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THE HOME OF SURFACE MEASUREMENT



 * Home
   * About Us
 * Technical Notes
   * Parameters
   * Surface Defects
 * Our Specimens
   * Comparison Specimens
     * Microsurf
     * Series 100
   * Reference Specimens
   * 3D Areal Calibration
 * Special Projects
   * Engine camshaft replicas
   * bullet casing forensics
   * Scratch and nick aids
   * hardness testing
 * UKAS Calibration Laboratory
   * FAQs
 * Contact Us




HOME

New Product Announcement !


After over two years of development our new general-purpose depth measurement
standard no. 515 is now available for sale. The standard will enable surface
measuring instruments to be calibrated for vertical magnification in accordance
with ISO 5436-1, ISO 12179, and ISO 25178-700.

The specimen consists of 6 grooves with depths ranging from 1 mm down to 1 um,
all on a single block 40 mm x 30 mm x 9 mm.

Made from electroformed pure nickel, the specimen has a specially-designed 3D
structure which ensures good flatness of the top measuring surface, and also
good uniformity of step-height along the length of each groove. Measurements of
step height uniformity on our new 515 standard and on a depth measurement
standard manufactured by Halle Präzisions-Kalibriernormale GmbH, have shown very
little difference between the two standards.

The 515 step height standard can be supplied with or without a detailed UKAS
Calibration Certificate from our UKAS Calibration Laboratory, which has been
accredited for Step Height calibration from 100 nanometers up to 1 millimeter in
depth. As of this date we are the ONLY calibration laboratory in the UK
accredited for any step-height measurements greater than 50 um in depth.


Welcome to Rubert & Co Ltd.  We are world leaders in the design and manufacture
of surface texture specimens and calibration standards and are UKAS accredited.
Our factory and head office is located in beautiful surroundings in Cheadle near
Manchester, in the UK.

Our products fall into two classes. There are first, comparison specimens, which
are samples of surfaces produced by conventional machine tools, and are used for
surface roughness control at every stage  during the manufacturing process –
from design, through machining, assembly, testing, and quality control, whether
in a workshop environment, on site, or in offices. Secondly, we
produce precision reference specimens which are used to check and calibrate
surface measuring instruments. This class includes specimens for 2D measuring
systems such as contacting stylus instruments, and also specimens for 3D areal
surface topography systems (3D areal specimens.)

In fact, we produce the world’s largest range of surface specimens offered by a
single manufacturer.

All of our specimens are made using the method of nickel electroforming, which
is a replicative technique exceptionally well suited to the manufacture of
surface roughness specimens, since it reproduces small surface features with
great fidelity.


COMPARISON SPECIMENS

The measurement of surface roughness is not as straightforward as most other
engineering measurements, such as length or angle or hardness; and in order to
get good accuracy, expensive instruments are needed. These are often unsuitable
for workshop use, where roughness of machined surfaces can usually be assessed
conveniently and with sufficient reliability by means of visual and tactile
(fingernail) comparison of a workpiece with a standard set of surfaces machined
in the same way.

Such sets of surfaces are called roughness comparison specimens. They are simple
to use, inexpensive, and hence widely used in many different applications. For
our full range see Comparison Specimens.


PRECISION REFERENCE SPECIMENS

If more precise measurements of surface roughness are needed, then a more
sophisticated instrument than a fingernail must be used.  Many different types
of instrument are available, ranging from inexpensive workshop roughness testers
to sophisticated computerised laboratory systems; and making use of different
technologies for the pickup or transducer responsible for generating an
electrical signal representative of the surface, such as atomic force probes or
laser beams, as well as the more widely-used contacting diamond stylus method.
Whichever type of instrument is used, however, it will have to be calibrated and
checked before use, by means of standard reference specimens, often called
calibration standards or material measures.  For our full range of these see 
Reference Specimens.


STEP HEIGHT GROOVED SPECIMENS

We currently produce three step height specimens: items 511, 513 and 515.


3D AREAL CALIBRATION

Our 3D areal calibration specimens include 8 physical material measures
(calibration artefacts) and allows users to calibrate the important metrological
characteristics of areal surface topography measuring instruments. These 3D
instruments are specified in the ISO 25178 family of standards documents,
currently being developed at ISO.

The specimens enable users to adopt good measurement practice, and will help
users to correlate measurements of surface texture made by non-contacting
optical instruments with those made by 2D contacting stylus instruments. For our
full range of these see 3D calibration.


 * Comparison Specimens
   * Series 100 Comparators
   * The Microsurf Series Of Comparators
 * Precision Reference Specimens
 * 3D Areal Calibration Specimens

Rubert & Co Ltd ©

Acru Works, Demmings Road, Cheadle, Cheshire,
SK8 2PG, United Kingdom
+44 (0)161 428 6058
+44 (0)161 428 5855

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