What is a Constant Temperature Chamber used for?

It is used to maintain a stable temperature environment for testing, research, and storage applications in laboratories and industries.

What industries use Constant Temperature Chambers?

These chambers are widely used in pharmaceutical, biotechnology, environmental testing, and research laboratories.

Is the temperature range customizable?

Yes, Bio Gene offers customizable temperature ranges based on specific customer requirements.

How can I get the price?

Please contact Bio Gene directly through the website to get the latest pricing and quotation.

Constant Temperature Chamber Manufacturer, Exporter

Name: Constant Temperature Chamber
Brand: Bio Gene
SKU: Bio-001
Availability: InStock
Rating: 4.5 (125 reviews)

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Constant Temperature Chambers for Stability Testing & Conditioning

BioGene Constant Temperature Chambers are engineered for applications requiring stable and uniform temperature environments over extended periods. Manufactured and exported by Biotechnologies Inc., a leading Constant Temperature Chamber Manufacturer, Supplier & Exporter in India and Worldwide, these chambers are ideal for pharmaceutical testing, electronics aging, material conditioning, chemical stability studies, and biotech applications.
Built with advanced insulation, microprocessor-based temperature controllers, and uniform airflow systems, BioGene chambers deliver accurate performance with minimal fluctuation, ensuring dependable results even during extended test cycles. As a trusted Constant Temperature Chamber Manufacturer, Supplier & Exporter in India and Worldwide, BioGene chambers are developed in India and trusted globally, ensuring precise thermal stability for research, development, and quality assurance testing — fully compliant with international standards.

Applications

BioGene Low Temperature Constant Temperature Chamber is globally accepted for its high performance and easy operation.

BioGene Constant temperature is widely used in the testing of Variation test, cold resistance test, Steady State Test, Biological Storage , Incubation, Tissue storage, Media and culture conditioning application in short it’ facilitate where temperature cycling is required under Guidelines under EN 50581 ROHS, IEC 60068-2-1 etc.

Features

BioGene Constant Temperature Chamber are equipped with silent fan motor.
BioGene Constant Temperature Chamber has Microprocessor/PID/Digital Control details at the bottom
Precise temperature control ranging from + 5°C to 60°C and auto on/off function.
Precise Digital Display
Features of Bio Gene Low Temperature Constant Temperature Chamber.
Single Door
Reliable and Accurate Temperature Control.
Back Light displays current value and set value simultaneously
Inner Transparent Glass Door with double packing.
Easy sample view without door opening.

Control System

Standards : ISO,EN, CE, Electro magnetic
MDD :- 93/42/EEC
EN 61000-6-1 : 2001
EN 61000-6-3 : 2001
Electromagnetic Compatibility Directive (89)/336/EEC)
EN: 60101, ISO, CE
EN 50581 ROHS, IEC 60068-2-1

BioGene Double Walled Constant Temperature Chamber with Digital Display

BioGene Double Walled Constant Temperature Chambers are sturdy and reliable laboratory equipment designed to maintain controlled temperature conditions for research, testing, and laboratory applications. The outer chamber is made of mild steel sheet with an enamel-painted finish, while the inner chamber is constructed from mild steel or stainless steel sheet, as ordered.

Construction and Features

Double-Walled Construction: The outer chamber is made of enamel-painted mild steel sheet, while the inner chamber is made of mild steel or stainless steel sheet as specified.
Adjustable Shelves: The inner chamber is provided with ribs for adjusting perforated shelves to convenient heights.
Temperature Control: A microprocessor-based PID digital temperature indicator-cum-controller provides precise temperature regulation.
Temperature Range: Temperature can be controlled from +5°C to 60°C, subject to the specified operating conditions.
Air Ventilators: Air ventilators are provided on the sides of the unit.
Power Supply: Designed to operate on a 220/230 V AC power supply.

Door and Insulation

Double-Walled Door: The door features double-walled construction with high-grade mineral wool insulation and is designed for convenient viewing and monitoring.
Stainless Steel Door: Stainless steel 304 construction is provided for the specified door design.
Door Gasket: A synthetic neoprene rubber gasket helps provide a secure door seal.
Observation Door: An acrylic viewing door with a gasket is provided for observing the chamber interior.
Insulation: High-grade mineral wool insulation helps minimize heat transfer.

Illumination System

The unit is equipped with a door-operated illumination system comprising fluorescent lights, allowing convenient observation of the chamber interior.

Front Panel and Controls

The front panel includes ON/OFF switches, heating and mains indicator lamps, a cooling indicator, and a microprocessor-based digital temperature indicator-cum-controller for monitoring and controlling chamber temperature.

Air Circulation System

A blower fan is installed at the back wall of the chamber to circulate air and promote uniform temperature distribution throughout the chamber.

Additional Accessories

Adjustable racks and perforated shelves
Lock and key
Castor wheels for convenient movement
Digital temperature indicator-cum-controller
Door-operated illumination system

Constant Temperature Chamber Import & Export Worldwide

BioGene Constant Temperature Chamber import and export services support customers in America, the USA, Germany, Japan, China, Mexico, Vietnam, South Korea, Canada, the UK, France, Italy, Spain, the Netherlands, Australia, Russia, Kazakhstan, Pakistan, Bangladesh, the Philippines, Indonesia, Malaysia, Thailand, Singapore, Saudi Arabia, the UAE, South Africa, Turkey, Brazil, and Poland. We support international shipping, customs documentation, and applicable regulatory compliance requirements for laboratory and testing equipment.

Specification

DESCRIPTION	BTI-CTC-170	BTI- CTC -275	BTI- CTC -400	BTI- CTC -550	BTI- CTC -850
Temperature Range	+5°C to 60°C
Temperature Sensitivity	+0.5 deg.
Temperature Stability	≤±1˚C
Temperature uniformity	+1 deg.
Temperature Accuracy	± 1°C
Readability	0.5°C
Temperature Controller	Digital Controller/HMI/ Microprocessor based PID
Display	LED/LCD
Temperature sensor	3 wire RTD
Interior construction	Stainless steel 304
Exterior Construction	CRCA Powder coated.
Trays	Stainless Steel 304 perforated
Electrical	220 to 240 volts AC 50 Hz single phase
Alarm	Audio and visual
Dimensions	500 x 415 x 830	565 x 550 x 875	700 x 625 x 900	700 x 700 x 1100	830 x 820 x 1200
Capacity	170 ltrs	275 ltrs	400 ltrs	550 ltrs	850 ltrs
Shelves	2	3	4	4	4/6

A Constant Temperature Chamber is used to test how products, materials, or components behave when exposed to a fixed, controlled temperature over a period of time. It is widely used in industries such as electronics, pharmaceuticals, automotive, and materials research to verify product stability, durability, and performance under specific thermal conditions.

Most constant temperature chambers can operate anywhere from around -20°C to +150°C, though the exact range depends on the model and manufacturer. Some specialized chambers are designed for more extreme ranges, so it is best to check the specifications of the particular unit to confirm it meets your testing requirements.

High quality constant temperature chambers usually maintain temperature accuracy within ±0.5°C to ±1°C, with uniform distribution throughout the internal chamber space. This consistency ensures that test samples are exposed to reliable and repeatable conditions, which is essential for accurate testing results and regulatory compliance.

Test duration varies greatly depending on the purpose of the test. Some quality checks may only take a few hours, while long term reliability or aging tests can run for several days, weeks, or even months. The chamber is designed to maintain constant conditions for extended periods without significant drift, making it suitable for both short and long duration testing.

Routine maintenance typically includes cleaning the interior chamber, checking door seals for wear, inspecting the refrigeration and heating systems, and calibrating the temperature sensors periodically. Regular maintenance helps ensure measurement accuracy, extends the equipment's lifespan, and prevents unexpected downtime during critical testing schedules.