Aerospace
5-axis accessibility and distortion control for thin-wall brackets, housings and frames.
View solution
Applications
One datum for every industry —
One datum for every industry —
held the same.
ZPP zero point and CNC workholding systems turn the thin-wall, small-part, large-part and high-volume challenges of aerospace, medical, mold and more into one repeatable datum logic.
≤0.005mm repeatability
6×core industries
8standard modules
Workholding Logic
One datum, six ways to apply it
Zero Point Datum · 0.005mm repeatability
Dovetail Fixture · frees 5-face machining
Self-Centering Vise · centering in seconds
Pneumatic Station · automated cycle
Quick-Change Plate · instant process change
Modular Combination · flexible multi-part
Industries Covered
We don't sell clamps — we define the fixturing logic first.
Every industry has its own geometry conflicts and process risks. We start from the part, the machine and the process, propose a preferred and an alternative fixture route, then map them to specific ZPP modules.
Automotive
High-takt volume production and flexible changeover for engine blocks and knuckles.
View solutionMedical
Small-part precision and cleanliness for titanium plates and minimally invasive instruments.
View solutionPrecision Mold
High rigidity and process transfer for mold cores, electrodes and sliders.
View solutionElectronics / 3C
Micro-distortion control for aluminum housings, heatsinks and connectors.
View solutionGeneral Machining
Quick-change for flanges, housings and irregular parts in high-mix, low-volume runs.
View solution
FAQ
What to confirm before a fixture is released.
These are cross-industry common questions. For industry-specific validation details, see the relevant block above.
Q1Can both complex and regular parts be reviewed?
Yes. The fixture direction depends on geometry and process risk — some projects suit a dovetail fixture, others fit better with a self-centering vise, a pneumatic station or a custom combination.
Q2What should be verified first?
Prioritize datum repeatability, clamp-induced distortion, tool clearance, and the real repeat-loading sequence between processes.
Q3Can the plan scale from prototype to volume?
Yes. A validated fixture can be standardized to a common base or pallet, but the volume version still needs checks on loading, maintenance, sensing and takt.
Q4Can ZPP modules be mixed?
Yes. Dovetail fixtures, self-centering vises, quick-change plates and modular combinations all share a unified datum interface, so they combine freely by process.
Q5What materials are needed for a review?
We recommend the part STEP, machine model and interface, key datums and risk zones, tool list, and batch takt and process-transfer info.
Q6Is this a performance guarantee?
No. The validation paths on this page are suggested sequences, not published customer results or performance promises; the final word is the mutually agreed trial cut and inspection.
Start a Review
Bring real fixturing constraints —
Bring real fixturing constraints —
let's review your part together.
Submit drawings and current bottlenecks; we'll compare workable fixture directions — logic first, then product count.
01 ReviewMap the part, machine, datum, tool accessibility and process handoff.
02 RankCompare preferred and alternative fixture routes, with their limits.
03 ValidateAgree on mounting, clearance, repeat loading, trial cut and inspection.
04 DeliverOutput an actionable fixturing BOM and validation checklist.