Performance Plastic Fluidic Manifolds come in all shapes, sizes, colors, and materials. They are used in an ever-growing number of industries due to their convenience, cost-effectiveness, and versatility. Fluidic manifolds from Piedmont CMG have been used around the world in devices for Life Science, DNA & RNA Sequencing, Immunoassay, In Vitro Diagnostics (IVD), Biopharmaceutical, Aerospace, Oil & Gas, Food & Beverage, and many other industries and markets.
Bottle & Cap Assemblies
These fluidic storage systems are often made of customized or modified carboys with caps that have been manufactured to integrate sensors, float switches, or polymer tubing. Customized Bottle and Cap Assemblies may be required by devices to supply reagents, water, or other fluids for immunoassay applications. Customized carboys, bottles, and bottle caps are also commonly found on the waste side of an immunoassay instrument to safely contain and monitor waste levels.
Chemically Inert Plastic Tubing Assembly
There are countless new industries and applications for Chemically Inert Tubing Assemblies. Our tubing assemblies are made of high performance and engineering grade plastic materials that can serve a variety of purposes. Plastic tubing assemblies give design engineers total control of fluid movement from input to waste output, all in a chemically inert environment. The additional capability of thermoformed bends, coils, and flanges allows for limitless customization and air-tight seals at every point of exchange.
Piedmont CMG’s expertise in performance plastics, combined with decades of precision machining and cutting-edge, proprietary software have placed us in a unique position in our industry. We commonly manufacture the most critical components of new devices, requiring precision, reliability, traceability, accountability, and a close partnership with our valued customers.
Microfluidic Systems are used where control is needed over the flow of very small and precise amounts of fluid. This technology allows for decreased sample and reagent consumption, smaller and lighter overall device design, shortened cycle times, less energy consumption, and frequently results in a reduction in the total cost of an application. Microfluidic manifolds and microfluidic chips can be manufactured in a variety of performance plastic materials to fit the requirements of your design.
Pneumatic Manifolds are integrated into an assembly to provide a junction for directing compressed air or gas in a pneumatic system. These manifolds can be as simple or complex as the design requires, and can be made from a wide variety of plastic materials. Our experienced team is available to help you select the best plastic material for the requirements of your design, saving you time and money!