Don’t let your accessories downgrade the accuracy of your CMM.
Get the ZEISS Original Accessories – made for your CMM.

By minimizing the overall measurement
uncertainty, a maximum number of good parts
can be delivered that are definitely within thetolerance range. Using low-quality accessories
has a direct and negative influence on the overallmeasuring uncertainty, reducing the accuracy
that can be achieved by your CMM.

For the perfect match to complement
your quality assurance equipment, put
your trust in ZEISS Original Accessories.
Specially developed and tested forZEISS measuring systems, our diverse
portfolio will optimize your measuring
processes and productivity.

Make the right choice:probes.zeiss.com

Sales and Service+49 7364 20 6337
sales.metrology.de@zeiss.com

EN_60_020_0068I Printed in Germany CZ-I/2023 Po
Subject to change in design and scope of delivery and as
a result of ongoing technical development.

www.zeiss.com/metrology
Find your local contact here:
https://zeiss.ly/rlkj

Your questions answered,by our local experts.

Carl Zeiss IQS Deutschland GmbHCarl-Zeiss-Straße 2273447 Oberkochen

Some things
are made foreach otherMade forprecisionZEISS Original
Accessories

Made fordowngrade
Low-quality
metrology
accessories

ZEISS adapter plates

Non-ZEISS adapter plates

Only original ZEISS adapter plates canensure that the full potential of the CMM
is used and its measurement uncertainty
maintained. Apart from the high quality,
which ZEISS closely and continuouslymonitors, further key reasons for using
certified ZEISS adapter plates include
improved quality of measurement results,
higher productivity, and increased systemstability.

The adapter plate is a crucial part inyour measuring s­ etup as it connects thestylus system to your probe head. L­ owgrade materials and poor production
quality result in unstable or incorrect
data transmission. In addition, nonZEISS adapter plates are not equippedwith an ID chip that enables you toprevent operating errors and incorrect
measurements.

Measuring
uncertainty

5×lower

up tothan for
non-ZEISS
adapter plates

ZEISS REACH CFX
Carbon fiber extensions

Non-ZEISS extensions

The overall influence of the extension on themeasuring uncertainty is mainly determinedby three factors: weight, thermal expansion,and static stiffness. ZEISS uses only highquality carbon fiber, ensuring the best possible
results for all three factors.

Using unsuitable materials such astitanium or aluminum has a negative
impact on the three factors that
determine the influence of the extension
on the measuring uncertainty. This evenapplies to ordinary carbon fiber tubes thatare not made for metrology applications.

Measuring
uncertainty

3×lower

up tothan for
non-ZEISS
extensions

ZEISS styli

Non-ZEISS styli

Quality of styli is determined bythe highest possible stylus rigidity,the geometric accuracy of thestylus element, and the maximum
roundness of the measuring probe
sphere. The strict ZEISS processcontrols in manufacturing guarantee
styli quality of the highest order.
Thanks to the latest production
technologies, our styli are particularly
precise, stable, and durable.

Low-quality styli with faulty connection
design and form deviations of the stylus
tip – due to low material quality or
pinned connections between shaft andball tip – have a significant influence on
the accuracy of the measurement. This
results in measurement errors and thus
an increase in scrap rates. The service
life of the styli is also considerably
reduced if the manufacturing processes
are not state of the art.

Measuring
uncertainty

3×lowerup to*example
calculation

than for
non-ZEISS
styli

Sellable parts

ZEISS Original Accessories enable you to reliably deliver high-quality products byminimizing the measurement uncertainty for each individual measuring point.

Sellable parts

Nonconformance
Zone

Measuring
Uncertainty

Conformance
Zone

Measuring
Uncertainty

Nonconformance
Zone

Nonconformance
Zone

Tolerance

Measuring
Uncertainty

Conformance
Zone

MeasuringUncertainty

Nonconformance
Zone

Tolerance