Benchtop Bioreactor

Single Benchtop Bioreactor

With extensive experience working with laboratories, A & M Technology Co., Ltd has applied advanced equipment manufacturing concepts to develop glass bioreactors with independent proprietary technology. This innovative bioreactor is designed for cell culture and fermentation, equipped with an advanced data-collecting system, supporting applications from small-scale research to pilot-scale production of drugs such as monoclonal antibodies, vaccines, and recombinant proteins.

Parallel Benchtop Bioreactors

To fulfill the increasing need for biopharmaceutical development, Parallel bioreactors with proprietary technology are developed for simultaneous trials of cell cultures or fermentations, enabling efficient comparison and saving time. An advanced data-collecting system will record all the data you need automatically so that you will never lose your valuable data.

Detailed Information

Prodcut Description

Tank: high borosilicate glass or PES
Tank lids or other parts in contact with culture fluid: SS316L
Jackets or other parts not in direct contact with culture fluid: SS304
Working volume: 2L/5L/10L
12-inch full-color integrated touch industrial computer IPC with web remote access function
Imported servo motor controls speed
Jacket water bath heating or cooling, precise temperature control, automatic control of heating and cooling rates
Multi-functional replaceable mixing paddle (Ruston > Marine > Cell-lift)
Suitable for prokaryotic cell fermentation or eukaryotic cell suspension culture, microcarrier culture and paper carrier culture
Standard equipped with optical digital smart electrode, fast response and less external interference
Mass flow meter controls ventilation volume and has built-in flow accumulation function
Standardly equipped with 4 constant speed/variable speed peristaltic pumps

Features

Sealed stirring: Adopting advanced magnetic fluid seal, it has many characteristics such as long service life, high reliability, wide adaptability, and avoidance of shaft deflection.
Ventilation system: Four gas supply strategies are available. Single gas (air), dual gas (air + oxygen), four gas (air, oxygen, carbon dioxide and nitrogen) gas supply methods can be selected according to the process. Sparger is optional. Large bubbles, micro bubbles and no bubbles.
Exhaust system: Equipped with a winding tube condensation device to reduce the change in the composition of the culture medium caused by the evaporation of water in the culture solution; an optional foam collection device to prevent excessive foam from clogging the respirator or even causing the respirator to detach and cause bacterial contamination.
Temperature control system: Rich temperature control strategy options, you can choose from various methods such as electric heating jacket (suitable for animal cell culture with small calorific value), water bath jacket temperature control or built-in coil temperature control. The temperature can be accurately controlled to ±0.2°C, and the heating or cooling rate can be controlled to prevent overshoot and meet different culture process conditions.
Control system: Rich, diverse and self-defined control strategies meet the needs of research and development and process exploration; high-precision and stable control to meet 7*24h continuous cell culture; ergonomic operation interface supports remote Web access.