With a tool change time of 0. Sectors + Automotive industry + Consumer electronics + Electrical engineering + Pneumatics + Hydraulics + Aerospace + Medical technology + Machine construction + Optics 03 In the dynamic world of today where the life cycle of products decreases on a daily basis, flexible production processes have become indispen sable. Up to 30 % smaller installation width + 10 % smaller footprint compared to similar machines. The removable chip tray provides easy and clean chip disposal, even during machining with the optional coolant package. It uses systems with unique milling performance and features a more rapid tool change system than conventional tapping centres. Technology cycles Comprehensive package of standard cycles for drilling, tapping and milling, including a geometry calculator for workpiece contours. This highly productive machine stands out thanks to its patented tool changer tool change time of 0.
Machine design The C-frame construction from robust cast iron components provides considerable machine stiffness. Box 262 607 Dubai, U. Torre Mateu 2 — 8 · Nave 1 E-08291 Ripollet · Barcelona Tel. Work table and ergonomics The stable, triangular table design and the large linear guideway distances give maximum stability for machining workpieces up to 400 kg. X axis 700 mm 5 6 123456 1 3 Applications and parts Machine and technology Control technology Technical data 3D control technology: Everything at a glance Simple and efficient to program for dynamic cutting cycles. Optimum chip removal and simple chip disposal High performance tool change system Free chip removal is guaranteed due to the horizontal linear guide- way in the X-axis on two different levels and the bridge design.
Chip removal and chip conveyor The funnel-shaped bed and the stationary cover in the X-axis ensure optimal chip flow and process safety. Stability + The horizontally assembled linear guideways for the X-axis has the advantage of stability and more accuracy for high performance milling operations. Simulation Graphical simulation of the machining process in plan view and other views such as isometric, including automatic calculation and display of the machining time. The new development allowed numerous improvements to be made to the conventional tapping centre design. The symmetrical headstock guarantees optimal stiffness and thermal stability.
. Block processing 4 ms Tool and datum setting management Tool management with tool live monitoring and graphical display of the tools and tool types. Less maintenance thanks to fewer wear parts, mainly with respect to the axis covers and the tool change concept. The high rigidity guar- antees optimal surface finish and extended tool life. Over-sized ball screws and widely-spaced linear guideways as well inherently stable connections between the bed and table elements generate maximum precision, even under heavy duty operation. As a re sult, it can guarantee the highest levels of repeatability and long-term accuracy.
The group has developed a new standard combining two demanding machining processes into one highly developed machine. Clear view of the active datum and all adjustable datums at a glance. High performance tool change system + With a tool change time of 0. Chips can also be disposed of during machining with the optional coolant package. . . .
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