Glass Biological Reactor - Professional Laboratory & Production Solutions
The glass biological reactor from Xi'an Bioland Instrument gives you the best view and control over your fermentation and cell culture processes. Our systems are made with high-quality GG17 borosilicate glass and have a wide temperature range (-80°C to +250°C), full process openness, and modular designs that can support reaction, distillation, and extraction routines. We have been making things for more than 15 years and offer CE, ISO, UL, and SGS approved products that meet GMP/FDA standards. Our product systems come with PLC control, explosion-proof choices, and customizable stirring methods so you can test CHO cell lines, improve enzyme production, or do tissue engineering research. As a customer, you get professional FAT validation, maintenance support for life, and adjustable wait times—just 5–7 days for basic models and 30 days for custom solutions.

Double glass design glass biological reactor, inner into reaction menstruum do stirring reaction, interlayer can pass different cold sources (cryoprotectants, hot water or hot oil) do cycle heating or cooling reaction. Setting thermostat conditions, in confined glass reactor, can use require atmospheric or negative pressure conditions conducted stirring response and do reaction solution reflux and distillation is modern Fine Chemical Factory, biopharmaceuticals and new materials synthesized
ideal test production equipment.

Product feature
1. The whole stainless steel supporting frame, 4-6 necks on the reactor lid, such as distillation & reflux , liquid feeding , temp sensor , stirring & mixing , etc .
2. Glass reactor is made of G3.3 high borosilicate glass , with good chemical and physical properties .
3. Alloy steel mechanical seal,magnetic fluid seal, PTFE connector , to maintain a high precision seal in the working condition.
4. With PT100 sensor probe, high precision temperature measurement , small errors and high efficiency .

5.AC reducer motor, strong torsion , no noise , etc.
6.PTFE stirring paddle, suitable for low or high viscosity liquid stirring and mixing.
7.PTFE discharge valve, movable interface , discharging and flushing completely and quickly.
8.Can be according to customer requirements, such sand core filter , PH meter , Ex motor , Ex control box and Ex temp.

Why Choose Us?
Certified Excellence & Compliance
We have CE, ISO, UL, and SGS certificates for all of our reactors. Your equipment is created and built to meet strict GMP standards, so regulators will have faith in it from the start.
Transparent Process Control
Because GG17 borosilicate glass is completely clear, you can see how reactions work, how foam behaves, and how patterns of mixing happen in real time. The "black box" problem that often comes up with steel vessels is gone.

Superior Material Science
Our glass can stand up to acids, bases, and chemical fluids without letting any contaminants through. The spark-free motor design and double closing system make sure that the machine is safe to use while keeping things clean.
Temperature & Vacuum Versatility
You can set up heating, cooling, and vacuum systems for a wide range of temperatures, from very cold to very hot reactions, which makes it possible to do complex processes with many steps.
Modular Customization
Dropping funnels, temperature probes, pH sensors, and DO monitors should all be connected. You can choose between anchor, paddle, or turbine moving types, and the speed and force can be changed to fit your needs.

Engineering Support & Validation
Every week, our specialized R&D team sends photos and movies to keep an eye on your project. Before we ship your system, we do full Factory Acceptance Testing (FAT) and provide thorough paperwork to make sure it works exactly as planned.
Fast Delivery & Global Logistics
Within a week, standard units will be shipped. It takes 30 business days to deliver custom setups. We can deliver freight by sea, train, or air to your location, and we offer a one-year guarantee and care for life.
Technical Parameters
|
type
|
volume
(L)
|
Motor power
(W)
|
Speed
(r/min)
|
Stirring torque(1300r/min)
|
Inside/outside tube diameter
(mm)
|
Reactor vessel cover relevant opening size
|
|
|
|
|
|
|
|
center
|
left
|
right
|
later
|
before
|
|
BL-150
|
150
|
370
|
10-680
|
28000g.cm
|
600*550
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-100
|
100
|
250
|
|
22000g.cm
|
460*500
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-80
|
80
|
250
|
|
22000g.cm
|
460*500
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-50
|
50
|
180
|
|
15000g.cm
|
360*405
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-30
|
30
|
180
|
|
15000g.cm
|
315*360
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-20
|
20
|
120
|
|
12000g.cm
|
315*360
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-10
|
10
|
120
|
|
12000.g.cm
|
245*260
|
50#
|
40#
|
34#
|
34#
|
29#
|
|
BL-5
|
5
|
90
|
|
9000.g.cm
|
200*230
|
50#
|
29#
|
24#
|
24#
|
19#
|
Application Fields
Biopharmaceutical Development
Cultivate CHO cells for monoclonal antibody production. Optimize Vero cell vaccine processes. The reactor's low-shear impeller options protect sensitive mammalian cells while maintaining high-density culture conditions.
Industrial Microbiology
Scale down 10,000L+ fermenters to validate fed-batch algorithms for E. coli and P. pastoris. Test oxygen enrichment strategies visually before committing to production-scale modifications.
Academic Research
Expand stem cells on microcarriers for tissue engineering. The transparent vessel lets you observe carrier suspension status and prevent sedimentation that compromises cell attachment.
Chemical Synthesis
Perform multi-step organic reactions requiring strong acids or halogenated solvents. The inert glass surface eliminates metal contamination critical for pharmaceutical intermediates and fine chemicals.
Food & Cosmetics
Develop probiotic fermentation processes or extract bioactive compounds. Meet strict purity standards for nutraceutical and cosmetic ingredient production.
Quality Certification
Our manufacturing facility holds ISO 9001:2015 quality management certification. All reactor systems comply with:
- CE Marking: European safety, health, and environmental standards
- UL Certification: North American electrical safety requirements
- SGS Inspection: Third-party verification of materials and construction
- GMP Compliance: Design validation for pharmaceutical production environments
We provide complete material traceability documentation, pressure vessel certifications, and FAT protocols with your equipment purchase.

FAQ
Q1: Can your reactors handle in-situ sterilization?
Models under 15L are designed for autoclave sterilization. Larger units (15–20L) with steel reinforcements may support low-pressure SIP, but autoclaving remains the recommended method for glass systems.
Q2: What's the maximum safe working volume?
Maintain 70–75% of total capacity. Exceeding this compromises gas exchange and risks foam entering your sterile exhaust filters.
Q3: Do you support high-viscosity fermentation?
Yes. For mycelial cultures or polymer synthesis, we configure direct-drive overhead motors with helical ribbon impellers. This prevents magnetic coupling decoupling common in high-torque applications.
Q4: How do I scale up processes from your bench reactor?
Match Power per Volume (P/V), tip speed, or kLa values to your production fermenter. Our 2:1 or 3:1 height-to-diameter geometry mirrors industrial steel vessels, ensuring valid scale-up correlations.
Q5: Can I use the reactor for photosensitive compounds?
Standard glass is UV-transparent. For photosensitive pharmaceuticals, request our amber-coated option. For photobioreactors (algae cultivation), the clear glass maximizes light transmission.
Contact Us
Ready to optimize your bioprocess development with a glass biological reactor? Contact our engineering team at info@biolandequip.com for custom specifications, quotations, and technical consultations.