Tuesday, August 9, 2016
CMM Programmer(s) and Operators Need Apply!
Local Dimensional Inspection Laboratory and Specialized CMM Service Company is seeking a highly motivated self-starter to join our staff. This person must be able to thrive and multi-task in the fast paced environment of a growing company and be a true team player! We are looking for a CMM Programmer/Operator with GD&T knowledge. The position includes but is not limited to the ability to create and verify new CMM programs. Maintain the CMM program database. Communicate with customers. Perform incoming inspection of parts using the CMM and other metrology equipment. Certify 3rd party using the CMM and other metrology equipment. A technical and mechanical background would be most beneficial. Experience running either Modus, CMM Manager, VirtualDMIS or PCDMIS is a must. Must also have the ability to use Microsoft Office and Google Apps and a Web based email. High school diploma or equivalent is required. Prefer vocational/technical school training. Must be able to lift 50+ lbs. (bend, kneel & twist). Part-time and full-time flex available. Please email resumes only to mbarker@rcmetrology.com. No phone calls.
Tuesday, August 2, 2016
Pre Launch Modus 2!
Designed with usability in mind

Based on the established and highly capable MODUS platform with support for Renishaw's
suite of 3- and 5-axis CMM sensor technologies, MODUS 2 has been designed with usability
in mind. The innovative interface is simple for new users to learn and faster to program,
resulting in unprecedented levels of productivity with or without a CAD model.
suite of 3- and 5-axis CMM sensor technologies, MODUS 2 has been designed with usability
in mind. The innovative interface is simple for new users to learn and faster to program,
resulting in unprecedented levels of productivity with or without a CAD model.
User experience
A complete redesign of the software interface combined with the introduction of
Off-Surface Motion (OSM) technology, intelligent measurement strategies, automatic
reporting and an interactive virtual CMM environment are just some of the innovations
that enhance the user experience. From simple manual CMM operation through to complex
part measurement on multi-axis systems, MODUS 2 adapts automatically and only offers
functionality relevant to the current task.
Off-Surface Motion (OSM) technology, intelligent measurement strategies, automatic
reporting and an interactive virtual CMM environment are just some of the innovations
that enhance the user experience. From simple manual CMM operation through to complex
part measurement on multi-axis systems, MODUS 2 adapts automatically and only offers
functionality relevant to the current task.
The user experience is designed to be identical whether the software is connected to a ‘live'
CMM or working in an offline environment where full simulation with speed control allows
measurement sequence development and visualisation.
CMM or working in an offline environment where full simulation with speed control allows
measurement sequence development and visualisation.
Tuesday, July 19, 2016
Renishaw launches next generation of digital encoder
July 2016 Further
information: Chris Pockett, +44 1453 524133
Renishaw
launches next generation of digital encoder
Renishaw, the
world-leading metrology specialist, is adding to its extensive optical encoder
range with the launch of the VIONiC™ series, a new family of ultra-high
accuracy, super-compact all-in-one digital incremental encoders.
Designed for the
world’s most demanding motion control applications, this development brings
together Renishaw’s renowned filtering optics with a new custom interpolation
and monitoring ASIC (Application-Specific Integrated Circuit) that enhances
dynamic signal processing and improves signal stability. This achievement has
allowed Renishaw to create its highest performance incremental encoder system
so far, at the same time combining all necessary interpolation and digital
signal processing inside the readhead to eliminate the requirement for
additional external interfaces.
The VIONiC range has
been designed to reduce overall system size to the minimum achievable for a
high-performance system, whilst delivering class-leading performance in terms
of cyclic error, jitter and accuracy. Customers can choose between two VIONiC
readhead variants. The standard VIONiC readhead features a Sub-Divisional Error
(SDE) of <±30 nm, a range of available resolutions from 5 µm to 20 nm,
and speeds beyond 12 m/s. Alternatively for the most demanding performance
requirements, customers can select VIONiCplus™ with best-in-class
SDE to <±10 nm, low jitter to 1.6 nm RMS and resolutions from 100 nm
down to 2.5 nm. Low SDE encoders are essential to minimise velocity
ripple, which is important in constant-velocity applications such as laser
scanning.
VIONiC series encoders
are available with the same linear and rotary (angle) scale ranges as the
TONiC™ series, such that existing customers may choose to install VIONiC as a
drop-in replacement. Available scale types include metal tape, spar, and rotary
rings (including ultra-high accuracy REXM). All VIONiC scales come with
customer selectable IN-TRAC™
reference marks embedded in the incremental channel and dual-limit switches in
the case of linear scales.
Unrivalled ease of
set-up and calibration is supported by an Advanced Diagnostic Tool (ADT), which
includes user software that allows control and monitoring of VIONiC’s set-up
and calibration routines. New software features include: enhanced graphics, automatically
generated plots of signal strength vs position, Lissajous plots, DRO output,
and readhead pitch indication. This set-up tool is ideal for factory
production-line installation as it allows remote, advanced calibration
features.
The VIONiC family of
incremental encoders has CE approval and is manufactured by Renishaw, using
strict quality controlled processes that are certified to ISO 9001:2008, and,
like all Renishaw encoders, is backed by a truly responsive global sales and
support network. The VIONiC encoder series is available to order from August
2016.
-ENDS-
Thursday, July 14, 2016
Monday, July 11, 2016
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