Proper machine guarding is essential for preventing injuries, avoiding regulatory issues, and minimizing downtime. Whether you need fixed or adjustable guards, interlocked doors, spacers, or complete guarding kits, IFP can design a solution that fits your equipment, application, and working environment.
Custom industrial automation shortens cycle times, reduces errors and waste, and frees staff for higher-value work. Advanced systems can detect issues in real time, enabling immediate corrections and reducing delays. Engineered automation also improves energy use and overall efficiency, helping your operation run more sustainably.
Well-designed robotic systems enhance automation with greater precision, productivity, and consistency. From articulated robots and cobots to pick-and-place units, robotics reduce repetitive-task injuries and improve quality. They’re also easily reprogrammed or redeployed as production needs change, providing long-term flexibility and reliability across multiple applications.
Industrial sensors provide the real-time data needed for closed-loop automation, high-accuracy defect detection, and early fault identification. They monitor conditions like temperature, humidity, vibration, noise, and air quality, allowing operators to address issues before they impact production, equipment health, or worker safety.
Prototyping is a key part of product development, and IFP helps you move from concept to real-world testing faster. We support customer prototypes by designing and building components, subassemblies, or pilot equipment for evaluation under operating conditions. This approach helps validate fit, function, and performance early, reducing risk before full production.
End-of-line test stands help you verify performance and catch defects before products reach the field. IFP designs and builds test stands tailored to your components and acceptance criteria, giving you fast, repeatable validation at the point of production. The result is earlier issue detection, less rework, and fewer disruptions to throughput and uptime.