Flask Incubator Shaker Manufacturer, Exporter & Supplier

BioGene Flask Incubator Shaker – Integrated Incubation & Orbital Agitation for Flask Cultures

The BioGene Flask Incubator Shaker is engineered to combine precise temperature?controlled incubation with orbital agitation—designed for Erlenmeyer flasks, culture bottles and microbial or cell-culture workflows. Instead of separate incubator and shaker units, this integrated solution saves lab space and simplifies workflow, while maintaining consistent results and reproducibility across global labs.

Built with export-grade design, the unit features digital controller for temperature and speed, orbital motion platform tuned to avoid turbulence or vibration, uniform airflow and robust insulation to maintain thermal stability. Whether you are working on biotech research in Europe, pharmaceutical production in Asia or industrial labs in the Americas, the BioGene Flask Incubator Shaker provides the reliability and performance required for high-throughput flask culture operations and regulated environments.

Applications

High speed table top incubator shaker is a microprocessor based dual function incubator for Incubator and shaking function. Bio Gene Incubator shakers used in cell culture, fermentation protein generation Biochemistry & research of enzyme cell tissue application when precision temperature control and shaking is of prime importance.

Stains cell culture through dynamic rotation force or even static cultivation is of importance.

Flask-based microbial culture and cell-culture operations requiring simultaneous shaking and controlled temperature.
Fermentation labs performing shaker-flask experiments under defined temperature and agitation.
Enzyme kinetics, hybridization studies and nutrient media preparation where consistent mixing and incubation matter.
Pharmaceutical R&D and QC labs performing reproducible culture incubation under agitation.
Industrial biotechnology, academic and contract research labs needing dual-function equipment for flasks.

Features

Orbital shaking platform with adjustable speed and orbital diameter optimized for flasks.
Passive or forced-air driven incubation chamber with accurate temperature control across the flask platform.
Integrated incubator + shaker design reduces footprint and simplifies operations.
Digital microprocessor or PID control with display of set & actual values for temperature and speed.
Designed for global export: multiple power options, durable build, export-quality finish and compliance with international standards.

Dual function incubator and shaker.
Low noise.
Micro-processor controls temperature and shaking speed with fixed & programmable cycles.
Dedicated microprocessor with (HMI) Human Machine Interface for easy operations.
Easy full view cover enables fast results.
Pneumatic control gives Flexibility to open hood at desired angles for easy reach.
Automatic to stop function in case of hood open, Heater, Shaker & Air.
Temperature overshoots protection Alarm.
Stop start shaking function enables no spillage.
Air circulation controls for effective heating of volatile liquids.
DC Brushless motor for Trouble free Better Life.

Control

Digital PID or microprocessor controller for both temperature and agitation speed.
Timer settings (e.g., from minutes up to hours), alarm systems for deviation, door open, speed errors.
Connectivity options: USB, RS-485 or Ethernet (depending on model) for data logging and audit trail.
Soft-start mechanism to avoid splash or sample disturbance during ramp-up of shaking.

Microprocessor Programmable controls
Temperature: Rt +5 ˚C to 70 ˚C
Time :- 0-99/999 Min
Door Lock :- lockable
Blower speed : Uniform enable disable
Alarm : High, low
Process : Start . End
Auto : Temperature & time cycle
EN: 60601 : 1
EMD : 93/42/EEC
EN 61000-6-1 : 2001
EN 61000-6-3 : 2001
Electromagnetic Compatibility Directive (89)/336/EEC)
Confirms Electromagnetic Directives Low voltage EN61010- 1 : 2010
EMC Electromagnetic Directives EN61326 – 1 : 2006 CLASS B
ISO 9001-2008, 13485

Construction

Compact design with human machine interface built in switch built in control for temperature time, and RPM.

The interior chamber is made of rugged steel with flexible holding platform with can hold Flask, tubes, Petri Dish , Culture Bottles, test Tubes of different capacity.

Non skid base external body made of thick galvanized sheet duly powder coated and lid made of Transparent ABS plastic.

DC motor for better life and accurate RPM controls Uniform Temperature rise.

Inner chamber: polished or coated stainless steel for longevity and ease-cleaning in culture labs.
Orbital drive platform: heavy-duty, stable platform for flasks, with clamp sets or mats for different sizes.
Outer body: powder-coated steel or export-grade finish, insulated to maintain consistent internal environment despite shaking motion.

Specification

Parameter	Specification (typical)
Temperature Range	Ambient +5 °C to +60 °C (model variant)
Shaking Speed	30-300 rpm (model variant)
Orbital Diameter	25 mm or 50 mm (model variant)
Platform Capacity	Several Erlenmeyer flasks (e.g., up to 8 × 5 L) :contentReference[oaicite:3]{index=3}
Material – Inner Chamber	Stainless Steel 304
Material – Outer Body	Powder-coated Steel / Stainless Steel
Controller	Digital PID / Microprocessor
Power Supply	220 V AC, 50 Hz (export versions available)
Uniformity	±0.3 °C at reference temp (example)
Temperature Control Range	R.T.+5 ~70℃
Temperature Display Accuracy	0.1℃
Temperature Control Accuracy@37°C	≤±0.3℃
Timing Range	0 ~99h 59min
Shaking Speed	50 ~300 rpm
Orbit	20mm (horizontal)
Power Supply	AC110V/220V 500W	AC110V/220V 700W
Refer to “Platform Option”	Standard pallet PW-420（410x420x65mm）

Note: Specifications vary by model and configuration. Please contact BioGene for full model catalogue, flask clamps, platform sizes and export-version specifications.

For inquiries, custom requirements, or export versions, please visit our enquiry page or contact BioGene / Biotechnologies Inc..