Software & Digital Solutions

PlateSaver is available through Hypertherm's ProNest and other authorized software for fabricators cutting mild steel on a CNC table using X-Definition plasma. It combines the arc stability of X-Definition plasma with specialized software parameters to dramatically increase material utilization. Those parameters cause PlateSaver to use shorter leads when starting and finishing a cut for less wasted space between parts. In addition to shorter lead-ins and lead-outs, PlateSaver takes molten metal into account by using moving pierces that cause molten splatter to fall within a predictable "splash zone."

TwinCAT 3 offers numerous options for connecting TCP/IP-based third-party systems to the main control program: OPC UA, MQTT, HTTPS and Modbus are some prominent examples of the comprehensive range of supported communication protocols. The TwinCAT S7 Communication (TF6620) function now expands this broad spectrum to include the S7 communication protocol.

What distinguishes MCOSMOS v.5 from its predecessor are the upgrades to its interface, functions, and performance. Most noticeable from launch is the new and simplified graphical user interface: The updates made to this are not only visually pleasing but also assist in improving the user experience, no matter their level of knowledge working with the tool. These changes include easy-to-use "ribbons" and a much-requested search function, assisting operators in finding specific sections of their measuring process for detailed reports.

VoluMill Milling. Watch Cutting Tool Engineering's video coverage, featuring original footage and context from the related product, process, event, or shop-floor demonstration.

With a new extension of the OPC UA specification, which Beckhoff played a prominent role in helping develop, the publisher/subscriber principle is being introduced into the established and standardized OPC UA communication protocol. Two different transport paths are defined in the specification for data transmission: UDP and MQTT. UDP enables efficient and real-time-capable data exchange in a local network between machines or machine components. Transport via an MQTT message broker primarily, but not exclusively, supports cloud scenarios.

Marzel Neckien, president of W Machine Works, San Fernando, California, invested in smart machine monitoring from FactoryWiz that enabled the shop to collect raw machine data and better understand what was happening on their shop floor.

As this video testimonial shows, Sandvik Coromant, Mebane, North Carolina, trusts CGTech's VERICUT Force to optimize their toolpaths for better results through complicated cuts while preventing tool deflection, spikes in load, and breakage.

For each gear type, the software has a unique set of definitions, evaluation algorithms and reporting graphics conveniently packaged in one add-on module, making it easy for users to bring a new capability to their existing CMM. The module supports alignment of the gear axis during measurement using any of the three CMM axes and traditional touch trigger probes or advanced scanning probes.

Today's manufacturing customers expect fast turnaround times, competitive pricing, and on-time delivery of quality parts with every job. Achieving these outcomes requires a variety of capabilities called the "Great 8 of Manufacturing."

This is the third ModuleWorks release of 2021 and contains new and enhanced features across the entire product range, including new multi-axis hole making cycles with independent feed rate control, a new morph pattern for laser aided manufacturing and a collision-free solution for robotics post processing.

Utilizing the latest machining options is important for shops to remain competitive and profitable. Join Cutting Tool Engineering and CAMWorks for this webinar to see revolutionary technologies and toolpath generation that reduce machining cycle time and increase tool life.

Highlights in hyperMILL® 2022.1 include a new break-edge function for contour milling, combined pocket milling together with a finish path allowing cutter compensation, and increased efficiency for 3D plane machining. The new automated 3D plane machining strategy improves machining quality by searching for suitable, high performance path layouts according to parameters including when adaptive pockets are present.