Beyond Motion Control: Real-World Automation Applications with Jenny Science

Automation engineers are constantly challenged to build machines that are faster, more compact, more precise, and easier to maintain. Whether developing semiconductor equipment, laboratory automation systems, electronics assembly stations, or automated test equipment, motion performance often determines the overall success of the machine.

At Jenny Science, we specialize in compact direct-drive motion systems designed to simplify machine design while delivering exceptional precision and dynamics.

Solutions for Demanding Automation Applications

Jenny Science motion technology is used in a wide range of applications, including:

• High-speed pick-and-place systems
• Automated assembly and joining processes
• Semiconductor manufacturing equipment
• Electronics production and inspection
• Laboratory and medical automation
• Automated testing and measurement systems
• Vision inspection and camera positioning
• Precision handling and packaging machinery

Our modular product portfolio allows machine builders to create compact X-Y-Z systems, gantries, rotary positioning stations, and complete motion platforms using standardized components.

Faster Development Through Modular Design

Traditional motion systems often require custom adapter plates, extensive engineering effort, and lengthy integration work.

Jenny Science LINAX® linear motor axes, ELAX® electric slides, and ROTAX® rotary axes are designed as a modular platform that can be combined directly into multi-axis systems.

The result:

• Reduced engineering effort
• Faster machine development
• Smaller machine footprint
• Simplified spare parts management
• Improved machine performance

Integrated Force Measurement for Smarter Processes

Many automation tasks require more than accurate positioning.

ROI Calculator

Discover the potential cost savings of robotic automation over a 20-year system life

This calculator compares your current manual labor costs against the total cost of owning and operating a robotic system over its 20-year lifespan.

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Applications such as:

• Press-fit assembly
• Functional testing
• Contact verification
• Quality inspection
• Force-controlled handling

benefit from precise force monitoring during the motion process.

Jenny Science's patented Forceteq® technology enables force measurement directly within the drive system, eliminating the need for many external force sensors while providing real-time process feedback and quality control.

See It Live at Automate 2026

Visitors to Booth #106 can experience how compact direct-drive technology can simplify machine design while improving performance.

Our team will be available to discuss applications ranging from laboratory automation and electronics manufacturing to precision assembly, testing, inspection, and advanced motion control.

If your automation project requires micron-level precision, high dynamics, compact integration, or force-controlled motion, stop by Booth #106 and discover how Jenny Science helps machine builders move beyond conventional motion systems.

We look forward to meeting you in Chicago.