PaR Systems, LLC. products

PAR can design and develop configurable, robotic fixtures to address your full range of parts while ensuring the fixture is appropriate for your manufacturing process. Robotic fixtures are sometimes referred to as flexible fixtures because they are designed to be adjustable and adaptable to different tooling needs. However, the positioning and holding of parts remains rigid, so PAR uses the language of configurable and robotic to avoid confusion.

PAR Systems offers comprehensive automated feeding system design and build capabilities. Our capabilities include material and parts feeding, web and wire handling, and flex feeding.

Automated or semi-automated tube and vial labeling machines from PAR Systems provide a higher level of accuracy, quality control, data analysis, and production yield than processes with manual operations.

At PAR Systems, we leverage decades of experience in the design and implementation of micro parts precision handling systems. We create solutions that are suited to the unique challenges of medical device manufacturing and any other small parts handling applications. From component feeding, laser processing and ablation, welding, to micro-dispensing, inspection, and assembly, we have designed custom systems that integrate multiple solutions to create holistic, highly precise systems for a variety of small parts manufacturing applications. We excel at applications with extremely small components and high accuracy requirements, such as spheres smaller than 300 microns in diameter placed within 5 microns of positional accuracy.

PAR Systems designs and develops friction stir welding (FSW) machines using I-STIR FSW technology–the most advanced friction stir welding technology on the market. Our FSW machines are built for our customers’ needs and allows them to take full advantage of FSW process benefits.a

PAR was proud to support the production of the Artemis 1 spacecraft by designing custom material handling crane systems. Multiple cranes were including a unique 2 trolley, 2 hook configuration on a bridge crane that has a 200-ton capacity to move extremely critical solid rocket boosters, and 2 primary cranes that have a 75-ton capacity and can lift rocket components 172 feet high.

Construction of the Oldsted Dam on the Ohio River involved lifting and placing 5,304 capacity crane in the riverbed to form the dam`s foundation. The United States Army Corps of Engineers worked with PAR Systems to design and build the world`s largest rolling gantry crane in order to achieve this task.

The Henry S. Shreve barge crane was designed by PAR in partnership with the United States Army Corps of Engineers. With a lifting capacity of 550 tons, this crane plays an integral role in the construction and maintenance of ports, barges, and dams. The crane has been used for:

Precision ultrasonic cutting and sculpting systems that boost productivity, reduce tooling costs, and streamline complex processes—fully automated and tailored for high-efficiency manufacturing.

High-speed, high-precision spindle milling and trimming systems built for large-part production and long-term performance in marine, aerospace, and composite applications.