Postprocessing
PostProcess Technologies and Rösler Announce Partnership
PostProcess Technologies and Rösler partner for end-to-end digitization of 3D printing, including postprocessing.
Read MoreHybrid Manufacturing Requires Advanced Inspection Software
Machining excess material to finish hybrid parts requires in-process validation to verify that the part is reaching desired profiles and tolerances.
Read MoreAutomated Postprocessing Achieves Surface Finish for Shrouded Impellers
Ingersoll Rand achieved 80 percent reduction in roughness average for its 3D-printed shrouded impellers using the automated Hybrid Deci Duo from PostProcess Technologies.
Read MorePADT Patents Apparatus for Removing 3D Printing Support Materials
The Support Cleaning Apparatus (SCA) removes support structures from parts 3D-printed using Soluble Support Technology (SST) material.
Read MoreDMP Factory 500 Integrates 3D Systems, GF Machining Solutions Expertise
The modular solution is optimized for scalability, repeatable high-quality parts, high throughput and low total cost of operation.
Read MoreHow Machining Support Structures Affects the Cutting Tool
Studies show that thin-walled additively manufactured support structures may be more challenging to machine than they might appear.
Read More3D Systems and GF Machining Solutions Partner on Metal Parts Production
The companies plan to debut a combined solution for factory automation and metal additive manufacturing at IMTS 2018.
Read MoreTakumi Machining Center Integrates 3D-Hybrid AM Tool
The addition of a wire-arc additive manufacturing tool integrates 3D printing into a double-column machining center.
Read MoreHermle Combines Metal Powder Application Process with Five-Axis Machining
Hermle integrated its MPA technology, a process where metal powder is applied by kinetic compacting to build completely sealed materials, in a Hermle five-axis machining center to create parts with highly complex inner geometries.
Read MoreDiabase Brings a Machine Tool Perspective to FDM
The company’s H-series Additive and Hybrid systems take inspiration from machining centers to unlock the potential of filament-based 3D printing.
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