1. Products
  2. Stirred-tank bioreactor / fermentor
  3. Labfreez Instruments Group Co., Ltd
  • Products
  • Catalogs
  • News & Trends
  • Exhibitions

Stirred-tank bioreactor / fermentor BIOF-D series
laboratoryautomaticautomated

Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated
Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated
Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated - image - 2
Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated - image - 3
Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated - image - 4
Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated - image - 5
Stirred-tank bioreactor / fermentor - BIOF-D series - Labfreez Instruments Group Co., Ltd - laboratory / automatic / automated - image - 6
Add to favorites
Compare this product

Characteristics

Type
stirred-tank
Applications
laboratory
Operation
automatic, automated
Function
parallel, with mixer
Configuration
benchtop
Temperature
with thermostat, with accurate temperature control
Number of reactions
2-reaction
Material
borosilicate glass, stainless steel
Other characteristics
autoclavable
Volume

Min.: 1 l
(0.3 gal)

Max.: 15 l
(4 gal)

Temperature

Min.: 5 °C
(41 °F)

Max.: 130 °C
(266 °F)

Description

Short description
BIOF-D series dual-tank parallel bioreactor is designed for laboratories requiring simultaneous or independent culture and fermentation runs. The integrated host with 10.1-inch multi-touch HMI, Siemens SMART-200 PLC and LF-Control 2.0 software controls two glass vessels (nominal 1–15 L) with multi-pump support, online monitoring and data recording/export.

Key features
  • Parallel dual-tank configuration for simultaneous or independent control of two glass fermenters (1–15 L nominal each).
  • Integrated host with 10.1-inch high-end touch HMI and scalable expansion.
  • BIOF-D2 controller: Siemens SMART-200 PLC with LF-Control 2.0 for curve display, historical data export and remote monitoring.
  • Four standard peristaltic pumps for feed/antifoam; expandable via quick-release interfaces up to 8 pumps.
  • Top-mounted mechanical stirring driven by high-precision servo motor, 0–1200 rpm, with selectable paddles (single-layer inclined, flat blade).
  • High-quality mechanical seal (JOHN CRANE) and quick-install coupling for reliable assembly and contamination control.
  • High-temperature borosilicate glass tanks with AISI 316L stainless steel lids; charging factor ≥80%.
  • Temperature control by PT100 sensor and insulated electric heating blanket; control range +5–65 °C, sterilization capability up to 130 °C.
  • Foam management via sensitive defoaming probe, mechanical defoaming paddle and peristaltic antifoam dosing.
  • Sterile autoclavable sampling system; dual design supports flame inoculation as alternative.
  • Air handling with Dwyer rotameter standard (electromagnetic optional) and Sartorius 0.2 μm sterilizing filters.

Controller / Instrumentation
BIOF-D2 controller with LF-Control 2.0: Siemens SMART-200 PLC, 10.1-inch HMI, standard cabinet with HSSP finish, common quick-release interfaces, curve display and historical data export; supports PC connection for centralized or remote monitoring and joint control.

Materials and Core Components
Tank: borosilicate glass body with 316L stainless steel lid
pH and DO probes: METTLER TOLEDO
Mechanical seal: JOHN CRANE
Peristaltic pumps: LONGER
Refill bottles: SCHOTT
Air flowmeter: Dwyer
Sterilizing filters: Sartorius 0.2 μm

Technical summary (table-style)
TANK - Nominal volumes: 3L, 5L, 10L, 15L combinations; charging factor ≥80%; material: high-temperature borosilicate glass, AISI 316L lid.
STIRRING SYSTEM - Top mechanical stirring; servo motor; speed 0–1200 rpm; paddle options: single-layer inclined and flat blade.
TEMPERATURE CONTROL - PT100 sensor; insulated electric blanket; control range +5–65 °C; sterilization up to 130 °C.
FOAM SYSTEM - Sensitive foam probe; mechanical defoaming paddle; peristaltic antifoam dosing.
FEEDING - Peristaltic feed pumps; manual or automatic control modes.
pH & DO CONTROL - METTLER TOLEDO probes; pH control range 2.00–12.00; DO control 0–200% saturation; autoclavable sensors.
CONTROLLER - BIOF-D2 with LF-Control 2.0; Siemens PLC; 10.1-inch HMI; curve display, recording and export.
OTHERS - Air intake: Dwyer rotameter standard; optional electromagnetic flowmeter; filtration: Sartorius 0.2 μm sterilizing filters; sterile autoclavable sampling; chassis approx. 565 × 310 × 680 mm; power AC100–240 V; ~1.2 kW.

Specifications
  • Model: BIOF-D (dual-tank parallel bioreactor).
  • Nominal volume configurations: 1L*2, 3L*2, 5L*2, 10L*2, 15L*2; example working volumes vary by model.
  • Tank construction: borosilicate glass body with AISI 316L lid; charging factor ≥80%.
  • Stirring: high-precision servo motor; 0–1200 rpm; top mechanical stirring with dedicated paddles and quality mechanical seal.
  • Temperature: PT100 sensor; insulated electric blanket; control +5–65 °C; sterilization up to 130 °C.
  • pH & DO: METTLER TOLEDO probes; pH 2.00–12.00; DO 0–200% saturation; autoclavable electrodes.
  • Pumps: LONGER peristaltic pumps standard (4); expandable up to 8 via common interfaces.
  • Air handling & filtration: Dwyer rotameter; optional electromagnetic flowmeter; Sartorius 0.2 μm sterilizing filters.
  • Controller & software: Siemens SMART-200 PLC; BIOF-D2 with LF-Control 2.0; 10.1-inch HMI; online monitoring and data export.
  • Size & power: chassis ~565 × 310 × 680 mm; AC100–240 V; ~1.2 kW.

VIDEO

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.