Suzhou Beston Industrial Technology Co., Ltd.  

Product Name: Wire Arc Additive Manufacture System Large Industrial Robot 3D Printer New metal Printer Customized Operating System: Windows XP Forming Technology: 3DP Printer Material: metal Thickness: >200mu Precision: 200-500mu Connection: USB Nozzle Number: 1 File Format: 3DS, STL Origin: China Product Description OverviewQuick DetailsCondition:NewPlace of Origin:Jiangsu, ChinaWarranty:1 YEARAfter-sales Service Provided:online supportAfter Warranty Service:Video technical support, online supportLocal ServiceLocation:NoneApplicable Industries:Building Material Shops, Manufacturing Plant, Machinery Repair ShopsShowroom Location:NoneExecutive:RobotFuse power supply:customized as requiredPrinting range:customizedOptional features:customizedPackaging & DeliveryPackaging DetailsStandard export package or according to customers` requirementsPortShanghai portLead Time :Quantity(Sets)1 - 1>1Est. Time(days)45To be negotiatedFactory direct large industrial printer new metal printerProduct DescriptionWire Arc Additive Manufacture (WAAM) is a layer-by-layer cladding principle that uses MIG, TIG, and PA ) And other welding machine as the heat source, through the addition of wire, under the control of software programs, according to the three-dimensional digital model from the line-plane-body gradually formed from the advanced digital manufacturing technology of metal parts.The principle of WAAM technologyCompared with the traditional casting and forging process, it requires no molds, has a short overall manufacturing cycle, has a high degree of flexibility, can realize digital, intelligent and parallel manufacturing, and has a fast response to design. It is especially suitable for the manufacture of small batch and multi-variety products.Features of WAAM1WAAM not only has the advantages of high deposition efficiency, high utilization of wire materials, short overall manufacturing cycle and low cost, less restrictions on part size, easy repair of parts, etc., but also the ability of in-situ composite manufacturing and forming large-size parts.2Excellent micro structureand mechanical properties of materials made by casting technology;3 Save more raw materials than forging technology products, especially precious metal materials;4WAAM pursues prototype manufacturing, which pursues low cost and high efficiency instead of high precision, so the requirements for forming accuracy are not harsh.(Requires 2 machining operations)5 Compared with the additive manufacturing technology using laser and electron beam as the heat source, it has the advantages of high deposition rate and low manufacturing cost;6 Compared with the additive manufacturing technology that uses laser as the heat source, it is not sensitive to metal materials and can be formed into materials with high laser reflectivity, such as aluminum alloys and copper alloys;7 Compared with SLM technology and electron beam additive manufacturing technology, WAAM technology also has the advantage that the size of manufacturing parts is not limited by the size of the equipment forming cylinder and vacuum chamber.