Controlled Fluidics is a subsidiary of Ingersoll-Rand, Inc. products

We specialize in precision plastics bonded manifolds for pneumatic and fluidic applications, taking complex systems and streamlining them to create more compact and modernized products.

For teams seeking a more cost-efficient, easier to design manifold solution, drilled and single-layer manifolds may be the answer. Such manifolds are created by CNC milling and other precision plastic machining techniques without using diffusion bonding or layering plastic. Manufacturing drilled manifolds here creates straight channels and direct ports needed for optimal fluidic systems. 

Acrylic is a clear plastic that is one of the most frequently used materials for bonded device manifolds due to its low cost, easy machinability, and excellent clarity. Many use the name "acrylic" interchangeably with Plexiglas® (and Perspex) as this plastic material can become optically clear with post-machining polishing. This is why acrylic window panes are becoming more popular, especially in mass transit. All these materials are made from polymethyl methacrylate (or PMMA), however, each has some slight differences in terms of quality and performance. 

The ability to inspect and clean your fluidic manifold can increase its lifespan. However, doing so may require occasional valve removal and re-installation on the manifold. Using threaded inserts over the more typical threaded holes can reduce wear and potential thread failure from frequent disassembly. We at Controlled Fluidics recommend inserts be used in #2 or smaller threads.

Our barbed straight fittings are designed to provide a secure and reliable connection for fluidic applications, ensuring optimal performance in a range of environments.

Our barbed elbow fittings are designed specifically for fluidic systems requiring efficient, reliable directional flow control. These fittings allow fluid to be redirected within compact manifold layouts, minimizing space while maintaining a secure, leak-free connection. The adjustable design, combined with high-quality materials, makes these fittings a great choice for many industrial and laboratory fluidics applications.

Our low-profile barbed elbow fittings are engineered for fluidic applications where space is at a premium and precise fluid direction is essential. With an innovative low-profile design and dual O-ring sealing, these fittings offer a secure, leak-resistant connection meant for compact fluidics systems. Their adjustability and robust construction make them a reliable solution for high-performance fluidic systems across multiple industries.

Displacement pumps often offer a high resolution and provide accurate and repeatable fluid control down to the microliter scale. This precision is critical for applications in diagnostics, lab automation, and other fields requiring consistent and exact fluid handling.

Auto pipettors bring advanced air displacement technology to sample handling, making them a great choice for benchtop instruments that use disposable and single-use plastic tips. Designed with zero carryover in mind, these pipettors ensure reliable and contamination-free sample aspiration and dispensing. This is something absolutely critical for high-precision laboratory and analytical applications.

Metering pumps are specially designed to meet the rigorous demands of fluidics systems using plastic manifolds. These pumps are built on our proprietary rotating-while-reciprocating pump technology, which ensures precise and consistent fluid dispensing, even in challenging environments. This unique technology enhances flow accuracy, reduces pulsation, and supports a broad range of flow rates. This makes these pumps fit for applications requiring microliter to milliliter-scale precision.