CMZCMM / CMZ
CMZ Zenith Series
CMZ 06.08.06 · CMZ 08.10.06 · CMZ 10.12.08 · CMZ 10.15.08 · CMZ 12.15.10 · CMZ 12.20.10
- Range
- 600 × 800 × 600 to 1200 × 2000 × 1000 mm
- Length measurement error
- MPE(E0) from (0.5+L/500) µm
PKL / PRECISION MEASUREMENT
High-Accuracy Coordinate Measuring Machines for Complex 3D Inspection
PKL helps manufacturers select the right CMM system for GD&T, machined parts, automotive components, mold, jig, fixture, and precision 3D measurement requirements.
CMM / MEASUREMENT IN MOTION
Application-led inspection.
MODEL FAMILIES / CMM
Start with the CMM architecture and working envelope.
Actual manufacturer catalogue images are paired with the public selection specifications below. Use the model list to narrow the discussion; PKL confirms the final configuration.
CMZ
CMUCMM / CMU
CMU Ultra Series
CMU 06.08.06 · CMU 08.10.06 · CMU 10.12.08 · CMU 10.15.08 · CMU 10.20.08 · CMU 12.15.10 · CMU 12.20.10 · CMU 15.20.12 · CMU 15.25.12 · CMU 15.30.12
- Range
- 600 × 800 × 600 to 1500 × 3000 × 1200 mm
- Length measurement error
- MPE(E0) from (0.9+L/350) µm
CMECMM / CME
CME Economic Series
CME 06.08.06 · CME 08.10.06 · CME 10.12.08 · CME 10.15.08 · CME 10.20.08 · CME 12.15.10 · CME 12.22.10
- Range
- 600 × 800 × 600 to 1200 × 2200 × 1000 mm
- Length measurement error
- MPE(E0) from (1.9+L/300) µm
CMSCMM / CMS
CMS Workshop Series
CMS 05.06.05
- Range
- 500 × 600 × 500 mm
- Length measurement error
- MPE(E0)=(2.2+L/300) µm at 18–22 °C
01 / PKL
What is a CMM?
A Coordinate Measuring Machine is used for accurate 3D dimensional inspection. Depending on configuration, it measures parts using contact probing and can support scanning workflows for complex shapes, machined features, and quality control requirements.
Accurate 3D dimensional inspection
Measure X, Y, Z geometry and dimensional relationships that need more than simple visual checks.
Contact probing and scanning options
Select tactile probing, scanning, and fixture approach based on the part, tolerance, and inspection workflow.
Built for quality control decisions
Use CMM data to support dimensional reports, GD&T checks, production validation, and inspection planning.
PROBE STRATEGY / 2026
Trigger, scan and articulate—only where the feature requires it.
The September 2026 CMM catalogue documents trigger and scanning probe paths, articulated-head configurations, Vispec Cube software and controller compatibility. The final probe tree and access angles must be simulated against the real CAD, fixture and collision envelope.
Touch-trigger points
Use planned tactile points for datums, planes, bores and defined geometric features.
Continuous scanning
Use SP25/CSP/HSP-class scanning configurations where a denser profile or surface path is needed.
Articulated access
Evaluate head angle, stylus length, feature access and collision risk together—never as independent catalogue choices.
Engineering source controlTZTEK CMM catalog, revision 2026-09-09, probe systems pp. 23–26. Published accuracy remains conditional on model, environment and technical agreement.
02 / PKL
When CMM is the Right Choice
Use CMM when your inspection problem depends on true 3D geometry, tight tolerances, tactile probing, or complex features that need reliable dimensional evidence.
Machined metal parts
Validate milled, turned, ground, and precision-cut parts where dimensions depend on 3D relationships.
Automotive components
Support dimensional control for housings, brackets, shafts, gears, assemblies, and production-critical parts.
Mold, jig, and fixture inspection
Check hard tooling, fixture datum, mold surfaces, and setup references where geometry must stay controlled.
GD&T and complex geometry
Use CMM for position, flatness, profile, perpendicularity, true position, datum structures, and complex features.
Large or heavy precision parts
Larger precision parts where CMM travel, load capacity, and inspection environment are suitable.
Parts that require contact probing
Inspect bores, datums, internal features, planes, and touch-measured points where optical-only inspection is not enough.
03 / PKL
Recommended CMM Solution Families
PKL does not over-specify from a catalog. We confirm the model recommendation based on part size, tolerance, material, environment, and inspection workflow.
Bridge CMM for production and quality rooms
A practical CMM family for teams that need stable dimensional inspection in QC and production environments.
High-accuracy CMM for demanding tolerances
Recommended when tolerance, part stability, measurement strategy, and reporting requirements demand tighter control.
CMM with probing/scanning options
Probe configuration is selected around access, feature type, cycle time, data needs, and operator workflow.
04 / PKL
See Where CMM Fits Real Manufacturing Parts
See how tactile probing supports machined parts, internal features, datum structures, fixtures, and complex 3D geometry. PKL reviews part size, access, load capacity, and fixturing before recommending the measurement approach.
05 / PKL
CMM vs VMM Guidance
Not sure which measurement system is right? PKL helps define the path from your actual part, tolerance, inspection method, and production workflow.
Use CMM when…
Your inspection depends on 3D geometry, GD&T, contact probing, machined parts, mold, jig, fixture, complex surfaces, or deeper feature control.
Use VMM when…
You need fast optical inspection for small, flat, thin, visual-feature parts such as rubber, plastic, PCB, glass, and batch measurement work.
Let PKL Recommend the Right Solution06 / PKL
PKL Support Before and After You Buy
From part evaluation to installation, training, service, rental, trade-in, and automation integration, PKL supports the full decision and ownership path.
Application-based consultation
Part evaluation before quotation
Installation and training
Calibration and PM support
Rental and trade-in options
Automation integration support
07 / PKL
Send Your Part. We Help You Select the Right CMM.
Tell us about your part, material, tolerance, current inspection method, and production environment. PKL will recommend the CMM path that fits your real application.
For faster consultation, include part type, material, approximate size, tolerance requirement, current inspection method, and any available drawing or sample photo link.
THE NEXT PRACTICAL STEP
Start with the part.
Choose with confidence.
Share the geometry, tolerance and inspection goal for an application-led recommendation.
CMM DIGITAL WORKFLOW
Plan the full CMM measurement workflow before choosing hardware.
Move from CAD and fixturing to probe access, collision control, touch-trigger or scanning strategy, reporting and MES handoff.