Performance Motion Devices (PMD) Company Profile: Motion Control ICs, Drives and Software
Updated: 6 days ago
Performance Motion Devices, commonly called PMD, develops multi-axis motion technology. Its portfolio includes motion ICs, modules, digital drives, boards and development software built around a common architecture. Engineering support covers motor tuning, board design and customized hardware or software integration.
Performance Motion Devices (PMD) at a Glance
Company fact | Verified detail |
Name | Performance Motion Devices (PMD) |
Technical focus | Motion control ICs, servo drives, modules and development tools |
Country / listed operating location | United States |
Published contact address | 80 Central St, Boxborough, MA 01719, United States |
Founded / established | 1992 |
Applications | Multi-axis automation and OEM motor control |
Catalog coverage | 11 mapped product records; representative entries discussed below |
Origins and Component-Level Position
Performance Motion Devices, or PMD, states that it was founded in 1992. The company's portfolio consists of motion-control integrated circuits, modules, amplifiers, drives, boards and development tools. Its business is therefore best understood as supplying building blocks to machine and device designers, rather than selling a single finished robotic system.
The official product presentation includes C-Motion and Pro-Motion software alongside hardware. That combination matters to OEMs because the development environment and control interface can influence how quickly a motion function is incorporated into a product and maintained across different machine configurations.
Technology: Reusing a Motion Architecture
A motion system combines command generation, feedback, power delivery and the mechanics being moved. PMD supplies products at several points in that architecture. An IC-based design offers different integration responsibilities from a ready-made drive or board: the equipment builder may gain flexibility while taking on more electrical and firmware engineering.
The engineering comparison should therefore consider the level of integration as well as the axis count or motor type. Evaluate how motion profiles, fault handling, synchronization and feedback are implemented in the chosen product. A common software architecture can make reuse attractive, but it does not remove the need to tune and validate the complete mechanism.
Applications and OEM Evaluation
PMD identifies life sciences, robotics, medical devices, semiconductor equipment and industrial automation as markets. These applications may need compact packaging, multiple coordinated axes or carefully controlled movement, but their operating requirements differ. The catalog should be used to identify candidate products before narrowing the design to one supported configuration.
Start evaluation with the real motor, load and motion sequence. Include thermal behavior, electrical noise, feedback reliability and recovery after a fault. Establish how configuration data and firmware versions will be controlled in production. This gives an OEM a more useful basis for selecting a motion building block than a comparison of isolated maximum ratings.
Strengths and Practical Limits
The following assessment interprets the documented portfolio and its engineering role. It does not report a hands-on benchmark, a guaranteed return on investment or an independently verified ranking.
Strengths
Component choices span ICs through more integrated motion products
Hardware and development software are offered together
OEM-oriented architecture supports several industrial markets
Points to Verify
Integration responsibilities vary with product format
Control performance depends on the complete electromechanical system
Production configuration and fault recovery need explicit validation
Current Catalogue Coverage
Catalogue checked on 15 October 2026: 11 associated product records. The links below are representative entries, rather than a claim that every historical model is currently available.
Performance Motion Devices (PMD) FAQ
What does Performance Motion Devices (PMD) do?
Performance Motion Devices (PMD) works in motion control ICs, servo drives, modules and development tools. Its relevance to automation comes from the products and capabilities described in this profile, rather than from a claim that it supplies every component of a complete robotic installation.
Which Performance Motion Devices (PMD) products are covered by All Things Cobots?
PMD Juno MC71113 / MC73113 / MC78113 Velocity Control ICs; PMD Magellan MC58000 Motion Control IC. The catalog provides a representative selection. Product naming, supported options and software versions should be checked against the specific configuration under consideration.
How should an engineering team evaluate Performance Motion Devices (PMD)?
Integration responsibilities vary with product format. Control performance depends on the complete electromechanical system. Production configuration and fault recovery need explicit validation. A realistic evaluation connects those questions to the actual process, operating environment and acceptance criteria.
Does this profile establish current revenue, valuation or market share?
Only specifically attributed, dated figures establish those facts. No revenue, valuation, ownership percentage or market-share estimate has been inferred from the number of catalog entries, association membership or marketing language in this profile.
Explore Performance Motion Devices (PMD) on All Things Cobots
Sources
Advanced Motion Control Solutions from Performance Motion Devices — www.pmdcorp.com
