Product News

Horn has revised the clamping of the S224 type indexable insert for use in Swiss-type lathes. In order not to have to remove the holder for indexing or changing the insert, the Horn engineers relocated the clamping screw to the side. Clamping now takes place via a camshaft. This allows the insert to be clamped quickly at either side of the holder without having to remove it.

The measurement targets are distributed uniformly at intervals of approx. 100 millimetres across the entire Target-Net. The Target-Net itself measures 1500 x 2500 millimetres and has in total  approx. 300 measurement targets. Thanks to the high measurement target density, several scans can be performed very quickly from different perspectives.

The modular system has a selection of tool holders for turrets and other tool carrier interfaces based on common machine types. The matching grooving tool holders with integral coolant supply allow height adjustment of the cassettes and their mounting in the normal or overhead position, on the left or right of the holder.

The new grade is Walter’s response to the upwards trend towards milling steel with difficult machining properties and wear-resistant stainless steel, such as found in applications in the energy and aviation industries. WSM35G meets the most stringent requirement for process reliability, which is highly valued in the automotive sector, and is also suitable for general mechanical engineering applications.

The VTS SF-45 acquires a variety of tool dimensions in a single instant using the principle of shadow projection where an illuminated objects projects its shadow onto the camera. These measurements include tool length, static and dynamic tool diameter, the tool run-out and cutting-edge radius. With a resolution of 0.1 µm, the VTS enables measurement of tools with diameters as small as 10 µm with repeatability of 0.2 µm, providing a higher level of accuracy than touch probes or lasers in small applications.

The printer features two 200-watt lasers and a multiplate option, which allow users to run multiple builds without operator intervention by automatically exchanging the build plate. Users can stack up to four build plates on top of each other in the build cylinder, and the system prints components on them one after the other.

Die flipping hoist rings are available in both inch and metric dimensions as a standard or Lift-Check™ style that features a proprietary hex head bolt with Go / No-Go identification.  The rings are CE Certified and constructed of alloy steel with a black oxide body and zinc plated (gold) shackle.  All the rings are made in the USA, magnetic particle inspected, conform to ASME B30.26 and MIL-STD-209, and feature a 5:1 strength factor.

Data from all gauges in the Q-Span System – including thread gauges, robotic calipers, LVDT probes, drop gauges, bore gauges, laser micrometers, vision system, 2D telecentric profilers, and more – is combined into one convenient output for statistical process control (SPC).  Data from any or all gauges can be used in real time for in-process decision making and process monitoring.  

Mx 9.1 software extends Zygo’s collaborative metrology software with Asphere+ Analysis functionality, providing a common toolset to explore aspheric surface data obtained using any instrument. Best-fit prescriptions can be obtained for a wide range of surface types, and the 3D deviation between part and design can be examined and exported for process control feedback

During the rebuild process, AP&T technicians disassemble and thoroughly examine the press. They replace worn parts and outdated systems and components before reassembling the press and performing a test run and safety check. All exchanged parts are covered by AP&T's new-part warranty.

The product expansion includes best-in-class features and advanced technology for metal cutting applications. The launch includes eight products that expand on and support existing platforms in delivering superior performance across multiple applications as well as address common machining challenges

CT-data analysis software for inspection has a quality role in nearly every industry that has critical parts and processes that need monitoring for faults and variations. These include automotive, aerospace and electronics, among others. Volume Graphics’ software tracks, analyses, and visualizes porosity/inclusions, delaminations, fiber or grain orientations, deformations and areas of low density and weakness. It is used to compare the “as-designed” and “as-manufactured” product to ensure compliance to specifications and intended performance.

The cell has a 6-Axis FANUC M-10iD/12 Robot with 4.7' (1,441 mm) reach, capable of handling a maximum load of 26.5 lbs (12 kg). The GRC-R12 features a pneumatic single-or double-gripper system. The drawer feed system can have up to six drawers that can be unloaded and reloaded while the robot cell and machining center are in operation. With GROB’s unique machine design, excellent chip control inside the machining center allows for long periods of unmanned operation without faults. Offering high customizability, customers may select from capabilities such as a blowoff box, SPC drawer and an alignment station.

Version 3.40 of the edge products includes a number of new features that greatly facilitate integration with standard Docker IT solutions. With version 3.40 of its edge products, Softing Industrial continues its commitment to improving connectivity at the interface of OT and IT and facilitating the use of standard IT management and monitoring solutions.

Providing exceptional reliability and increased tool life in steel, the new AH3225 insert grade consists of a unique nano-multilayer coating featuring three distinctive characteristics for improved resistance to built-up edge, wear, and delamination, combined with a dedicated tough carbide substrate. AH8015 is another PVD grade, consisting of extremely hard PVD coating combined with a tough carbide substrate. The grade demonstrates excellent tool life stability in cast iron and heat-resistant superalloys.

The deep learning technology for object detection is now also available in MERLIC. The “Find Object” tool locates trained object classes and identifies them with a surrounding rectangle (bounding box). Touching or partially overlapping objects are also separated, which allows counting of objects. Labeling and training are possible without programming knowledge using the free MVTec Deep Learning Tool. The trained network can then be loaded into MERLIC and used with a single click.

TCB now offers AH6225 grade inserts. This latest physical vapor deposition (PVD) coated grade features a high-hardness titanium-rich PVD coating, combined with a tough dedicated carbide substrate. Extremely reliable and versatile insert grade, AH6225 allows TCB to efficiently cut bores in all material groups, including steel, stainless steel, and exotic materials.    

DrillForceMeister incorporates a unique head-shank coupling interface that provides exceptional reliability when drilling relatively large diameter holes from 20 millimeters to 41 millimeters. When clamped, the drill head interlocks with the shank at larger contact areas, promoting high hole precisions and qualities. Furthermore, with the SMF flat-edged drill head, drilling operations on inclined or curved surfaces or on thin walls susceptible to vibration are made easier and more efficient.

The EdgeLine Bevel technology offers several key advantages over traditional methods that allow specific beveling techniques to be performed without tilting the laser head, reducing overall processing time, and eliminating the need for separate work center processes. The technology also has a significant impact on the preparation of components for welding techniques by enabling the automatic insertion of chamfers and countersinks of various sizes up to 45°, providing a faster and more efficient process with fewer errors compared to traditional manual methods.

The Truing Parameters Calculator is the result of a 3-year collaboration between Rush Machinery, the International Grinding Institute, and Dr. Jeffrey Badger, the ‘Grinding Doc’. Rush Machinery commissioned the project that was later presented at the 2008 CIRP General Assembly in Tokyo by Dražumerič, Badger, Klement, and Krajnik titled “Truing of Diamond Wheels–Geometry, Kinematics and Removal Mechanisms,” published in the CIRP Annals, volume 57, pages 345-348.