Far Infrared Fast Drying Oven LIDO-T2011

Introduction

Far Infrared Fast Drying Oven features storage capacity of 138L and ensures temperature uniformity of ±3.5%. Equipped with far-infrared heating radiator and temperature control system. Reinforced tempered glass window allows safe observation without affecting internal conditions. operation. Ideal for moisture-sensitive materials in pharma, ceramics, agriculture and textile industries.

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 Far Infrared Fast Drying Oven is widely used for drying moisture-sensitive materials in pharma, ceramics, agriculture and textile industries.

Specifications

Volume	138L
Temperature Range	RT+5℃ to 300℃
Temperature Fluctuation	±1℃
Temperature Resolution	0.1℃
Temperature Uniformity	Less than or equal to ±3.5% within Maximum Temperature
Shelves	2
Power Consumption	2800W
Power Supply	220V,50Hz
Interior Dimension	500mm × 500mm × 550mm
Exterior Dimension	780mm × 690mm × 800mm
Net Weight	76kg
Gross Weight	111kg

Features

Mechanical thermostat integration

Leakage protection

RS485 communication port

Adjustable shelves

Anti-corrosive chamber

FAQs

1. What temperature range and precision do the Far Infrared Fast Drying Oven offer?

Far Infrared Fast Drying Oven operates from ambient +5°C up to 300°C maximum. 0.1°C resolution enables fine set-point selection. ±1°C fluctuation maintains stable process conditions. Temperature uniformity remains within ±3.5% chamber-wide. Far-infrared radiators accelerate heating without overshoot. Mechanical thermostat backup preserves settings during control fault.

2. How does Far Infrared Fast Drying Oven improve drying efficiency?

Far Infrared Fast Drying Oven emits energy absorbed directly by samples. Rapid heat transfer shortens overall drying cycle times. Natural-convection airflow avoids disturbing delicate materials. Optimised ducting distributes heat evenly across both shelves. Uniformity ±3.5 % prevents edge-to-centre temperature gaps. Enhanced throughput lowers energy consumption per batch.

3. What safety mechanisms safeguard users and specimens?

The Far Infrared Fast Drying Oven features mechanical thermostat integrates as fail-safe temperature governor. Leakage protection instantly interrupts power on electrical fault. Reinforced tempered-glass window endures thermal stress safely. Anti-corrosive stainless chamber resists chemical attack and rust. Cool-touch handle protects operators from accidental burns. Alarms notify staff immediately on parameter deviations.

4. Which control and data features simplify operation in the Far Infrared Fast Drying Oven ?

The Far Infrared Fast Drying Oven features large displays set-points, actual values and program status. Multi-segment programming allows timed ramp-soak profiles. Real-time countdown and audible finish alert improve oversight. port enables remote supervision or data capture. Memory stores frequently used drying recipes for quick recall. Intuitive keypad layout reduces training time and input errors.

5. Where is the Far Infrared Fast Drying Oven typically employed?

The Far Infrared Fast Drying Oven is used in pharmaceutical labs dry moisture-sensitive powders and granules. Ceramic workshops pre-dry clay pieces before firing cycles. Agricultural centres reduce seed moisture for stable storage. Textile finishing lines set dyes without fibre damage. Research facilities run stability or ageing studies at temperature.

6. What is an Infrared Fast Drying Oven and how does it work?

Infrared Fast Drying Oven uses far-infrared radiation to heat materials rapidly. The radiation penetrates into the sample, allowing fast and uniform moisture removal. Unlike conventional ovens, they reduce drying time significantly without direct air circulation. This method ensures efficient, non-contact drying while maintaining material integrity. Ideal for applications requiring speed and surface precision. Commonly used in research labs and industrial processes.

7. What are the key advantages of an Infrared Fast Drying Oven?

Infrared Fast Drying Ovens offer rapid drying, energy efficiency, and uniform heat distribution. The deep penetration of infrared rays ensures even drying without hot spots. They minimize surface damage and is gentle on heat-sensitive materials. Non-contact heating reduces contamination and allows for clean operation. Adjustable temperature and timing controls provide flexibility for varied samples. Perfect for labs needing fast throughput and consistent results.

8. What types of samples or materials can be dried in Infrared Fast Drying Oven?

The Infrared Fast Drying Oven are suitable for drying powders, fabrics, glassware, pharmaceuticals, and food samples. They are especially effective for materials that retain surface moisture or require quick drying. Infrared drying is gentle, making it suitable for biological or organic materials. These are used in pharmaceutical, chemical, textile, food, and electronics industries. They support both routine lab work and small-scale industrial testing. Custom shelves and temperature ranges enhance application versatility.

9. What safety and control features are typically included in the Infrared Fast Drying Oven?

Infrared Fast Drying Oven feature over-temperature protection, timers, and programmable controllers. Reinforced outer casing and insulated chambers enhance operator safety. Some include displays, data logging, and RS485 communication ports. These are built with stainless steel interiors ensure easy cleaning and corrosion resistance. Optional alarms and password lock functions improve user security. These features ensure precise, safe, and repeatable drying cycles.