Evolutionary Advancement
Highly Advanced Non-contact
Measurement Technologies
Well-designed main unit structured for high-accuracy
measurement and autofocus.
Integration of these high-performance technologies has
made 3D non-contact measurement a reality.
The QUICK VISION Pro, our CNC vision measuring machine
family, never stops evolving.
Enables High-Throughput Measurements
Required for Vision Measuring Systems
In recent years, the technology surrounding our lives has entered a period
of substantial change.
Daily updates and technological innovations in motorized vehicles,
5G communications, and IoT technologies are evolving with
unprecedented speed.
The QUICK VISION Pro was developed to keep pace with these
technological innovations and industrial challenges.
Experience the high-throughput non-contact measurement
that Mitutoyo offers.
MEDICAL
— Three unique industries benefiting from Mitutoyo’s high reliability. «Medical»
Ultra-small
Medical devices requiring high accuracy
Medical devices directly affect people’s health and life. Therefore, every part requires strict
adherence to demanding accuracy specifications. The lens and forceps of an endoscope,
for example, are installed in a tip with a minimum diameter of 3 mm. With a maximum of
4,300X magnification, various types of autofocus, and high-resolution edge detection,
the QUICK VISION Pro allows you to measure objects without making contact for
applications that require accuracy at the most minute level. Its improved repeatability and
enhanced technical measurement capabilities adhere to the most stringent global
standards.
To respond to the demands of emergency medical care, medical devices need to sustain
more requirements. Through improving our measurement technologies in the manufacture
of medical devices, Mitutoyo is committed to contributing to the advancement of medical
technology.
Example of measuring a valve used in medical equipment
Optimized optical system for
ultra-small dimensional measurement
By combining ten different objective lenses with a built-in
imaging lens, amaximum of 150X optical magnification
(4,300X total on-monitormagnification) can be achieved.
This enables measurement of ultra-small parts, such as medical device components
Example of image measurement of medical forceps
High-accuracy 3D measurement
High-accuracy height measurement using single-focus
high-resolution images and PFF (Points From Focus)
enable 3Dcapturing of the object shapes, thereby
expanding the scope of measurement.
3D analysis of the shape captured by PFF and analyzed with MCubeMap
AUTOMOTIVE
— Three unique industries benefiting from Mitutoyo’s high reliability. «Automotive»
Cutting-edge
Flexible measurement of new parts for electric vehicles
With the increasing demand for reducing greenhouse gas emissions, automobile
production is shifting from petrol and diesel vehicles to electric vehicles, shifting the key
automotive parts to now change to electric motors, batteries, and semiconductors at an
increasingly rapid rate.
The QUICK VISION Pro is optimal for use in the manufacturing processes of, for example,
pre-stacking motor core parts that are thin and difficult to touch for measurement, fuel cell
separators that have minute surface irregularities and require precise measurement, and
semiconductor parts of inverters that require high-speed measurement of microscopic
features.
Tolerancing example
Meeting the rigorous quality control
standards of the automobile industry
The introduction of CASE technologies will drive demand for electronic
and semiconductor parts in the automotive industry. QUICK VISION Pro
offers quality control within the automobile industry by providing both
contact and non-contact technologies.
Example of measuring an engine control unit
Enabling online programming
using 3D CAD models
In addition to online programming using 3D CAD models, an offline program can be
created from an image or with a touch probe.
This makes it possible to increase the up-time of the QUICK VISION Pro main unit,
thereby shortening production lead times
Online programming using 3D CAD models
