Machines 3d - Import export

The technology of laser cutting pipes and profiles has two main advantages compared to traditional processing methods: - tube cutting allows for a significant reduction in the costs of preparing sections for further production; - laser tube cutting services allow the use of many new construction and technological solutions. Our 3D laser profile cutting and 3D welding systems are ideal for machining 2D and 3D components or tubes. The ability to flexibly switch between cutting, welding and laser cladding allows for maximum production efficiency, and the dynamic, optical cutting system significantly reduces processing time. An additional advantage of industrial laser cutting for serial production is the possibility of working in a rotational mode – during the operation of the machine, it is possible to unload and load new elements for processing.

We can supply various types of EPS-XPS foam decoration machines - 2D/3D CNC cutting machines, thermopress or hot press machines, CNC routers, mortar mixing and coating machines and panel printers. For more information about our products and services, please visit www.estechtic.net. You can send your inquiries to fr@estechtic.net.

Optimized for machining aluminium, plastic materials in strong thickness and composite materials with high mechanical characteristics. Refer to the exemples of applications : Moulds and models Cases and boxes Plastics machining Electric vehicles parts Parts for subways Parts for trams Bus parts Trolleys Side windows Aircraft interior furnishing HIGH PRODUCTIVITY 3 axes milling equipment : Precision milling machine of simple use for machining rigid plate materials in strong thickness in the sectors of plastic, modeling, aeronautics, aluminium transformation advertising and POS or for machining 3D molds and models. Materials to be used (according to the selected spindle and tool): - Plastic in rigid plates (PMMA-PC-PS-PVC-ABS..) - Expanded plastic and alveolar plates - Rigid foams (PU- PS-…) - Semi rigid foams (KAPA line®,…) - Composite materials for building : Alucobond®, Dibond®, Reynobond®,.. - Composite materials for industry (polyester resin loaded with glass fiber, carbone...

MECAPLUS-HP “AGILE” MACHINING High precision and performance solution HIGH PRODUCTIVITY 3 axes milling equipment : “AGILE” MACHINING • Designed and realized for an intensive use. • Heavy, fast, powerful, precise and efficient equipment, easy to operate for the machining of rigid sheet materials of strong thickness, in the fields of plastic processing, modelling, aeronautics, aluminium processing… or for the machining of molds and 3D models. • Particularly adapted for the machining of aluminium, plastic materials of strong thickness and composite materials with high mechanical properties. • Many customization possibilities. • Innovative and efficient vacuum tables with turbine technology or vacuum pumps. • Numerical controls SIEMENS or HEIDENHAIN type. • Quality kinematics integrating industrial components supplied by the world leaders in their field, mounted on welded stabilized steel frames.

This new 3 axis CNC machine range has been entirely modified in 2006. Completely covered, this equipment is in conformity with CE norms. Refer to the exemples of applications : Moulds and models EDM electrodes Bronze medal Telephone casing model MACHINING CENTER FOR 3D PRECISION ENGRAVING AND MOULDS , MODELS, ELECTRODES OR PUNCHES REALIZATION EQUIPMENT OPTIMIZED FOR THE MACHINING OF FOLLOWING MATERIALS: . Aluminium . Synthetic resins . Steel . Brass and copper alloys . Plastics and composites . Graphite AVAILABLE SIZE: Model X travel mm Y travel mm Z travel mm TR 75 520 750 325 TECHNOLOGY: . Kinematic unit with fixed table and mobile gantry. . Steel welded frame. . Steel welded mobile gantry . Vacuum table in aluminium profiles or composite . Holding of plates by vacuum generated either by lateral canal turbines or by vacuum claw pumps. Selection of zones with manual valves. . Motorisation by AC Brushless servomotors on the 4 axes (X1-X2-Y-Z), double driving on X axis. ....