Wiha Tools Fibre-glass-reinforced callipers - Manual

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Wiha fibre-glass-reinforced callipers.
Precision made in Switzerland.
Wiha fibre-glass-
reinforced callipers.
Permanent
– very rigid with 50% fibre-glass
component
High tech material
– non-metallic
– non-corrosive
– non-magnetic
– minimum thermal conductivity
– electrically insulating
– resistant to chemicals
– temperature resistant
measuring surfaces:
temporarily to 180°,
permanently at 100-120°
Versatile applications
– highly sensitive measurement
objects
– electronic components
– sensitive surfaces
– model making and prototype
production
– food industry
– ESD protective zones
Precise
– practical ratchet guarantees
equally balanced clamping
force of the measurement jaws
The measuring jaw of the fibre-glass
reinforced calliper enables scratch-free
measurement of even very delicate,
shiny surfaces.
corrosive material, Wiha callipers
can also be used in damp working
environments.
With the Wiha dialMax ESD callipers,
measuring at ESD workstations
and in ESD protection zones is now
possible for the first time.
The dialMax ESD calliper can be used for
measuring delicate electronic components.
The Wiha callipers from the "max"
range are manufactured since 1965
with Swiss precision. Due to the
unique advantages made available
by the non-metal, high-tech material
with 50% fibre-glass component,
the callipers have found new appli-
cations where their advantages are
distinct when compared to the more
heavy metal designs.
They are particularly suitable for
measuring high-quality and highly
sensitive objects.
These measuring tools are also ideal
for all metal, wood and plastic-
processing applications, for field
staff and service engineers.
Thanks to their antimagnetic
properties, Wiha callipers prevent
measuring surfaces from becoming
soiled by metal filings, which could
impair the accuracy of measure-
ments. Since they are made of non-
Play free motion of the sliding components
components through precision design for
precise measurement results:
1. Fixed position
2. Flexible spring component