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If your device is struggling with inconsistent flow, pressure spikes, or miniaturization constraints, you’re not alone. In laparoscopy, implantable pumps, surgical robotics, and IVD systems, inconsistent flow and inadequate filtration are the root causes behind performance drops, failed validations, and long time-to-market.
How Mott + IDEX help:
We engineer mission‑critical components – from porous metal/ceramic filtration and restrictors to microfluidic manifolds and hermetic assemblies – that deliver stable, laminar flow, clog‑resistance, and clinical‑grade durability. Then we back it up with rapid prototyping, in‑house testing, and a prototype‑to‑production pathway built for speed.
ISO/AS9100/ITAR, >99% on‑time delivery, global tier‑1 OEM track record
Application specific consulting (porosity, geometry, flow rates, cost optimization.
Prototypes in days, iterative lab testing for flow, pressure, filtration, and thermal stability.
Performance data, material compatibility, and clog resistance verification.
High volume manufacturing with clinical grade quality and on time delivery.
Continuous improvement to extend product life and reduce per procedure cost.



Mott propellant and helium filters protect aerospace systems from particulate, motion wear debris, and trace contamination, ensuring reliable performance and extending component life in demanding space environments.
Mott’s Computational Fluid Dynamics (CFD) modeling accelerates product development with precise simulations, efficient sizing, & optimized parameters, helping engineers design reliable fluid systems faster, more efficiently.
Mott porous metal filters and flow restrictors deliver proven performance in demanding aerospace applications, supporting propulsion, fluid management, and mission-critical systems with lightweight, durable designs.
Mott flow restrictors replace drilled orifices, capillary tubing, and needle valves, delivering accurate flow control, reduced wear, and consistent results across aerospace and industrial applications demanding long-term reliability and precision.
Mott gas diffusion layers combine uniform porosity, mechanical strength, and corrosion resistance, making them ideal for high-efficiency fuel cells, electrolyzers, and clean energy systems in aerospace and industrial applications.
Mott’s delivers precise porosity control and complex geometries. With 3D-printed porous metals, we create prototypes and components that reduce weight, boost durability, and enhance performance in aerospace applications.
Our solution: Cryo‑stable porous filtration + optimized flow restrictors for constant thermal delivery, anti‑clog performance, and gamma‑sterilizable designs.
Our solution: Tight‑tolerance orifice plates, precision microchannels, degassing systems, and biocompatible materials to ensure consistent, ultra‑low flow rates.
Our solution: Biocompatible porous filtration and metered flow restrictors that maintain predictable delivery and resist clogging and increase durability throughout device life.
Our solution: Micro‑components, hermetic ceramic‑to‑metal feedthroughs, and filtration assemblies that fit tight geometries that ensures the highest quality and performance of medical devices.
Our solution: Optical filters & illumination integrated with microfluidics for clean, precise flows and reliable visualization.
“Mott’s last-chance filters have been on every one of our propulsion systems since 2015, not a single mission failure due to contamination.”
“Their ability to deliver both custom prototypes and off-the-shelf solutions on tight timelines keeps our programs on track and mission-ready.”
“From design review to final qualification, Mott’s engineering support and AS9100-certified quality have been outstanding.”
Mott proudly manufactures in the United States, ensuring strict quality control, fast turnaround times, and dependable supply chains. Our domestic facilities support aerospace and defense programs with precision-engineered filtration and fluid control solutions.
With decades of experience, Mott components have supported NASA missions, satellites, and commercial spacecraft. Our proven track record in spaceflight demonstrates unmatched reliability, innovation, and performance in the harshest aerospace environments.
Mott accelerates innovation through rapid prototyping, transforming designs into functional porous metal components quickly. Our agile development process enables faster testing, iteration, and deployment of aerospace and defense solutions.