Orbital Shaker Incubator With Acrylic Hood BSE-0011

Orbital Shaker Incubator With Acrylic Hood BSE-0011 Specification

Heating Method
Forced Air Heating

Control Mode
Microprocessor-based Digital Control

Power Source
Electric

Accuracy
0.1C

Heating Capacity
Programmable up to 60C

Condition
New

Type
Orbital Shaker Incubator

Model
BSE-0011

Internal Size
460 x 350 x 210 mm

External Size
565 x 490 x 410 mm

Volume
Approx. 35 Liters

Air Flow
Uniform forced air circulation

Temperature Range
Ambient +5C to 60C

Material
Acrylic Hood, Stainless Steel Body

Dimension (L*W*H)
565 x 490 x 410 mm

Power
250 W

Voltage
220 V

Surface Finish
Powder Coated

Platform Load Capacity
Up to 7 kg

Application
Suitable for cell culture, fermentation, hybridization, biochemistry, enzyme and tissue research

Humidity Control
Optional

Safety Features
Over-temperature and door open alarm system

Display
Large digital LED display for temperature and RPM

Noise Level
<60 dB

Number of Platforms
Single, removable

Timer
099 hours programmable timer

Door Type
Transparent acrylic hood for easy observation

Shaking Platform Size
350 x 350 mm

Shaking Speed
20 - 250 RPM

Orbital Shaker Incubator With Acrylic Hood BSE-0011 Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About Orbital Shaker Incubator With Acrylic Hood BSE-0011

Utilise the grand offer and procure the meritorious Orbital Shaker Incubator With Acrylic Hood BSE-0011. Designed for precise and phenomenal performance, this model features a programmable timer, large digital LED display for temperature and RPM, and a shaking platform size of 350 x 350 mm. Experience quiet operation (<60 dB), robust safety alarms, and uniform forced air circulation. With a durable stainless steel body and transparent acrylic hood, your observations are effortless. Suitable for diverse scientific applications, get it now from a trusted manufacturer and supplier in India.

Versatile Applications and Distinct Advantages

The Orbital Shaker Incubator With Acrylic Hood BSE-0011 is ideal for cell culture, fermentation, hybridization, biochemistry, and tissue research. Its robust stainless-steel body and transparent acrylic hood ensure a safe, controlled environment while offering high visibility for ongoing experiments. Utilise its programmability for greater experimental accuracy. This device is a valuable addition to research labs, biotech firms, and educational institutions, providing meritorious reliability and grand endurance for varied scientific needs.

Global Reach and Efficient Goods Transport

With FOB Port options available at major Indian seaports, the Orbital Shaker Incubator BSE-0011 serves main export markets globally, including Asia, Europe, and Africa. Goods transport is streamlined to ensure swift and secure delivery, with standard outlay and competitive valuation. Delivery time typically ranges from 2 to 4 weeks depending on location and order volume. Benefit from a reputable manufacturer committed to global reach and exceptional service.

FAQs of Orbital Shaker Incubator With Acrylic Hood BSE-0011:

Q: How can the programmable timer on the BSE-0011 be set for different experiments?

A: The programmable timer allows you to set shaking durations between 0 to 99 hours with ease, accommodating various experimental timelines and protocols. Settings can be adjusted on the digital LED display panel.

Q: What are the main benefits of the acrylic hood design on the Orbital Shaker Incubator?

A: The transparent acrylic hood enables easy observation of samples without exposure to external contaminants, improving safety and ensuring uninterrupted monitoring.

Q: Where is this incubator typically used?

A: The Orbital Shaker Incubator is commonly utilised in biotechnology labs, research institutes, clinical diagnostics, and industrial research facilities for applications like cell culture, fermentation, and hybridization.

Q: What safety features are incorporated in the BSE-0011 model?

A: This incubator is equipped with over-temperature and door open alarm systems, safeguarding both the equipment and samples during operation.

Q: How does the forced air circulation benefit sample processing?

A: Uniform forced air circulation ensures consistent temperature distribution throughout the chamber, resulting in more reliable and reproducible experimental outcomes.

Tell us about your requirement