- Proof of Process
- Design for Manufacturability (DFM)
- Failure Mode and Effects Analysis (FMEA)
- Process Development
Leading manufacturers trust PMD to automate all of their EV manufacturing processes. From automating the production of battery cells to developing robotics systems for welding, assembly, and material handling, we deliver precise solutions that reduce error and speed up production. We will build, install, and even service your EV Automation equipment.
AREA OF EXPERTISE
- PEM fuel cells
- PEM Water electrolysis equipment
- Solid oxide fuel cells
- PEM Electrolysis Equipment
- Electric Vehicle (E / V) component manufacturing
- Chip Placement
- Flat Glass processing equipment
- Blade assembly
- Tower construction
- Battery filling
- Battery Mfg. Systems
AREA OF EXPERTISE
Process Application Examples
- Adaptive Vision-Guided Robotics
- Metrology Systems
- Ultrasonic & Laser Welding, Bonding, and Curing
- End of Line (EOL) Testing
- Cleaning Systems
- Adaptive Assembly
- Web Handling
- Dispensing & filling
- Laser Marking
- Integrated Oven Systems
AREAS OF EXPERTISE
Breadth of Capabilities
- URS Development
- Traceability Matrices
- SOP Development
- FAT/SAT Protocol
- IQ, OQ, PQ
- CE Compliance
- Recipe Management
- High Volume Production
- Asynchronous / Synchronous
- Product Traceability
- World-Class OEE
- Optimized Engineering Process
- Filling & Dispensing Solutions
- 3rd Party Equipment Integration
- Incubation, Drying, & Curing
- Primary & Secondary Packaging Systems
- Robotics: Assembly, Inspection, & Material Handling
- Vision Inspection & Vision Guidance
- Assembly / Test
- Pilot Production
- Modularity / Flexibility
- Cleanrooms (ISO 7, Aseptic) & Design for Cleanability
- Explosion Proof (Class I Div I/II)
- Humidity Control
- Temperature Control
- ESD Control
- Other Challenging Environments
- New Model Variants
- Volume Adaptability
- High Mix Low Volume (HMLV)
- Strategic Partnerships
- Operator & Maintenance Training
- Machine Retrofits
- Spare Parts Programs
Custom Machine Design
PMD builds automation success stories. We combine expertise with diverse technologies and a vast application knowledge base to guarantee success for our global clients.
PMD combines bullet-proof integration of 3rd party equipment with database management on your preferred platform. Our controls system will communicate seamlessly with your MES for an on-time deployment and compliance with industry traceability standards.
Build to Print (BTP)
Have a fully designed system, just need it built? With PMD’s global sourcing network and vertical integration, we can cost-effectively replicate machines to provided prints in quantities of 1 to 100.
Clients rely on results from the PMD Lab to solve problems, mitigate risk or improve a process. Using our tools such as machine vision, laser welding, 3D printing, or robotics, let us help find a solution to your biggest headaches. Low-cost efforts yield big-time results.
High Precision Apps
Some applications require high precision beyond what standard technology offers. PMD has experience in high-precision applications with tolerance requirements in the 0.1 µm range.
Lasers are used in many different applications in automation. From marking to ablation to welding, cutting, and more. PMD can run process experiments with our in-house laser as well as specify and integrate lasers of all manufacturers, types, and applications.
We can take your products and idea from prototyping through production to packaging across all materials. Full design for manufacturing engineering support is available to develop cost-effective precision machining solutions to support Kan-Ban/JIT sourcing of your precision machined parts.
PMD has experience in many different types of packaging including, but not limited to trays, blister packs, and cartons/cases/boxes. We are skilled in anti-tamper seals, palletizing, kitting and part marking or labeling.
Filling systems are a staple in the life sciences and healthcare industry. PMD designs high-volume filling lines to handle a wide variety of bottle shapes and sizes while controlling dispensed volume and/or weight.