Spectra-h-ebm-metal-3d-printer

AIP52-15H

AIP52-15H Large Production Hot Isostatic Press System The AIP52-15H is a large production-sized hot isostatic press designed for high-capacity HIP processing. It features an 1100 mm diameter × 2500 mm long hot zone and operates at a pressure of 103 MPa, providing substantial processing space for production requirements. Brochure Get…
Spectra-h-ebm-metal-3d-printer

AIP24-30H

AIP24-30H Production Hot Isostatic Press AIP manufactures a wide variety of systems from pilot scale units to large production systems. Featuring AIP state of the art furnace designs and advanced computer control systems these HIP units provide more ROI for customers, improving their bottom line. Specifications AIP24-30H Model: AIP24-30H System…
Spectra-h-ebm-metal-3d-printer

AIP18-30H

AIP18-30H Production Hot Isostatic Press Systems AIP manufactures a wide variety of systems from pilot scale units to large production systems. Featuring AIP state of the art furnace designs and advanced computer control systems these HIP units provide more ROI for customers, improving their bottom line. Specifications AIP18-30H Model: AIP18-30H…
Spectra-h-ebm-metal-3d-printer

AIP10-30H

AIP10-30H Scale Up Beyond Research The AIP10-30H is a leading hot isostatic press from the AIP product line, designed for users who need more capability than a research system but are not yet ready for full-scale production. With a 150 mm diameter × 300 mm long hot zone, the AIP10-30H…
Spectra-h-ebm-metal-3d-printer

AIP6-30H

AIP6-30H Laboratory Hot Isostatic Press The AIP6-30H is an economical, safe and reliable laboratory hot isostatic press designed for materials research and process development. It combines advanced computer control, flexible plug-in furnace options and simple operation, with a maximum pressure capability of 30,000 psi / 207 MPa. Specifications MHTTN1000 Product…
Spectra-h-ebm-metal-3d-printer

MW-LAB

MW-LAB Robotic Wire Arc Additive Manufacturing for Research The MW-LAB, developed by MetalWorm, uses Wire Arc Additive Manufacturing (WAAM) technology to support academic research, R&D activities, and process development. Designed with a Fanuc CRX-5iA collaborative robot and optional Compact Skyhook Positioner, the MW-LAB offers flexibility for testing materials, process parameters,…
Spectra-h-ebm-metal-3d-printer

MW2000S

MW2000S WAAM Special System Large-Scale Robotic Metal Additive Manufacturing The MW2000S uses Wire Arc Additive Manufacturing (WAAM) technology to provide advanced robotic solutions for manufacturing larger metal parts across diverse industries and production requirements. Designed for large-scale metal additive manufacturing, it supports efficient, reliable, and flexible production of industrial metal…
Spectra-h-ebm-metal-3d-printer

Multi Station Robotic WAAM System

Multi Station Robotic WAAM System Large-Scale Multi-Station Robotic Metal Additive Manufacturing The Multi Station Robotic WAAM System, developed by MetalWorm, uses Wire Arc Additive Manufacturing (WAAM) technology to provide robotic solutions for manufacturing larger metal parts across various industries and production requirements. Designed with Gantry, Drop Center, TH Positioner, and…
Spectra-h-ebm-metal-3d-printer

MW5000DS+SH

MW5000DS+SH WAAM Special System Dual-Station Robotic Metal Additive Manufacturing The MW5000DS+SH, developed by MetalWorm, uses Wire Arc Additive Manufacturing (WAAM) technology to provide robotic solutions for manufacturing larger metal parts across various industries and production requirements. Designed with a Slider, 2 Axis Skyhook, and Table, the MW5000DS+SH supports flexible large-scale…
Spectra-h-ebm-metal-3d-printer

MW1000S+CS

MW1000S+CS WAAM Special System Robotic Metal Additive Manufacturing for Larger Parts The MW1000S+CS, developed by MetalWorm, uses Wire Arc Additive Manufacturing (WAAM) technology to provide robotic solutions for manufacturing larger metal parts across various industries and production requirements.Designed with a Slider, 2 Axis Compact Skyhook, and Tail Side, the MW1000S+CS…

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