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Precision Without Boundaries:

The New CRYSTA-Apex V PLUS

High-speed CNC measurement that leaves the lab and enters the shop floor. Now with expanded temperature tolerance and eco-friendly efficiency.

21_0_191-133_CRT-AVP9108_202505_IM_1-2

Measure with Confidence in Any Environment

The new Mitutoyo CRYSTA-Apex VPLUS delivers trusted accuracy with greater flexibility thanks to its expanded guaranteed accuracy range, eliminating lengthy thermal stabilization. Built-in real-time compensation continuously monitors and adjusts for temperature fluctuations across the machine and workpiece, while the automatic Air Reduction Function optimizes compressed-air consumption during idle periods. Reference-point correction preserves true accuracy across a wide 15°-30° C ambient span. Plus, it dovetails seamlessly into your existing workflows and quality management systems, making high-precision inspection easier and more adaptable than ever.

New Plus Models

544 PLUS 574 PLUS 776 PLUS 7106 PLUS 9106 PLUS 9166 PLUS 9206 PLUS 9108 PLUS 9168 PLUS 9208 PLUS
Measuring Range X

19.68''
(500mm)

19.68''
(500mm)
27.55"
(700mm)
27.55"
(700mm)
35.43"
(900mm)
35.43"
(900mm)
35.43"
(900mm)
35.43"
(900mm)
35.43"
(900mm)
35.43"
(900mm)
Measuring Range Y 15.74"
(400mm)
27.55"
(700mm)
27.55"
(700mm)
39.36"
(1000mm)
39.36"
(1000mm)
62.99"
(1600mm)
78.74"
(2000mm)
39.36"
(1000mm)
62.99"
(1600mm)
78.74"
(2000mm)
Measuring Range Z 15.74"
(400mm)
15.74"
(400mm)
23.62"
(600mm)
23.62"
(600mm)
23.62"
(600mm)
23.62"
(600mm)
23.62"
(600mm)
31.49"
(800mm)
31.49"
(800mm)
31.49"
(800mm)
Worktable Size

25.11 x 33.86"
(638 x 860mm)

25.11 x 45.67"
(638 x 1160mm)
34.64 x 55.90"
(880 x 1420mm)
34.64 x 67.71"
(880 x 1720mm)
42.51 x 67.71"
(1080 x 1720mm)
42.51 x 91.33"
(1080 x 2320mm)
42.51 x 107.08"
(1080 x 2720mm)
42.51 x 67.71"
(1080 x 1720mm)
42.51 x 91.33"
(1080 x 2320mm)
42.51 x 107.08"
(1080 x 2720mm)
21_0_191-137_CRT-AVP7106_no computer
CRYSTA-Apex PLUS 7106

Got questions? Let’s make precision simple.

PROBES

SP25M_650x650
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surfacem

SP25M

PH20

SurfaceMeasure

A compact high-accuracy scanning probe with an outer diameter of 25 mm. It supports scanning measurement, high-accuracy point measurement, and centering point measurement. By utilizing the probe change system, it is possible to fully automate the measurement of parts with various shapes.

Positioning at any angle is possible, and high-speed measurement is achieved by head touch. It can also measure inclined surfaces and holes with narrow openings and wide bottoms, and there is no need to worry about shank interference when measuring deep holes. Measurement programs can be created on a PC using 3D CAD data.

This probe emits lasers, allowing it to measure the surface shape of an object without contact, quickly and with high accuracy. It can handle soft materials and workpieces with complex shapes that are difficult to measure using contact methods, and can efficiently capture minute surface irregularities and shapes. It generates precise 3D shape data.

Frequently Asked Questions

What makes the CRYSTA-Apex V PLUS different from previous CRYSTA-Apex models?

The CRYSTA-Apex V PLUS introduces several enhancements designed to increase measurement flexibility and reduce operating costs. Key improvements include an expanded 15°–30 °C guaranteed accuracy range, real-time temperature compensation, reference-point correction, and an automatic Air Reduction Function that optimizes compressed-air consumption during idle periods.

Do I still need a tightly controlled temperature inspection room?

Not necessarily. The CRYSTA-Apex V PLUS maintains guaranteed accuracy across a 15°–30 °C ambient temperature range, allowing reliable inspection in environments where temperature may fluctuate more than traditional metrology rooms. This flexibility can reduce facility constraints and minimize delays caused by long thermal stabilization times.

How does the temperature compensation system work?

The CRYSTA-Apex V PLUS uses two independent temperature compensation systems to maintain measurement accuracy:

  • Machine temperature compensation (STANDARD):

  • CMM sensors continuously monitor the machine temperature and automatically compensate for thermal expansion of the CMM.

  • Workpiece temperature compensation (STANDARD):

  • Workpiece sensors measure the temperature of the part being inspected and apply compensation based on the material’s thermal expansion coefficient.

Together, these systems help maintain accurate measurements even as environmental conditions change.

What level of accuracy can I expect from the CRYSTA-Apex V PLUS?

The CRYSTA-Apex V PLUS delivers high-precision measurement performance with an accuracy specification starting at E0,MPE = (1.8 + 3L/1000) µm.
This accuracy level supports demanding inspection requirements in industries such as aerospace, automotive, medical device manufacturing, and precision machining.

How long does the machine need to stabilize before measurements can begin?

Within the specified operating temperature range, little to no stabilization time is typically required. The system’s built-in temperature monitoring and compensation capabilities allow accurate measurement even as environmental conditions gradually change.

What is the Air Reduction Function and why is it important?

The Air Reduction Function automatically reduces compressed-air consumption when the CMM is idle. Since compressed air is one of the most energy-intensive utilities in a manufacturing facility, this feature helps lower operating costs while supporting more sustainable manufacturing practices.

What types of probes and sensors can be used with the CRYSTA-Apex V PLUS?
The system supports a wide range of probing technologies, including contact probes such as touch-trigger, scanning, and surface roughness probes, as well as non-contact probes such as laser and optical sensors. Multi-sensor configurations further expand flexibility, enabling measurement of everything from simple geometric features to complex freeform surfaces and GD&T profiles.
Can the CRYSTA-Apex V PLUS work with CAD models and automated inspection programs?

Yes. The system supports CAD-based programming and model-based inspection workflows. With MCOSMOS CAT1000, programmers can create measurement routines directly from 3D CAD models to reduce programming time and improve repeatability. When the CAD model includes PMI (Product Manufacturing Information), MiCAT Planner can automatically generate the inspection program, significantly accelerating program creation and supporting fully digital inspection planning.

Can the CRYSTA-Apex V PLUS integrate with our existing quality systems?

Yes. Measurement data can integrate with quality management and statistical process control systems, enabling traceability, automated reporting, and real-time quality monitoring as part of a broader digital manufacturing environment.

Take the Next Step with Ultimate Accuracy with a Mitutoyo CRYSTA-Apex PLUS