DESIGN & BUILD FOR SPECIAL PURPOSE MACHINERY
Build Custom Machines Safely.
Special Purpose Machinery (SPM) solves problems that standard equipment cannot. Design & Build for Special Purpose Machinery (SPM) equips your engineering teams to turn that requirement into a custom automation cell, assembly station, robotic workcell, or complete production line, engineered specifically for your process, not adapted from someone else’s.
Design & Build for SPM brings together machine architecture, fixture tooling, mechatronic systems and robotic cells, the elements that turn a requirement into a buildable machine. Machine architecture defines the technical concept: station sequences, motion philosophy, tooling strategy and safety envelope. Fixture tooling, mechatronic systems and robotic cells translate that concept into a machine that is operable, serviceable and installable by design.
The result: a machine built right for your process from day one, that commissions reliably and stays serviceable across its lifecycle.
Fixture Tooling
Design fixtures that guarantee accuracy and repeatability
Fixture Tooling defines the jigs, nests, clamps, locators, datums, grippers, EOAT, pallets, gauges and mandrels that position, support and release parts with repeatable precision. We design fixtures so parts are presented correctly every cycle, removing a primary source of variation and ensuring the automation can deliver consistent quality.
Because the fixture is often the process‑critical element, we focus on datum strategy, serviceable clamping, ergonomic access and changeover simplicity. Our fixture designs are validated for inspection alignment, GD&T compliance and manufacturability so your machine achieves the intended accuracy, yield and maintainability in production.
What We Deliver
Datum Strategy
Define reference datums and part‑location schemes for consistent positioning.
Fixture Design
Develop jigs, nests, clamps, pallets, gauges and tooling for reliable handling.
Clamping Concepts
Specify pneumatic, hydraulic, servo, magnetic, vacuum and mechanical clamps.
Poka‑Yoke
Incorporate error‑proofing for orientation, wrong‑part prevention and missing‑part detection.
EOAT & Grippers
Design EOAT and grippers for robotic handling, tending and pick‑and‑place.
Access & Changeover
Plan tool, service and changeover access for safe, fast operator tasks.
GD&T & Repeatability
Drive fixture design from GD&T to secure inspection alignment and repeatability.
Where we Deploy
Automotive Fixtures | Ev Battery Module Tooling | Press-fit Fixtures | Welding Fixtures | Inspection Nests | Robotic Grippers | Leak-Test Fixtures | Machining Fixtures | Assembly Pallets.