Schleuniger’s semi-automatic stripping machines are designed for processing wires and cables with cross-sections from 32 – 6 AWG. The flexibility and versatility of these machines make it possible to process even your most difficult applications with ease.

Prism – Residual stress measurement based on hole-drilling and ESPI Prism is an advanced hole-drilling system that dramatically improves the ability to make quick and accurate residual stress measurements. Just like the conventional strain gage hole-drilling systems, the instrument measures changes in the part surface caused by the hole drilling and determines the previously existing residual stresses. However, the often time-consuming application of strain gages is avoided and a large area around the hole is analyzed, not averages from just a few areas. Prism measures surface distortion using electronic speckle pattern interferometry (ESPI). Only minimal sample preparation is required. The update of the coefficient data set in 2015 has significantly improved the quality of the stress results. This also increases the relative depth from which reasonable results can be expected.

Efficient Barkhausen Meter for routine quality inspections Rollscan 250 is an instrument for controlling the surface quality and testing of near-surface defects in a wide variety of ferritic steel and other ferromagnetic materials. Rollscan 250 easily detects defects related to changes of stresses or microstructure. These defects are commonly due to failed grinding, heat treatment, shot peening, or any other surface treatment process.

Rollscan 350 saves on material and labor expenses Rollscan 350 is a digital Barkhausen noise analyzer. It is designed for surface quality control and testing of near-surface defects such as grinding burns, heat treatment defects, as well as changes in stress and microstructure in a wide variety of ferritic steel and other ferromagnetic materials. Inspection with Rollscan is fast and can easily match the production rates of most manufacturing lines, enabling process control in real-time. As a result, significant quality improvements and savings on material and labor expenses have been realized by companies using the Rollscan system. A large selection of sensor types makes Rollscan systems flexible. Piston pins, gears, bearing rings and rollers, camshafts and crankshafts, and landing gears are just some of the parts that can be successfully tested with Rollscan 350.

X-RAY DIFFRACTION is the conventional and time proven technique for measuring residual stresses. Using the interatomic spacing as the ultimate gage length, the X-ray technique is ideal for and applicable to all crystalline materials, especially for metals, but also for ceramics. It measures the absolute stress without the need for an unstressed sample for calibration.

Stresstech Group’s Xstress 3000 G2/G2R represents advances in design and construction, which provide enhanced reliability and function in the first truly portable X-ray stress analyzer.

Residual stress and retained austenite measurements with Xstress Xstress Robot system consists of a robot goniometer with G3 tube holder attached conveniently to an easily movable carrier, X3003 main unit and XTronic software. Robot goniometer now handles the tasks previously made possible by an X-Y system and Floor stand. Xstress Robot includes everything needed for making residual stress or retained austenite measurements by X-ray diffraction. It is especially useful for making measurements on large and complicated parts or surfaces that cannot be moved easily otherwise. Instead of moving the location to be measured, the Xstress Robot system moves onto the measurement location with minimum efforts. Mapping within the robot’s reach is handled with the XTronic software, and when a measurement needs to be made further away, the whole Xstress Robot system can be moved to the new position.

STUDER conventional cylindrical grinding machines are designed for the grinding of workpieces in individual as well as small and large series production operations.

The S20 is designed for grinding medium-sized workpieces in individual and batch production. It is suitable for use in any industry where precise small components are manufactured. Operation is very simple and the machine can be reset very quickly.

The S30 is designed for grinding workpieces in individual and small batch production. It is suitable for use in any industry where precise medium-sized workpieces are manufactured. Operation is very simple and the machine can be reset very quickly.

From the entry level machine for the most important applications to the all-rounder for complex grinding tasks. Small to large workpieces for individual, small and large-scale production. You have the choice between five universal cylindrical grinding machines with center distances of 400mm (15.7″), 650mm (25.6″), 1000mm (40″) and 1600mm (63″) and a center height of 175mm (6.9″).

The internal cylindrical grinding machines are designed to solve almost anything you need: Flange parts, spindle shafts, spindle housings, rotor shafts, bushes and much more for the areas of machine tools, drive elements, aerospace and toolmaking.

Whether flange parts or spindles up to 1 300 mm (51.1″) in length, the universal internal cylindrical grinding machines can master any challenge.

The Studer S11 production cylindrical grinding machine is the youngest S11 and the smallest machine in the company’s portfolio and is tailor-made for workpieces up to 200 mm in length.

If space-saving is your priority, then the S11 is the right machine for you. In a space of less than 1.8 m² the S11 produces extremely efficiently and reliably with a grinding wheel diameter 500 mm.

On the other hand, if productivity is important to you, we recommend the S22. This is a production platform, which is precisely configured for your grinding tasks. The S22 can be perfectly integrated into your production line. It allows you to machine medium-sized workpieces with different technologies.

The Ultimaker 3 is an innovative dual extrusion machine with a large build area. This industrial grade 3D printer is the first dual extrusion addition to the Ultimaker family of printers which includes the Ultimaker 2 + and Ultimaker 2 Extended + as well as the Ultimaker 3 Extended.

The Ultimaker 3 allows you to create high resolution and production quality dual extrusion parts. The innovative nozzle lifting system, swappable print cores, and automatic bed leveling make this an exceptionally advanced dual extrusion printer ready for professional 3D printing.

The Ultimaker 3 extended provides an extra 10cm of build height over the Ultimaker 3 (30 vs 20cm) but has the same specifications as the Ultimaker 3.

The Ultimaker 3 extended is the latest version of the popular multi-functional 3D printer. It comes equipped with a heated build platform, dual extrusion and can print at a resolution of up to 20 microns. Also new in the Ultimaker 3 is auto bed levelling and wifi connectivity as well as an on board camera that allows users to watch their print live.

Ultimaker S5 is the complete professional 3D printing solution. Discover the easy-to-use desktop 3D printer with a large build volume that delivers accurate, industrial-grade parts, time and again. With simple setup, high uptime, and reliable dual extrusion.

Thanks to fully automatic setting of both illumination and focus, measuring errors due to operator influence are eliminated. At the mere push of a button, ZEISS O-SELECT evaluates the characteristics and documents the results – also in a professional report if needed.

In production environments, optical and contact coordinate measuring machines are increasingly replacing manual equipment such as goniometers, gauges and profile projectors. However, the influence of the operator with these manual tools must not be disregarded.

With ZEISS O-SELECT, ZEISS is reducing this influence to a minimum. Thanks to its high level of automation and ease of use, complex measurements can be completed quickly, traceably and reproducibly.

ZEISS ACCURA is ready to meet the demands of the future with your requirements on equipment, sensors and software.

Faster and More Precise Measurement Industrial measuring technology from ZEISS is a well-balanced system: from the measuring machine, to the sensors and software, all the way up to service. All single components, as well as the entire system are designed to deliver the best possible results as quickly as possible.