Drying Oven LDO-T411

Introduction

Drying Oven features a medium 140 L chamber to support mid-level sample loads. Its noise level of 68 dB(A) ensures quiet operation in shared lab spaces. The unit reaches a maximum temperature of +260 °C using a forced convection air duct system. Cold-rolled steel exterior with powder coating ensures long-term corrosion resistance. Perfect for research, quality control, and sample curing in academic and industrial labs.

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 supports moderate sample processing needs across university labs, testing facilities, and quality control departments. It is perfect for general-purpose drying and routine laboratory procedures.

Specifications

Capacity	140 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	2.7 kW
Internal Dimensions (D×W×H)	500×550×500 mm
External Dimensions (D×W×H)	680×710×1020 mm
Weight	75 Kg

Features

Forced convection airflow

Rapid temperature rise

Vertical air circulation

Adjustable shelf height

Over-temperature safeguard

Glass wool insulation

Vertical electric design

FAQs

1. What makes the Drying Oven reliable for high-demand laboratory tasks?

The Drying Oven is engineered to meet the drying, baking, and thermal treatment needs of intensive lab environments. It uses a vertical chamber design and a digital controller for accurate temperature regulation, even during extended usage. The increased power capacity ensures faster temperature rise and stable performance over long durations. This makes it suitable for applications in pharmaceutical labs, material testing, and electronics industries.

2. Can the Drying Oven be used for drying large or varied sample types?

Drying Oven provides adjustable shelf configurations, allowing users to modify the chamber layout based on sample size or volume. Its internal stainless steel chamber supports corrosion-free use even with reactive materials. With a higher power rating of 2.7 kW, the oven is capable of handling large drying loads efficiently. This flexibility supports use across multiple disciplines including biology, chemistry, and engineering.

3. What kind of materials is the Drying Oven constructed with, and how does that affect durability?

This Drying Oven features a cold-rolled steel exterior with a corrosion-resistant coating and a fully welded stainless steel interior. This build provides long-term resistance to wear, high temperatures, and chemical exposure. The chamber design also includes high-grade insulation materials that minimize heat loss and contribute to energy efficiency. Its structural integrity ensures that it performs consistently even under frequent lab use.

4. What are the maintenance requirements of a Drying Oven?

The Drying Oven requires minimal routine maintenance thanks to its durable construction and simple design. Cleaning the stainless steel inner chamber is easy and doesn’t require special tools. Periodic checks of the heating elements and digital controller help ensure ongoing reliability. The adjustable shelves also make it convenient to access and clean the chamber thoroughly.

5. Can the shelf height inside the Electric Blast Drying Oven be adjusted?

Yes, the shelves inside the drying oven can be adjusted to accommodate samples of various sizes. This flexibility allows efficient use of the chamber space. Users can customize shelf positions according to the volume and shape of materials being processed. Adjustable shelving enhances operational convenience and maximizes throughput. It is particularly useful in labs handling diverse sample types.