Advanced Fluidic Solutions for Cell Culture & Bioprocess Applications

Cell Culture

Sandur Fluid Controls Pvt. Ltd. offers precision-engineered Cell Culture Fluidic Systems designed for controlled media handling, nutrient delivery, gas regulation, sample transfer, and automated bioprocess management in modern cell culture applications. Developed using advanced fluidic and biomedical engineering technologies, these systems ensure sterile, reliable, and highly accurate fluid control for sensitive biological environments.

Our cell culture solutions are widely used in:

Biotechnology Laboratories
Pharmaceutical Research
Tissue Engineering
Stem Cell Research
Bioprocessing Systems
Cell Therapy Manufacturing
Bioreactors
Organ-on-Chip Systems
Laboratory Automation
Biomedical Research Facilities

These systems support stable environmental conditions essential for healthy cell growth, reproducible research outcomes, and contamination-free operation.

Available in customized and modular configurations, our cell culture fluidic systems integrate pumps, valves, manifolds, sensors, tubing assemblies, and microfluidic components for complete automated fluid management.

Cell Culture Fluidic Systems are specialized fluid handling solutions designed to manage the controlled delivery and circulation of culture media, nutrients, gases, reagents, and biological fluids used in cell cultivation processes.

These systems provide:

Precise nutrient delivery
Controlled media exchange
Sterile fluid transfer
Gas flow regulation
Waste removal
Environmental monitoring
Automated culture management

Designed for highly sensitive biological applications, these systems ensure minimal contamination risk, stable flow conditions, and reproducible process performance.

Our systems support both traditional cell culture setups and advanced microfluidic cell culture platforms including organ-on-chip and perfusion culture systems.

Product Features :

Sterile Fluid Handling : Supports contamination-free biological processing.
Precise Media Delivery : Accurate nutrient and reagent dosing control.
Low Shear Fluid Flow : Protects sensitive cells from mechanical stress.
Closed-Loop Fluidic Architecture : Minimizes contamination and exposure risks.
Compact & Modular Design : Flexible integration for laboratory and OEM systems.
Real-Time Monitoring Capability : Supports pressure, flow, pH, temperature, and oxygen sensing.
Biocompatible Construction : Medical-grade and cell-compatible materials.
Low Pulsation Operation : Stable fluid circulation for consistent cell growth.
Automated Media Exchange : Reduces manual intervention and improves reproducibility.
Multi-Channel Fluid Control : Supports parallel cell culture experiments.
Gas Regulation Compatibility : Suitable for CO₂ and oxygen management systems.
Microfluidic Integration : Supports organ-on-chip and perfusion culture platforms.
OEM Integration Ready : Ideal for advanced bioprocess and laboratory equipment.
Easy Sterilization Compatibility : Supports autoclave, ETO, and gamma sterilization.

Technical Specifications :

Parameter	Specification
Product Type	Cell Culture Fluidic System
Flow Range	nL/min to 5000 mL/min
Flow Accuracy	±0.5% to ±1%
Operating Pressure	Vacuum to 10 Bar
Fluid Compatibility	Culture Media / Reagents / Biological Fluids
Operating Temperature	4°C to 60°C
Material Options	Medical Grade SS316 / PTFE / Silicone / PEEK
Sterilization Compatibility	Autoclave / Gamma / ETO Compatible
Pump Type	Peristaltic / Syringe / Diaphragm / Micro Pumps
Control Type	Manual / Digital / Automated
Sensor Compatibility	pH / DO / Pressure / Flow / Temperature
Connectivity	USB / Ethernet / RS485 / Wireless
Mounting Type	Bench-Top / Embedded / Portable
Automation Compatibility	PLC / SCADA / Embedded Systems
Compliance	CE / ISO Compatible Designs

Available Product Variants :

Perfusion Cell Culture Systems :

Features :

Continuous nutrient circulation
Controlled waste removal
Stable long-term cell growth

Applications :

Stem cell culture
Tissue engineering
Biopharmaceutical production

Microfluidic Cell Culture Platforms :

Features :

Micro-scale fluid control
Organ-on-chip compatibility
Low reagent consumption

Applications :

Drug screening
Cell behavior analysis
Biomedical research

Automated Media Exchange Systems :

Features :

Programmable media replacement
Sterile fluid transfer
Multi-channel operation

Applications :

Laboratory automation
Cell therapy production
Bioprocessing systems

Bioreactor Fluidic Modules :

Features :

Integrated gas and nutrient control
Continuous monitoring capability
Closed-loop operation

Applications :

Cell cultivation
Fermentation systems
Tissue culture applications

OEM Cell Culture Fluidic Assemblies :

Features :

Custom-designed fluidic architecture
Embedded automation integration
Compact modular construction

Applications :

Medical equipment
Research instruments
Diagnostic platforms

Product Advantages :

Improved Cell Viability : Stable fluid conditions support healthy cell growth.
Reduced Contamination Risk : Closed-loop sterile systems improve biological safety.
Precise Nutrient Delivery : Accurate media handling improves experimental reproducibility.
Low Shear Stress Operation : Protects delicate cells and tissue cultures.
Automated Culture Management : Reduces manual handling and labor requirements.
Compact & Scalable Design : Suitable for research and production-scale applications.
Enhanced Process Control : Real-time monitoring improves operational stability.
Reduced Reagent Consumption : Efficient fluid handling minimizes media waste.
Excellent Integration Flexibility : Supports advanced laboratory and OEM systems.
Reliable Long-Term Operation : Designed for continuous bioprocess applications.

Applications :

Cell Culture Fluidic Systems are widely used across biotechnology and life science industries.

Stem Cell Research : Controlled stem cell cultivation systems.
Tissue Engineering : Nutrient delivery for engineered tissue growth.
Biopharmaceutical Manufacturing : Cell-based therapeutic production systems.
Organ-on-Chip Platforms : Microfluidic physiological simulation systems.
Drug Discovery & Screening : Cell-based pharmaceutical testing.
Biomedical Research : Cell behavior and biological response analysis.
Cancer Research : Tumor cell culture and drug response studies.
Vaccine Development : Biological culture systems for vaccine research.
Cell Therapy Production : Controlled therapeutic cell manufacturing.
Laboratory Automation : Automated cell culture and media handling systems.
Academic Research Institutions : Advanced biological experimentation platforms.
OEM Biomedical Equipment Manufacturing : Integrated cell culture fluidic modules.

Industries We Serve :

Biotechnology Industry
Pharmaceutical Industry
Biomedical Research Laboratories
Tissue Engineering Sector
Stem Cell Research Facilities
Medical Device Manufacturing
Academic & Research Institutions
Biopharmaceutical Industry
OEM Biomedical Equipment Manufacturers

Optional Features & Accessories :

Integrated pH Sensors
Dissolved Oxygen Monitoring
Temperature Control Modules
Gas Mixing Systems
Automated Media Exchange Controllers
Multi-Channel Flow Control
Touchscreen HMI Interface
Wireless Monitoring Systems
Disposable Sterile Fluidic Kits
Data Logging & Remote Access

Why Choose Our Cell Culture Fluidic Systems?

Advanced Bioprocess Engineering : Designed for sensitive biological applications.
Sterile & Biocompatible Construction : Safe and contamination-free fluid handling.
Precision Fluid Management : Highly accurate nutrient and media delivery.
Automation & Smart Monitoring : Supports advanced laboratory automation systems.
Custom Engineering Solutions : Tailor-made systems for specialized cell culture applications.
Excellent Manufacturing Quality : Reliable long-term biomedical performance.
Technical Development Support : Complete assistance for integration and process optimization.