Drying Oven LDO-T410

Introduction

Drying Oven has a compact 72 protection for safe usage. Best for general lab drying, baking, and sterilization in university or research setups.

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 Drying Oven is ideal for basic drying, heating, and sterilization tasks in research and educational laboratories. It is best suited for light-duty workflows in compact lab environments.

Specifications

Capacity	72 L
Maximum Temperature	+260℃
Minimum Temperature	Room temperature +20℃
Heating Time	Room temp to +260℃ ≤ 90 min
Temperature Fluctuation	Less than or equal to ±0.5℃
Temperature Uniformity	Less than or equal to ±2.5%
Controller	Digital controller
Heater	Nickel-chromium wire
Noise Level	68 dB(A)
Voltage	AC 220V
Power Supply	1.8 kW
Internal Dimensions (D×W×H)	400×450×400 mm
External Dimensions (D×W×H)	580×610×900 mm
Weight	65 Kg

Features

Over-temperature protection

Forced airflow design

Adjustable shelves

Reliable insulation system

Superior heat stability

Argon arc welding

Sealing rubber strip

FAQs

1. What is the main benefit of using the Drying Oven in small-scale laboratories?

The Drying Oven is ideal for small-scale labs due to its compact 70 L capacity, which makes it space-efficient without compromising on performance. design supports fast heating with uniform temperature distribution. The oven operates with low noise, making it suitable for sensitive lab environments. It is well-suited for tasks like material drying and sample preparation.

2. How does Drying Oven ensure consistent heating performance?

Drying Oven is equipped with a digital temperature controller that self-adjusts for accuracy. The forced convection air duct system provides even temperature distribution throughout the chamber. Stainless steel interior construction minimizes heat loss and enhances thermal consistency. The unit’s 1.8 kW heating capacity ensures rapid recovery after door openings.

3. Is the Drying Oven energy efficient for long usage hours?

Drying Oven is engineered with thermal insulation materials to reduce energy loss. The nickel-chromium heating wire heats efficiently while the convection system ensures even airflow. Consistent performance lowers the need for excessive reheating cycles. The result is efficient energy usage during prolonged operations.

4. What are the structural advantages of the Drying Oven ?

The Drying Oven has a strong outer body made of cold-rolled steel with a spray-painted finish, offering corrosion resistance and durability. Inside, the stainless steel chamber is welded with an argon arc process, making it robust and easy to clean. The oven’s shelves are adjustable, allowing users to configure the chamber space according to their sample sizes. focus on material quality ensures long-term, maintenance-friendly performance.

5. How does the airflow system in the Drying Oven improve performance?

Drying Oven uses a forced convection system that rapidly circulates heated air throughout the interior. This airflow ensures uniform temperature distribution, helping prevent uneven drying or hot spots. The efficient heat transfer reduces overall drying time and increases batch consistency. Such performance is especially beneficial for labs that require repeatable and reliable results.

6. Can the Drying Oven be used in educational or training laboratories?

The Drying Oven is a perfect fit for educational institutions due to its intuitive controls, safety features, and reliable performance. Its clear digital display allows students to monitor and learn temperature control in real time. The durable design withstands repeated use, making it suitable for hands-on lab training. The unit also supports a wide range of experiments commonly conducted in university labs.