrial and laboratory applications.

2. How does the controller enhance thermal programming and user control?

is equipped with a multi-step controller that allows users to customize heating cycles with up to 63 programmable steps. With built-in timing, scheduled start/stop functions, and workflow memory retention, it provides seamless and repeatable thermal operations. This level of control is ideal for complex and long-duration processes.

3. What structural features make a durable and user-friendly oven?

The oven’s interior is constructed with polished 304 stainless steel and smooth arc-shaped corners, promoting easy cleaning and hygienic usage. Its sturdy body and reinforced design are made to withstand high-temperature demands, while the long-lasting ceramic heat-seal door ensures proper insulation and energy efficiency over time.

4. How does ensure operator safety and process stability during operation?

The includes a controller with precise ±0.5°C temperature stability and an independent over-temperature alarm system. These features help prevent overheating, maintain process accuracy, and safeguard both the samples and user during extended use.

5. What built-in features improve workflow efficiency in ?

The oven includes auto memory for previously set parameters, reducing setup time for recurring tasks. The scheduled start/stop function allows unattended operation and better time management. attention to user convenience ensures consistent performance for research labs, production environments, and quality testing facilities.