Your small part assembly and inspection partner
Part Assembly Systems
Your Partner in Part Assembly Systems
IST Precision designs and builds automated part-assembly systems engineered for micro- to small-scale components. These machines integrate precision feeders, robotic handling, ultraprecision motion, dispensing, curing, and inspection to ensure every assembly meets exact tolerances. Developed by a cross-disciplinary team of mechanical, electrical, and software engineers, each system delivers reliable, repeatable results in demanding production environments.

Core Part Assembly Capabilities
IST Precision offers a full spectrum of precision part-assembly capabilities built on years of automation and metrology expertise. Our engineering teams design and integrate complete systems that handle the most delicate components, from micro-scale parts to assemblies just a few inches in size. Each solution combines advanced part handling, force-controlled motion, and integrated inspection to ensure consistent quality and repeatable performance.
Feeding systems using flex feeders, vibratory bowl feeders, and miniature singulation methods for reliable part delivery into automated work cells
Custom gripper designs, including vacuum micro-grippers and low-force precision tooling, for delicate or irregular components
Force-controlled pick-and-place integration to maintain proper grip pressure and avoid part deformation
Machine-vision inspection of parts before and after assembly for dimensional and positional verification
Incorporation of sensing modalities such as thickness measurement, color detection, and surface-finish analysis directly within the automation sequence
Development of formal inspection documentation and data-driven acceptance criteria to replace subjective, microscope-based operator checks
Inline metrology integration leveraging IST’s expertise in precision measurement and calibration
Automated part packaging and tray loading, including bagging, kitting, and precise placement of small assemblies into processing trays for production-ready output
Design methods to mitigate small-force attraction issues that often occur in small part assemblies
Built for Reliability, Throughput, and Consistent Quality
Every small-part assembly system developed by IST Precision is engineered for reliability, speed, and consistent part quality. Each machine is thoroughly tested and validated in-house to ensure dependable operation and minimal downtime once deployed in production.
Small-scale assembly demands exceptional precision and process control. To meet these challenges, IST incorporates high-speed inspection, precision metrology, and intelligent motion control into every system — ensuring each assembly is completed accurately and repeatably. The result is stable, high-throughput production where every assembled part meets specification, and every machine performs consistently over time.
When to Consider Custom Precision Automation
Our machines might be deployed when:

There is no commercial system for a unique process
Accuracy, speed, or size requirements exceed the capabilities of typical platforms
Integration with custom sensors, machine vision, or test modules is needed
Tightly toleranced production demands are increasing beyond normal personnel capacity
Precision process requirements are beyond a typical staff’s skill or capability
We’ve supported industries from medical and electronics to optical and R&D.
IST Insider: Automation Posts
FEATURED
The Tiniest Defects Magnified: IST’s Custom Vision Expertise
January 30, 2025
Are you searching for a machine vision partner for your automation or custom instrument or application? Do you need a company that actually understands inspection? Unlike standard integrators, our company offers a wide breadth of knowledge in metrology and inline inspection.
Vendor Feature: Asyril Flex Feeders – Micro Automation and Feeder Systems
December 17, 2024
The demand for smaller, more powerful, and increasingly functional devices continues to surge, spanning a wide range of applications—from implantable medical devices (such as pacemakers and miniaturized hearing aids) to non-invasive surgical tools and consumer electronics (like smartwatches). However, this trend toward miniaturization presents a challenge: how can we efficiently assemble and manufacture these intricate and delicate devices on a large-scale production level?
Interested in having The IST Insider sent directly to your inbox?
Automating Workflows: A Collaborative Success Story
July 22, 2024
The Industrial Automation market is expected to reach $𝟒𝟎𝟎 𝐁𝐢𝐥𝐥𝐢𝐨𝐧 annually by 2029. This growth is only possible by making automation more flexible and easier to adopt in to manufacturing. The rise in the need for more automation in U.S. manufacturing is in part driven by two factors: a shrinking skilled workforce and the need for cost-effective processes. As companies bring production back to the U.S. (onshoring), staying competitive requires streamlined workflows, and reduced labor costs.
IST Insider: Automation Posts
FEATURED
The Tiniest Defects Magnified: IST’s Custom Vision Expertise
January 30, 2025
Are you searching for a machine vision partner for your automation or custom instrument or application? Do you need a company that actually understands inspection? Unlike standard integrators, our company offers a wide breadth of knowledge in metrology and inline inspection.
Vendor Feature: Asyril Flex Feeders – Micro Automation and Feeder Systems
December 17, 2024
The demand for smaller, more powerful, and increasingly functional devices continues to surge, spanning a wide range of applications—from implantable medical devices (such as pacemakers and miniaturized hearing aids) to non-invasive surgical tools and consumer electronics (like smartwatches). However, this trend toward miniaturization presents a challenge: how can we efficiently assemble and manufacture these intricate and delicate devices on a large-scale production level?
Automating Workflows: A Collaborative Success Story
July 22, 2024
The Industrial Automation market is expected to reach $𝟒𝟎𝟎 𝐁𝐢𝐥𝐥𝐢𝐨𝐧 annually by 2029. This growth is only possible by making automation more flexible and easier to adopt in to manufacturing. The rise in the need for more automation in U.S. manufacturing is in part driven by two factors: a shrinking skilled workforce and the need for cost-effective processes. As companies bring production back to the U.S. (onshoring), staying competitive requires streamlined workflows, and reduced labor costs.
Interested in having The IST Insider sent directly to your inbox?







