Automated Assembly Systems
Using the latest technology in vision, motion control, and component handling, PAR Systems has improved the quality of finished goods for hundreds of customers.
Semiconductor
We develop automated solutions that produce higher yields, speed-up production and maintain quality consistency.
Life Science
We have extensive experience in medical device assembly and understand the requirements of manufacturing in regulated industries.
Learn about assembly automation solutions for life sciences.
Consumer Goods
We can help determine where automated assembly can achieve the best return on investment.
Benefits of Automated Assembly
Significant improvement in cycle time, reduced labor costs, and improved productivity are just the beginning. Automated assembly offers many additional benefits including:
- Ergonomic improvements for repetitive tasks, minuscule parts, or precise movements
- Consistent finished goods quality and accurate assembly
- Ease of operation using our standard software for all systems
- Automated logging with 21 CFR part 11 compliance
- ISO 9001 and 13485 certified project management and documentation approach
Download more information about our automated assembly systems.
Bringing a full suite of technologies to your assembly challenges.
Laser Integration
Solving your process challenges
Laser integration is a core competency in our assembly automation offerings. We have the experience to support your laser cutting and welding, ablation, and soldering processes and can integrate your unique application within a total automation solution.
Laser Processing
Customized to your needs
Our laser processing machines are easily configurable to accommodate specific applications with customizable product fixturing along with simple and user-friendly programming. Our Laser Platforms LP500 can perform laser welding or laser surface treatment. Automating these processes can improve safety, quality, and yield.
Component Feeding
Optimize part handling
Component feeding is often a core function of assembly automation and one that we specialize in. Our automated feeding capabilities include material and parts feeding, web and wire handling, and flex feeding.
We automate the handling of components from very small precision parts destined for medical devices to very large parts destined for rockets and for many things in between. We also have capability to automate component and part feeding amongst a wide range of materials.
Final Assembly
A purposeful approach.
Every automation need is different, and each requires an approach that fits the needs of the application. PAR offers a wide-range of system layouts and base technologies, including semi-auto stations, conveyor-linked work cells, cam-driven machines, smart conveyance technologies, dial plates, walking beams, web lines, robots, gantries, and more.
The PAR Advantage
Decades of Experience
Across industries, we have decades of experience innovating and deploying automated assembly systems. Our expertise has enabled us to create automated assembly solutions for anything from medical devices smaller than the tip of a pencil, to larger than a standard shipping box, to rocket components, and everything in between.
Custom Solutions for Challenging Applications
We can create custom automated assembly systems to suit any challenging application, backed by our expertise and innovative technology. At PAR, we are proud to say that we can:
- Accommodate a variety of throughput rates to meet demanding production needs
- Handle a wide variety of incoming materials
- Adhere to strict quality requirements through inspection and verification systems
Sample Use Case: Battery Manufacturing
Battery manufacturing is a complex, highly sensitive process with numerous steps. At PAR, we can design and implement solutions to bring automation to any step in the process, from raw material distribution and handling, cell assembly, filling, to formation and packing. Our automated systems are proven to work in the very precise conditions present in dry-room environments for lithium-ion battery production.