Products

Through use of the M8 Series CNC with VCC, the tool axis vibration breaks up the long strands of material that is expelled from the part being produced. This extra functionality speeds up processes, reduces cycle times, and provides a better finish on the part being produced.

The Reliable Uberlight comes in black or white and 3 styles: with a convenient clamp mount to easily mount on any machinery or worktable, with a 7.75" base to prevent tipping, or a direct table mount, (black only, shown below. With its 26.5" silicone gooseneck and 270 degree rotational head the Reliable Uberlight allows light precisely where needed with a great hold. The 4.75" LED panel does not create glare or flickering and provides up to 60,000 hours of use and 240% more luminous efficiency. All provided with a 6' USB cord and adapter.

With the launch of the multiScan product family, SICK presents 3D LiDAR sensors that provide mobile platforms with a 360° all-round view in 3D. Due to the up to 690,000 measuring points, the multiScan100 achieves a state-of-the-art precision with which nothing in its environment escapes its notice.

Featuring a 1:4 zoom ratio, the Titan Tool Supply Model ZMM-1 industrial inspection zoom microscope offers constant focal length, highly favorable depth of field, a large field of view at 15X magnification, and a higher magnification with smaller field of view at 60X as standard. When used with the optional extra 20X eyepiece, the Model ZMM-1 can additionally perform reliable and accurate remote visual inspections of a workpiece over an expanded magnification of up to 120X –all without the need for a change of lens.

The bumpers, commonly identified as RB-516 come in a variety of mounting options such as tapped hex shoulder and threaded, stud mount, and steel plate mounted. They come in black neoprene, white nitrile, or colored urethane. Diameters sizes run from ¾ in. to 2 ¼ in. with metric sizes available from 19-57 mm.

The density determination solution is a metrological system which has been developed for the rapid and highly accurate density determination of components, and has a particular significance when analysing AM-produced parts. Porosity in AM parts can be a problem because it can weaken the mechanical strength and stability of the parts, reduce their durability, and make them more susceptible to failure under stress. Porosity can also affect the thermal and electrical properties of the parts and make them less resistant to high temperatures, corrosives, and other environmental factors.

It features friction reducing needle bearings and hardened jaw plates and vise bed. What makes the Palmgren line of Dual Force machine vises so unique that they are designed for precision part clamping as well as ideal for use in running production parts where datums, flatness and parallelism are key.

The results of a single dispense of up to 12 channels are calculated in under one minute. The unique and innovative XPR105MCP tests each pipette channel individually on the same load cell to ensure equal measurement performance. The load cell is protected from any spills to ensure lifelong performance.

With HALCON 23.05, it is now possible to further optimize the underlying deep learning networks, which are already pre-trained on industry-related images, for the user's own application. This allows even more robust recognition rates for Deep OCR applications as well as an even more reliable detection of suitable gripping surfaces for applications using 3D Gripping Point Detection technology. In addition, there are many other helpful improvements, such as the fact that external code can now be integrated into HALCON more easily.

The latest Pramet range includes three variants of a 16-edged ONMX insert for depths of cut up to 0.157" (4mm). The standard geometries include the F for light operations, M for versatile use, and R for rough cuts in a variety of materials. Additionally, the 8-edged ONMX-W is a specific wiper insert for high-quality surface finish with large cutters and high feed rate.

The two-press production cell uses a centralized control station which sets the operating parameters of both presses and controls the action sequences of both FANUC robots. All equipment in the cell is automatically updated with new process parameters when changing between products. n

Users can choose between the climb or conventional cutting methods and define the contact point between the tool and the workpiece, e.g. in the middle of the flute. This is relevant for non-ball cutters like chamfer mills where careful control over the cutting conditions creates chamfered edges with a high quality finish.