Drying Oven LDO-T412

Introduction

Drying Oven is a vertical-type drying oven built with a high-capacity 240 L chamber for demanding workloads. Operates with temperature fluctuation control within ±0.5 °C to ensure thermal stability. Runs on 3.6 kW power for efficient heat delivery in extended operating periods. Shelves can be adjusted for better spatial organization and loading flexibility. Ideal for high-volume drying, baking, and heat treatment in production environments.

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 excels in high-load drying and thermal treatment across electronics, medicine, and material science fields. It is ideal for demanding workflows in research centers and large-scale production labs.

Specifications

Capacity	240 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	3.6 kW
Internal Dimensions (D×W×H)	600×650×600 mm
External Dimensions (D×W×H)	780×810×1180 mm
Weight	80 Kg

Features

Cold-rolled steel shell

Spray-coated exterior

Silicone rubber seal

Mechanical locking device

Thermal insulation layer

Air duct circulation

Safety over-temperature device

FAQs

1. How does the Drying Oven support high-capacity drying tasks in laboratories?

The Drying Oven is equipped with a 3.6 kW power supply, making it highly efficient for continuous drying and heat treatment of large sample loads. Its vertical design helps maximize chamber volume without occupying much lab space. The strong air circulation system ensures rapid and uniform heat distribution throughout the chamber. This makes it ideal for laboratories handling high-throughput drying processes across disciplines like chemistry, electronics, and materials research.

2. 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.

3. What noise level can be expected from the Drying Oven?

The oven produces a noise level of approximately 68 dB(A), which is moderate and suitable for laboratory environments. This noise level allows for relatively quiet operation even in shared lab spaces. The design minimizes vibrations and sound emissions during heating and airflow circulation. Users can work nearby without significant disturbance. This feature enhances lab comfort and usability.

4. Can users customize the interior of the Drying Oven for different sample sizes?

Drying Oven allows for adjustable shelf height to accommodate various sample sizes and volumes. Its vertical orientation also provides more stacking space within a compact footprint. This feature is especially useful for research setups involving multiple simultaneous experiments or items of varying dimensions. The internal chamber’s smooth, stainless-steel finish ensures easy cleaning and safe placement of different materials.

5. What safety features are included in the Drying Oven?

Drying Oven comes with an independent over-temperature protection system to prevent thermal overrun and ensure user safety. A silicone rubber sealing strip and mechanical locking mechanism help maintain chamber integrity and minimize heat leakage. The oven is also insulated with centrifugal glass wool, which reduces external surface heating and improves energy efficiency. These safety measures support long-term, safe operation in demanding environments.