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Orbital Shaking Incubator

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Orbital Shaking Incubator Specification

Power Source
Electric

Accuracy
0.5C

Core Components
Motor, Heater, Controller

Temperature Range
Ambient +5C to 60C

Capacity
250 L

Automation Grade
Automatic

Voltage
220-240 V AC

Model No
OSI-250

Measurement Range
Temperature and RPM as per display

Frequency
50 Hz

Feature
Microprocessor Controlled, Speed and Temperature Programmable

Equipment Materials
Powder Coated Steel & Stainless Steel (Inner Chamber)

Type
Orbital Shaking Incubator

Usage
Laboratory, Research, Cell Culture

Display Type
Digital LED Display

Dimension (L*W*H)
640 x 580 x 840 mm

Weight
Approx. 80 kg

Cooling System
Optional (for temperature below ambient)

Heater Capacity
750 W

Door Type
Front Opening with See-through Window

Timer Range
0-999 minutes (Programmable)

Tray Material
Stainless Steel

Shaking Speed Range
40 to 250 RPM

Chamber Volume
250 Litres

Lighting
Interior Chamber Illumination

Safety
Over-temperature Protection, Motor Overload Protection

Shelves
1 (Removable)

Controller Type
PID Digital Controller

Noise Level
<65 dB

Shaking Orbit Diameter
25 mm

About Orbital Shaking Incubator

Orbital Shaking Incubator

Based on client centric approaches, our organization has gained a respectful position in this domain by manufacturing and supplying Orbital Shaking Incubator. In clinical, biological, and pharmaceutical laboratories these incubators are used for tissue cultures and fermentation studies. Our well experienced manpower manufactures these incubators using high quality materials. We have made the Orbital Shaking Incubator available for the clients in different customized specifications. We offer the incubator at the cost effective prices.

Features:

Rust proof construction
Consumes less power
Automatic control

Precision Control for Reliable Results

The OSI-250 features a PID digital controller with microprocessor technology, allowing users to program shaking speed, temperature, and timer settings with high accuracy. Its digital LED display gives real-time feedback, ensuring experimental consistency for cell culture and other lab research applications while maintaining a 0.5C temperature accuracy.

Enhanced Safety and Convenience

Safety is paramount with features such as over-temperature protection and motor overload protection. The incubator's powder-coated steel exterior and stainless-steel inner chamber guarantee durability, while interior illumination and a see-through front door provide easy monitoring of samples during operation.

Flexible Capacity and Ease of Use

With a 250-litre chamber, removable shelf, and stainless-steel tray, the OSI-250 accommodates various flasks and cultures. Its programmable timer and automation allow users to focus on other tasks, making it ideal for busy research or academic labs. Optional cooling caters to experiments needing temperatures below ambient.

FAQ's of Orbital Shaking Incubator:

Q: How does the Orbital Shaking Incubator ensure sample uniformity during incubation?

A: With its adjustable shaking speed (40-250 RPM) and 25 mm orbit diameter, the incubator provides consistent and even agitation, promoting uniform mixing and aeration of samples-crucial for optimal cell growth and reliable experimental outcomes.

Q: What safety features does the OSI-250 incorporate for laboratory use?

A: The OSI-250 is equipped with over-temperature protection and motor overload protection to safeguard samples and the device. These features help prevent equipment damage and ensure safe operation during extended runs.

Q: When should I use the optional cooling system?

A: The optional cooling system is ideal for experiments requiring temperatures lower than ambient room temperature. This is particularly useful for temperature-sensitive samples or protocols that demand precise thermal control below standard incubation values.

Q: Where can the OSI-250 be installed and used?

A: Designed for use in professional settings, the incubator is well-suited for research laboratories, academic institutions, and biotechnological facilities. Its robust construction and compact dimensions (640 x 580 x 840 mm) allow for easy installation on laboratory benches or designated equipment areas.

Q: What is the process for adjusting speed and temperature settings?

A: Settings are adjusted using the user-friendly PID digital controller and microprocessor interface. Parameters such as shaking speed, temperature, and timer are programmed via the digital LED display, allowing real-time monitoring and precise control throughout the experiment.

Q: How does the removable shelf benefit laboratory workflows?

A: The removable shelf increases flexibility, enabling users to accommodate different flask sizes and experimental setups or quickly clean and reconfigure the chamber, thereby enhancing workflow efficiency and sample throughput.

Q: What advantages does the see-through front window provide?

A: The see-through window allows continuous observation of the samples without opening the chamber, minimizing temperature fluctuations and maintaining a stable internal environment essential for reproducible research results.

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