Orbital Shaking Incubator

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Orbital Shaking Incubator Specification

Temperature Resistance
Ambient +5°C to 60°C

Glass Type
Toughened Glass Observation Window

Features
Orbital Shaking Platform, Timer Function, Variable Speed Control, Digital Temperature Control, Transparent Door for Viewing

Shape
Rectangular

Accuracy
±0.5°C

Control Type
Digital Microprocessor Controller

Speed Range
20-300 RPM

Heating Capacity
100°C Maximum

Power Supply
Single Phase, 50 Hz

Display Type
Digital LED Display

Type
Orbital Shaking Incubator

Dimension (L*W*H)
720 x 580 x 980 mm

Equipment Type
Laboratory Incubator

Equipment Materials
Powder Coated Mild Steel Body, Stainless Steel Interior Chamber

Power
550 W

Voltage
220-240 V AC

Material
Stainless Steel and Mild Steel

Application
Microbiology, Cell Culture, Enzyme Reaction, Suspension Cultures

Capacity (Ltr)
180 Liters

Weight
Approx. 75 kg

Chamber Illumination
LED/Internal Light

Door Type
Swing Door with Viewing Window

Orbital Diameter
25 mm

Shaking Platform Size
400 x 400 mm

Timer Range
0-999 min

Insulation
High-Density Polyurethane Foam

Noise Level
<60 dB

Safety Features
Over-temperature Protection, Door Alarm

Temperature Uniformity
±1°C at 37°C

Shelves Included
2 Adjustable Stainless Steel Shelves

Orbital Shaking Incubator About

Orbital Shaking Incubator

Usage/Application	Laboratory
Brand	Micro Technologies
Ambient Temperature	5-60 Degree C
Display	Digital
Number of Door	Yes
Power	220V AC
Frequency	50 Hz

Efficient and Precise Incubation

Engineered for accuracy, this Orbital Shaking Incubator guarantees uniform temperature distribution (1C at 37C) and a wide speed range of 20-300 RPM, making it ideal for sensitive laboratory applications. The digital microprocessor controller and digital LED display enable effortless adjustments and real-time monitoring, streamlining experimental setups.

Safe and Convenient Operation

Safety is prioritized with over-temperature protection and a responsive door alarm. The transparent toughened glass observation window and internal LED lighting allow continuous monitoring without disturbing the internal environment. Two adjustable stainless steel shelves offer flexible sample arrangement for diverse applications.

FAQ's of Orbital Shaking Incubator:

Q: How do I operate the Orbital Shaking Incubator safely in the laboratory?

A: To operate safely, ensure the incubator is placed on a leveled surface and connected to a suitable 220-240 V AC power supply. Always load samples evenly on the adjustable stainless steel shelves and close the swing door securely. Monitor the digital display for temperature and speed, and take note of door alarms and over-temperature warnings.

Q: What are the main benefits of using this incubator for cell culture and microbiology?

A: This incubator offers uniform temperature control (1C at 37C), variable speed from 20 to 300 RPM for precise mixing, and an illuminated chamber for easy observation. Its robust safety features and adjustable shelves accommodate a range of protocols, ensuring optimal sample growth and reliable experimental results.

Q: When should I use the timer function on the shaking incubator?

A: The timer function (0-999 min) is essential when specific incubation times are required for reactions or cultures. Set the timer according to your protocol to automatically stop operations after the desired duration, safeguarding sample integrity and preventing over-incubation.

Q: Where can this Orbital Shaking Incubator be installed and used?

A: This incubator is suitable for laboratories involved in microbiology, biotechnology, pharmaceutical research, and academic environments. Its compact design (720 x 580 x 980 mm) and durable construction allow for easy installation on laboratory benches or dedicated incubator spaces.

Q: What safety features are included to protect users and samples?

A: The incubator is equipped with over-temperature protection, a door alarm, and high-density polyurethane foam insulation. The toughened glass viewing window ensures safe sample monitoring while maintaining internal conditions.

Q: How does the digital microprocessor controller improve the usage process?

A: The digital microprocessor controller allows precise regulation of temperature and shaking speed, delivering high accuracy (0.5C). This automation minimizes manual adjustments, streamlines workflows, and ensures reproducible experimental conditions.

Q: What are the maintenance requirements for the stainless steel interior chamber?

A: To maintain hygiene and performance, clean the stainless steel chamber regularly with a non-corrosive, laboratory-approved disinfectant. Avoid abrasive cleaning agents, and periodically check the shelves and sealing surfaces for optimal performance and durability.

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