Offline Metrology Feedback
CappsNC, an adaptation of CappsDMIS CMM software, has been developed to program any Machining
Center to perform advanced measurement, metrology, and GD&T calculations using the standard
DMIS language. Powerful offine programming, with automatic collision avoidance and 5 axis path
generation allows programming of all machine confgurations including multi-axis mill-turn machines.
Applied Automation Technologies, Inc.
Cable System Improves Signal
Providing design fexibility, the Flyover QSFP28
Cable System allows sideband signaling via press-ft contacts to improve airfow, reduce loss, and
mitigate skew. This system can provide aggregate
data rates of 100Gbps NRZ/200 Gbps PAM4,
and is compatible with all MSA QSFP pluggables.
Modular Line Scan Camera System
Smart Control Box connects to any of the monochrome series USB 3.0 line scan cameras via a
rugged industrial-grade interface. Together they
perform as an autonomous measuring unit directly
attached to the machine or in close contact to
the object. Measurement results are transmitted
either via feldbus or analog signal to a higher-level
Schafter + Kirchhoff GmbH
Inserts Deliver Multiple Advantages
A60/AG60 Walter Cut MX Indexable Grooving Inserts are made for creating 60-deg.
partial-profle external threads in a wide range of pitches 6-48 TPI and are particularly
suited to thread-turning in tight spaces. Because of the unique insert seat pockets, inserts
with different thicknesses as well as different functions can be used in the same holder.
Walter USA, LLC
features less deflection and greater load
For machine builders
and plant engineers
who need an alternative to pneumatic actuators, a line of belt-driven electric actuators is
designed to meet their
force and extreme loading requirements. The
unique arc belt technology improves traction for higher thrust. These single rail actuators
offer enhanced strength and robustness compared to competing
products, with less defection and greater load and moment
loading capability relative to carriage size.
Investment Casting Printer
offers full print volume for unattended builds
Geared toward investment casting professionals, the ProJet MJP 2500 IC produces Real Wax
patterns in a fraction of the time and cost compared to traditional pattern production.
Typical production time for a 3D printed wax
pattern is a few hours or less, meaning no time or
money is wasted on an injection molding process
for traditional pattern tools.
An ideal solution for the production of metal
cast components, the ProJet MJP 2500 IC is well
suited to span production needs from the iterative,
initial design phase to bridge manufacturing and
low volume production. Working in a digital work-fow provides complete design freedom, enabling
wax patterns to beneft from topology optimization,
lightweighting, and part consolidation.
Design fles are prepared for 3D printing and
managed with 3D Sprint software. The patterns
are produced in VisiJet M2 ICast, 100% wax material, which delivers the same melt and burn-out
characteristics of standard casting waxes and fts
seamlessly into existing foundry protocols.
3D Systems, Inc.