Automotive and robotics manufacturers face rising pressure to improve precision, reduce downtime, and stay agile in extreme environments. Between rising EV adoption, autonomous vehicle tech, and complex manufacturing conditions, the need for durable and adaptable motion control solutions is more critical than ever.
IMI—backed by brands like Norgren, Bimba, and Bahr—engineers custom solutions that perform under pressure. Here’s how they’re meeting the demands of high-load, high-speed systems in real-world automotive and robotics applications.
The Problem: Harsh Manufacturing Environments
Modern manufacturing plants deal with more than just fast cycle times—they also face:
- Extreme temperature swings: Automotive test environments can shift by 60°F in seconds.
- Contamination: Dust, oil, and "killer particles" accelerate wear on seals and surfaces.
- Vibration: Robotic arms and automation equipment introduce misalignment risks.
These conditions degrade actuators, valves, and sensors that aren’t built for them, leading to breakdowns, downtime, and compromised product quality.
Best Practices for Reliable Motion Control in Harsh Conditions
IMI addresses these harsh environments with a mix of smart materials, advanced sealing, and robust engineering:
✅ 1. Rugged Materials & Protective Coatings
- Corrosion-resistant stainless steel, nickel plating, and high-temp polymers
- Elastomeric coatings to resist UV, heat, and chemical attack
- Low thermal expansion materials for precision control
✅ 2. Sealed, Protected Systems
- IP67-rated enclosures for actuators and valves
- Custom enclosures that resist moisture and dust ingress
✅ 3. Precision Engineering for High-Load Robotics
- Tight-tolerance proportional valves for dynamic control
- Custom assemblies designed for easy installation, weight savings, or footprint reduction
- Quick-service designs like IMI Norgren’s Excelon® Plus with Quikclamp technology
✅ 4. Predictive Maintenance Built In
- Feedback-enabled pneumatic systems
- IIoT integration for real-time condition monitoring
- Up to 40% cost savings and 50% downtime reduction over reactive maintenance
Real-World Solutions from IMI
Here’s how IMI puts theory into action:
Hot Forming Gripper – Extreme Heat
Customer: Automotive stamper using 1,100°F+ transfer systems
Solution:
- IMI grippers rated for 1652°F
- Integrated sensing for double blanks and part detection
- Highest grip force in class (450 lbs)
- Fully integrated air/electric package eliminates failure points
Compact Valve Module – Space-Saving Pneumatics in Truck Cabs
Customer: Heavy-duty truck OEM
Problem: Under-dash space was tight, air leaks costly
Solution:
- IMI ASAP (Air Solenoid Accessory Pack)
- Stackable valves mounted outside the cab
- Colored push-in fittings match tubing for fast installs
- Reduced cab clutter and improved service access
Robotic Welding & Actuation
Problem: Heat, dust, and vibration were shortening actuator lifespan
Solution:
- Temperature-rated, vibration-resistant actuators
- Durable sealing systems
- Extended cycle life for robotic and pick-and-place systems
Why It Matters
Unplanned downtime costs automotive manufacturers up to $2.3 million per hour. IMI’s focus on component durability, custom design, and maintainability directly reduces that risk.
Whether you're integrating a robotic cell or sourcing actuators for high-heat welding, IMI’s approach is consistent:
Build it right the first time—for your environment, your cycle rate, and your uptime needs.
Let’s Solve It Together
From grippers in hot forming presses to rugged under-chassis valve packs, IMI’s components are proven in the toughest corners of automotive and robotic manufacturing.
Contact Scott Equipment Company to discuss your motion control needs. We’ll help you apply IMI solutions for precision, reliability, and lasting value.
