Orbital Shaking Incubator

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Orbital Shaking Incubator Specification

Display Type
LED Digital Display

Heating Capacity
Up to 60C

Shape
Rectangular

Control Type
Digital PID Controller

Features
Uniform Shaking, Precise Temperature Control, Programmable timer, Over Temperature Protection, User-friendly Interface

Temperature Resistance
5C above ambient to 60C

Power Supply
AC Mains

Glass Type
Double Layered Toughened Glass Window

Accuracy
0.5C

Speed Range
20 to 250 RPM

Type
Orbital Shaking Incubator

Dimension (L*W*H)
560 mm x 590 mm x 410 mm

Equipment Type
Laboratory Incubator

Equipment Materials
Stainless Steel Chamber, Powder Coated Exterior

Power
350 W

Voltage
220 V AC, 50/60 Hz

Material
Stainless Steel

Application
Microbial Culture, Cell Culture, Fermentation, Hybridization

Capacity (Ltr)
150 L

Door Lock
Provided with magnetic gasket

Noise Level
Less than 60 dB

Internal Air Circulation
Fitted with fan for uniform temperature

Shaking Platform Size
350 mm x 350 mm

Internal Lighting
Optional

Safety Features
Auto-cut for over temperature, Door open alarm

Timer Range
0 99.9 hours

Operating Humidity
Up to 80% RH non-condensing

Maximum Flask Holding Capacity
12 flasks of 250 ml each

Shaking Amplitude
25 mm orbital

About Orbital Shaking Incubator

Orbital Shaking Incubator

Platform Size: 300 x 300 mm. (Cap.110 ltrs.) For 9 Flask of 250ml
Platform Size: 450 x 450 mm. (Cap.200 Its.) For 12 Flask of 250ml
Platform Size: 600 x 600 mm. (Cap.250 ltrs.) For 16 Flask of 250ml

Reliable Performance for Laboratory Applications

Engineered for microbiological and cell culture experiments, this orbital shaking incubator provides accurate temperature control and even shaking action across its entire platform. The programmable timer and digital PID controller allow for precise experiment management, while internal air circulation ensures uniform conditions for reproducible results.

User-Friendly and Safe Design

The incubator comes with a clear LED digital display, user-friendly interface, and advanced safety features such as auto-cut for over temperature and a magnetic gasket door lock. The double-layered toughened glass window enables safe observation without disturbing internal conditions, making the device suitable for long-term cultures and sensitive samples.

FAQs of Orbital Shaking Incubator:

Q: How does the Orbital Shaking Incubator maintain uniform temperature and mixing inside the chamber?

A: The incubator uses a fan for internal air circulation to distribute heat evenly, ensuring uniform temperature throughout the chamber. The orbital shaking platform with a 25 mm amplitude guarantees consistent mixing of samples, supporting reproducibility in microbial and cell culture experiments.

Q: What are the benefits of the programmable timer and digital PID controller?

A: The programmable timer allows users to set incubation periods ranging from 0 to 99.9 hours, accommodating various experimental needs. The digital PID controller enables precise temperature regulation with an accuracy of 0.5C, ensuring stable conditions for sensitive biological processes.

Q: When should I use the door lock and magnetic gasket feature?

A: The door lock, equipped with a magnetic gasket, should be engaged during incubation to prevent accidental openings and maintain internal temperature stability. This feature also enhances safety and prevents sample contamination.

Q: What is the maximum flask holding capacity and recommended usage?

A: The shaking platform can hold up to 12 flasks of 250 ml each. It is optimized for microbial culture, cell culture, fermentation, and hybridization protocols requiring precise agitation and temperature control.

Q: Where can this incubator be installed, and what are the requirements?

A: This equipment is suitable for installation in laboratories, research facilities, and industrial settings. It requires a 220 V AC power supply and a stable, ventilated location with operating humidity up to 80% RH non-condensing.

Q: What safety features are provided?

A: The incubator is equipped with auto-cut for over temperature protection and a door open alarm to ensure safe operation and prevent thermal runaway or sample exposure.

Q: How does the toughened glass window help in sample monitoring?

A: The double-layered toughened glass window allows users to visually monitor cultures without opening the chamber, maintaining internal conditions and ensuring user safety during operation.

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