Advanced Manifolds & Microfluidic Chips for Precision Fluid Control Systems

Manifolds and Microfluidic Chips

Sandur Fluid Controls Pvt. Ltd. offers high-precision Manifolds and Microfluidic Chips engineered for advanced fluid routing, miniaturized fluid handling, analytical systems, laboratory automation, biotechnology, medical diagnostics, and industrial microfluidic applications.

Designed using advanced microfabrication and fluid distribution technologies, these systems provide precise fluid control, compact integration, low dead volume, and high operational reliability for complex fluid management applications.

Our manifolds and microfluidic chips are widely used in lab-on-chip systems, analytical instruments, pharmaceutical research, biotechnology devices, medical diagnostics, semiconductor manufacturing, chemical analysis systems, and OEM equipment integration.

Available in standard and custom-engineered configurations, these products support multiple fluid channels, integrated valves, sensors, pumps, and automated flow control systems.

Manifolds :

Fluid manifolds are engineered distribution blocks designed to control, divide, combine, and route multiple fluid paths within compact systems. They reduce tubing complexity, minimize leakage points, improve system efficiency, and provide organized fluid management.

Microfluidic Chips :

Microfluidic chips are miniature fluidic devices containing precisely engineered microchannels used for handling extremely small fluid volumes ranging from microliters to nanoliters.

These chips enable advanced fluid manipulation including:

Mixing
Separation
Dosing
Chemical reactions
Sample analysis
Biological testing

Their compact design allows integration into portable and automated analytical systems.

Product Features :

Ultra Precision Fluid Handling : Accurate control of micro-scale fluid movement.
Compact Integrated Design : Miniaturized systems reduce equipment footprint.
Multi-Channel Fluid Routing : Supports multiple fluid paths and complex flow networks.
Low Dead Volume Design : Improves analytical accuracy and reduces fluid waste.
High Chemical Compatibility : Suitable for aggressive chemicals and biological fluids.
Leak-Free Construction : Precision sealing improves system reliability.
OEM Integration Ready : Designed for embedded fluidic system integration.
High Flow Stability : Consistent fluid movement with low pulsation.
Microfabrication Precision : Advanced channel geometry ensures accurate flow dynamics.
Modular Configuration Options : Customizable manifold and chip layouts available.
Automation Compatible : Supports sensors, valves, pumps, and digital controls.
Disposable & Reusable Options : Available for laboratory and industrial applications.
Lightweight & Portable : Ideal for compact analytical instruments.
Scalable Design Capability : Supports prototyping and production-scale applications.

Technical Specifications :

Parameter	Specification
Product Type	Manifolds & Microfluidic Chips
Flow Volume Range	nL to LPM
Channel Size	10 µm to 5 mm
Number of Channels	Single to Multi-Channel
Operating Pressure	Vacuum to 100 Bar
Flow Accuracy	High Precision Microfluidic Control
Operating Temperature	-20°C to 200°C
Fabrication Technology	CNC / Laser / MEMS / Microfabrication
Material Options	Glass / Silicon / PMMA / PDMS / PEEK / SS316
Surface Finish	Polished / Chemically Treated
Connection Type	Luer / Threaded / Push-Fit / Custom
Valve Integration	Optional
Sensor Integration	Optional
Mounting Type	Embedded / Inline / Panel Mounted
Automation Compatibility	PLC / Embedded Systems Compatible

Available Product Variants :

Fluid Distribution Manifolds :

Features :

Multiple fluid routing channels
Compact integrated design
Reduced tubing complexity

Applications :

Chemical dosing systems
Pneumatic control systems
Fluid automation systems

Microfluidic Lab-on-Chip Devices :

Features :

Ultra-small fluid handling
Integrated microchannels
Precision sample control

Applications :

Medical diagnostics
Biotechnology research
Analytical chemistry

Multi-Port Microfluidic Chips :

Features :

Complex channel routing
High-density fluid integration
Low dead volume

Applications :

Chemical analysis
Fluidic automation
OEM instrumentation

Integrated Valve Manifolds :

Features :

Embedded flow control valves
Automated fluid switching
Compact system architecture

Applications :

Industrial automation
Process control systems
Analytical equipment

Custom OEM Microfluidic Systems :

Features :

Application-specific design
Embedded fluidic architecture
Sensor and pump integration

Applications :

Portable instruments
Medical devices
Semiconductor systems

Product Advantages :

Compact System Integration : Reduces system size and installation complexity.
Precise Fluid Management : Excellent accuracy for analytical and dosing applications.
Reduced Leakage Risk : Integrated design minimizes external tubing connections.
Improved Process Efficiency : Optimized channel design improves flow performance.
High Repeatability : Stable and reproducible fluid handling operation.
Excellent Chemical Resistance : Handles aggressive chemicals and sensitive biological fluids.
Low Fluid Consumption : Efficient micro-volume fluid handling reduces waste.
Faster Analytical Response : Microfluidic architecture enables rapid processing.
Scalable & Customizable : Supports OEM development and specialized applications.
Advanced Automation Capability : Easy integration with sensors, valves, and electronic controls.

Applications :

Manifolds and Microfluidic Chips are widely used in advanced scientific and industrial applications.

Medical Diagnostics : Portable diagnostic and lab-on-chip devices.
Biotechnology Industry : Cell analysis and biological fluid handling systems.
Pharmaceutical Research : Micro-scale chemical and reagent processing.
Analytical Chemistry : Precision sample analysis and chemical detection systems.
Semiconductor Industry : Chemical delivery and wafer processing systems.
Laboratory Automation : Automated reagent and sample management systems.
Environmental Monitoring : Portable water and air analysis equipment.
Food & Beverage Industry : Microfluidic quality testing systems.
Inkjet & Printing Systems : Precision micro-fluid distribution systems.
Fuel Cell Technology : Microfluidic fuel and electrolyte management systems.
Aerospace & Defense : Compact analytical and fluidic control systems.
OEM Equipment Manufacturing : Embedded microfluidic modules for advanced instruments.

Industries We Serve :

Biotechnology Industry
Pharmaceutical Industry
Medical Equipment Industry
Semiconductor Industry
Laboratory & Research Facilities
Environmental Monitoring
Electronics Manufacturing
Aerospace Industry
Food & Beverage Industry
Industrial Automation Sector
OEM Equipment Manufacturers

Optional Features & Accessories :

Integrated Solenoid Valves
Embedded Flow Sensors
Pressure Sensors
Digital Flow Controllers
Micro Pumps Integration
Multi-Layer Chip Design
Heated Manifold Systems
Transparent Inspection Windows
Wireless Monitoring Interface
OEM Mounting Kits

Why Choose Our Manifolds & Microfluidic Chips?

Advanced Engineering Expertise : Precision-designed fluidic systems for demanding applications.
High Manufacturing Accuracy : Advanced fabrication ensures reliable micro-scale fluid control.
Compact & Efficient Designs : Optimized for portable and embedded systems.
Excellent Chemical Compatibility : Supports aggressive and sensitive media.
Custom OEM Development : Tailor-made solutions for specialized applications.
Automation & Smart Integration : Supports advanced digital and embedded control systems.
Technical Engineering Support : Professional assistance for design, integration, and customization.

Frequently Asked Questions (FAQ)?

What are microfluidic chips?

Microfluidic chips are miniature devices containing microchannels for precise handling of very small fluid volumes.

What are manifolds used for?

Manifolds distribute, combine, and route fluids within compact fluid management systems.

What industries use these products?

Biotechnology, pharmaceuticals, diagnostics, semiconductor manufacturing, and analytical industries.

What materials are available?

Glass, silicon, PEEK, PTFE, stainless steel, PMMA, and PDMS materials are available.

Are custom designs available?

Yes, fully customized manifold and microfluidic chip solutions are available.

Can sensors and valves be integrated?

Yes, integrated valves, sensors, and electronic control systems are available.

What fluid volumes can be handled?

Systems can handle nanoliter to liter-scale fluid volumes depending on design.

Are the systems suitable for OEM integration?

Yes, compact embedded designs are ideal for OEM applications.

Can these products handle chemicals and biological fluids?

Yes, material compatibility options are available for diverse media types.

Are technical support and prototyping services available?

Yes, engineering support, prototyping, and OEM development services are available.

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