Used RENISHAW AM-250 #293669751 for sale

Manufacturer
RENISHAW
Model
AM-250
ID: 293669751
Vintage: 2014
Laser melting system Process: SLM / DMLS Building volume: 250 x 250 x 300 mm Materials: Stainless steel, Aluminium, Maraging steel, Inconel, Titanium, Corrax Running hours: 20,000 Laser type: Fibre Laser running hours: 3,500 2014 vintage.
RENISHAW AM-250 is a laser-based sensor that is designed for the measurement of both structural shape and surface form by using a highly accurate optical system. AM-250 is capable of detecting features with a mean accuracy of 0.4 µm (16 µin) over a measuring range of 600 × 600 mm (24 × 24 in). It consists of a miniature air bearing head, lens focus mechanism, laser source, laser detectors, liquid crystal display (LCD) control unit, and dynamic plotter. The air bearing head includes two stages of motion, one being a linear motion along the X- and Y-axes, and the other being the rotary motion in the heading (Z-axis). The linear motion is driven by lead-screws and air bearings while the rotary motion is driven by a voice coil motor along its two axes and a stepper-type motor within the bearing assembly. The air bearing construction helps it to achieve a rapid measuring speed and a low level of surface roughness. RENISHAW AM-250 is powered by a 50 mW laser, with wavelength of 632.8 nm (red). The laser is focused on the surface of the scanned object, and the reflected beam is then detected by the three sets of photodetectors. The laser's spot size is typically 0.3 mm in diameter, which ensures high resolution and accuracy of the results. In combination with optical encoders the z-axis of the head can be adjusted, allowing the laser to measure over 3D surfaces. The encoders also carry out two dimensional scanning, providing precise position data in X and Y directions and angular information in the Z axis. The data collected by the encoders is displayed on the LCD user interface, which can be configured to present one or two dimensional surveying, point cloud features, or surface profiles with visual feedback provided by a colored plot of the data. The data collected by the laser can be processed by dedicated polygonal-based software, which is tailored to allow the comparison and analysis of complex data sets and 3D surfaces. The program is capable of creating summary reports of the results of the data in textual or numerical formats, as well as exporting scanned data sets into CAD and CAM packages for further post-processing purposes. AM-250 Laser is an invaluable tool for inspection and measurement purposes, and its small handheld design makes it suitable for a variety of applications. It provides highly precise results and would be a valuable asset to any manufacturing or engineering environment.
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