Product News

The NVH G-EAR system can identify potential gear defects at the component level prior to gear box assembly. It works on the Single Flank testing principle where one master gear meshes with the component under inspection, detecting macro-geometry (nicks, runout etc.) and micro- geometry (gear mesh excitation, ghost orders) defects that cause gear whine and noise phenomena.

The versatility of the Protomar Mini is proven through its application in multi-diameter machines, such as grinders for broaches or turbine blades. What sets it apart from conventional measurement systems is its ability to eliminate the setup and zeroing procedure on a master workpiece for the various diameters across its measuring range. Protomar Mini provides absolute measruements across its 100mm measuring range, eliminating the need or retooling when changing diameters. Operators can achieve exceptional measurement performance with 2.5μm repeatability, ensuring uninterrupted productivity and significant reductions in setup time.

SmartBox 2.0 leverages MTConnect technology to deliver real-time manufacturing data, allowing shops to optimize operations, boost efficiency and quickly adapt to changing market conditions. The integration of edge computing addresses the challenges of real-time data processing by combining the benefits of decentralized cloud architectures with the efficiency of local network systems.

At the core of M-Series systems is the patented* IntelliCentric-M Optical System which features fixed optics with a 20-megapixel camera and proprietary Virtual Zoom. Built from the ground up at OGP headquarters in Rochester, NY, the streamlined IntelliCentric-M optics employ a variety of exclusive technologies allowing for instant magnification changes throughout the same zoom range as a traditional mechanical zoom system, resulting in faster runtime while requiring far less downtime for maintenance.

Based on the Easy-Cut, the new and improved RushCut is a fully enclosed semi-automatic cut- off machine, designed for quick and easy cutting of carbide rod, high speed steel, and tool ends with diameters between 1/8′′ (3.175 mm) to 1-1/4′′ (31.75 mm). PLC controlled, the RushCut has air actuated work piece clamping and hydraulic feed cutting stroke with a neutral button for manual positioning/feeding.

The cam followers incorporate a polymer layer that is molded directly onto the IKO exclusive thin-walled steel outer ring. This construction solves the dilemma of being able to install a cam follower with special polymers, offering self-lubricating and shock-absorbing properties into existing applications. 

In MERLIC 5.6, some methods that were previously available on a test basis have been transferred to completely new tools. These tools are: “Count with Deep Learning”, “Segment Image Pixel-Precisely", and “Recognize Color”. With “Count with Deep Learning”, also known as Deep Counting, it is possible to count a large number of objects quickly and robustly with little training effort. There are many possible use cases for this feature, like for example completeness checks. “Segment Image Pixel-Precisely" makes it possible to localize trained defect classes with pixel precision.

The T93XM can profile with a standard 1A1 wheel and accommodates several grind styles including wheel profile, plunge, peel, in-feed and thru-feed grinding. The perimetric workholding, unique to TRU TECH, ensures part concentricity to eliminate shank runout without indicating. Ultra-precision accuracy is achieved through the 3-axis, fully programmable configuration with CNC variable speed spindle. Pick-N-Place™ software eases and shortens programming setup time. Several design features add stability and further support operator ergonomic considerations. Part sizes can be 3” (75mm) in diameter, up to 8” (200mm) in length.

SG SmartCapture software offers a direct PolyWorks Plug-In for streamlined workflow, GD&T measurements and fitting with SmartProfile integration, and STEP file reverse engineering for automatic CAD conversion. Fully supported robotic integration is available for automatic part handling and sorting.

Because of the ground chip breaker on these inserts, the inserts are handed (left hand and right hand insert), but these are standard ISO shapes and sizes- so they are held in conventional ISO turning holders. The inserts also use ‘M’ or maximum material condition tolerance on the corner radii of the cermet, thus allowing for machining of small radius shoulders while utilizing maximum (larger) corner radius strength. The primary application for the WEP01C cermet inserts is turning steels and cast irons (ISO P and ISO K material groups).

Both machines have two spindles and three turrets – two upper and one lower – for unequaled DONE IN ONEÆ part processing opportunities and high-volume throughput in single setups. The drum-style turrets provide 12 or 16 tool positions and rotary tool capability. Main machine spindles handle 4” bar stock while the second spindle is capable of processing bar diameters up to 2.992” (76 mm). The machine easily integrates with available bar feeders and workpiece loaders/unloaders for fully automated operations.

The INOX 2.0 wheels are designed for high performance when cutting and grinding high-value stainless steel parts. Premium aluminum oxide grains provide a smooth cut rate and consistent performance. Both Tiger Ceramic and Tiger INOX wheels are contaminant-free, so they are safe to use on high-value stainless steel parts.

The Through-Spindle Coolant (TSC) Kit and Mist Collector are designed to take CNC machining to the next level by offering enhanced air quality, superior efficiency and improved machine performance. 

An important production parameter is cobot uptime. To ensure seamless operations and increased efficiency, UR has launched the enhanced UR Care Service Plans that now offer preventive field service, onsite break-fix, dedicated remote support and secure cloud connectivity-based cobot service/performance monitoring through UR Connect.

Chuck-diameter-specific versions, and adjustable boring rings are available from 6-18-inches in diameter.  Both styles feature no-tools attachment. Dillon jaw forming rings are a high-quality product which will ensure years of quick, stress-free set-ups when paired with Dillon jaws.

The new AM Type insert is designed for non-ferrous metal machining, featuring a sharp cutting edge achieved through ground peripheral surface and polished rake face to a mirror-like finish. This design reduces built-up edge during machining and ensures a high-quality, glossy surface finish. The insert grade "KS05F" is a fine-grained carbide that balances wear resistance and chipping resistance, providing exceptional reliability and stable performance across a wide range of applications.

The compact system footprint is 2.1m x 4.8m, and all components are on one skid for easier transport and a faster, streamlined installation. Straightforward maintenance with dual chamber doors, easy-to-remove deposition shields, and quick access to all sources for target changes. The most recent version of our easy-to-use VaporTech coating system software interface.

The system uses a confocal chromatic measurement principle, where different wavelengths of light focus at different distances, allowing for precise measurement of the strip’s micro profile. This data is used to calculate key roughness parameters such as Ra (arithmetic average roughness), RPc (peak count), and Wsa (waviness). By integrating this solution into a production line with a traversing unit, EMG SORM® provides continuous roughness and waviness monitoring across the entire width and length of the strip, ensuring comprehensive surface quality assessment.

The FANUC Series 500i-A CNC has all the benefits of FANUC’s other control platforms, such as high precision, accuracy and rock-solid reliability, but with additional benefits attained from the latest CNC features as well as the integration of FANUC’s new generation servo system Alpha i-D Series.

With the ability to rapidly dial in runout with complete control, users spend less time tapping on the side of the tool and resetting tools and collets. Overall efficiency is increased, machining costs are lowered, and scrap is reduced with easyZERO.