Custom Design, Product Development & OEM
for Your Microfluidic / Fluidic System
PreciGenome offers consulting, custom design, product development and OEM solution for customers who need microfluidic lab on a chip prototyping and instrumentation. To help you focus on your applications and your lab on a chip system, we have developed a wide range of OEM products for flow control and fluid handling related applications.
All our instruments are available as OEM products. Our OEM products can easily be integrated into your complex instruments. Software Development Kit (SDK) is also available to you.
Are you looking for experts in fluidic designs, or developing a fluidic system?
Our goal is to work with our clients to develop their designs from concept to prototype and all the way on to production.
Our consulting practice includes developing and designing fluidic devices, instruments and processes with a focus on the early stages of product development. In past projects, we have designed, made and tested:
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Fluidic cartridges, microfluidic chips, microfluidic chip manifolds;
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Pneumatic, peristaltic and syringe-based instruments with embedded microprocessors for controlling flow through microfluidic systems;
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Pressure sources for ripple-free fluid pumping;
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Image analysis, high-speed imaging system;
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Fluorescence detection, optic design;
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Heating & cooling system;
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Mechanical and control design for liquid dispensing robot;
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Software/firmware design.
With our long experience in the field and our wide range of high-quality design, we can help you to find the best solutions for your system.
We provide a wide range of solutions, starting from high precision instruments and OEM components for complete and custom solutions.
Our Expertise:
uFluidic Control System uFluidic Chip Fitting&Tubing System Integration
Pressure/Flow Control
- Pressure control custom design
- Liquid handling
Thermal & Motion Control
- TEC control
- Heating & cooling system design
- Motion stage design
- Motion stage fabrication
- Motion controller
Valves/Pumps
Microfluidc Cartridge Design & Prototype
Instrument Integration & Manufacturing
- Software design
- Instrument housing
- Instrument design and integration
- ISO 13485
Process:
1. Project Definition
We offer thorough review of your existing concept to establish its feasibility and identify key modifications required to achieve a commercially viable, manufacturable product. We assess the requirements of the product based on our experience and capabilities. Together, we define the project and draw up an initial project plan.
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Design requirements
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Risks assessment
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Product breakdown
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Initial project plan
2. Feasibility and Concept
In this phase, we address technical risks using a rapid sprint based methodology where key risks are isolated and addressed with rapid design and build test work packages. We focus on feasibility and make an inventory of all the requirements and specifications for this project. Usually, we build proof-of-principle prototypes for laboratory testing
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Functional breakdown
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Proof of concept
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Cost estimation
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Risk analysis and management
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Time line management
3. Design Validation and Verification
Validation and verification testing to ensure that the detailed design specifications satisfy the design requirements. A serial of prototypes will be designed and built. We test and enhance until it meets the specifications and has all the required features. This process results in a verification report for the validated and locked-down product design which will now be ready for production.
We think ahead about scalable manufacturing processes to keep options open for future volumes. We start the build-up of our manufacturing process.
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Product design
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Prototyping and validation
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Iterations
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Product verification
4. Transfer from Design to Manufacturing
The design and manufacturing departments work together to safeguard the quality of the final product. They make sure all processes are set for transferring from design to manufacturing.
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Production planning
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Process validation
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Product validation
5. Manufacturing
Design, build, installation and wet commissioning of all pilot line infrastructure as per the manufacturing plan generated in earlier stages. Following the processes that ensure the quality of your product, we make sure we will produce the agreed-upon volumes and the products meet all the requirements.
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Quality Control
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Quality Assurance
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Production
Related Cases:
Automated Droplet Generator Fully automated system for droplet generation with adjustable droplet size.
Nanoparticle Synthesis System for Mass Production
Thermal Cycler for Rapid PCR
Droplet Generation Cartridge for Cell Isolation
Fluorescence Detection System
Cell Perfusion System
Media controller for Organ on a Chip
Multi-reagent Delivery
Who Are We?
Precigenome is located in the heart of Silicon Valley, San Jose, California, USA.
We have been focusing on developing affordable microfluidic platforms and solutions for researchers and designer since we started our business. We provide cost-effective OEM solutions for microfluidic products development. Our microfluidic technology enables rapid prototyping with high quality and reliable performance.
Our goal is to work with our clients to develop their designs from concept to prototype and all the way on to production. Our consulting practice includes developing and designing fluidic devices, instruments and processes with a focus on the early stages of product development. In past projects, we have designed, made and tested
Some of Our Customers
