Industrial Technology

Industrial Technology

Operator performing sandblasting on a metal part during metal 3D printing post-processing

Metal 3D Printing Sandblasting: Process, Benefits, and Best Practices

Back to Parts Manufacturing Author: Felix Lee, CEO at ForgecisePublished Date: August 10, 2026Category: Metal Additive Manufacturing / Post-Processing What Is Metal 3D Printing Sandblasting? Metal 3D printing sandblasting is a post-processing method that uses compressed air to spray abrasive particles onto printed metal parts. It removes loose powder, oxides, and surface defects while improving […]

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Water flow testing system verifying internal channels of a metal 3D printed component with flow meter and pressure gauge in an industrial laboratory.

Water Flow Testing for Metal 3D Printing Quality: Why Internal Channels Must Be Verified

Back to Parts Manufacturing Written by: Felix LeeCEO at Forgecise | Metal Additive Manufacturing & Industrial 3D Printing Solutions Published: August 2026Last Updated: August 2026 Quick Answer Water flow testing for metal 3D printing is a quality verification method that checks whether internal channels inside printed parts are open, clean, and built correctly. By measuring

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Ultrasonic cleaning machine using high-frequency waves to clean precision parts in a stainless steel tank

Ultrasonic Cleaning: How It Works, Process, Parameters, and Industrial Applications

Published Date: August 9, 2026Last Updated: August 9, 2026 Author Felix LeeCEO at Forgecise Felix Lee works with advanced manufacturing technologies, precision production processes, and industrial quality solutions. His experience includes helping manufacturers improve part cleanliness, production reliability, and process control for demanding applications. Technical Review:Forgecise Engineering Technology Team Ultrasonic cleaning is a non-contact cleaning

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Metal 3D printed parts after powder bed fusion manufacturing with metal powder and finished component surfaces

Metal 3D Printing Support Removal: Methods and Best Practices

Back to Parts Manufacturing Written by:Felix LeeCEO at Forgecise Last Updated: August 2026 Metal additive manufacturing allows engineers to create parts with shapes that were difficult or impossible to make before. But printing the part is only one stage of the process. The next challenge is removing the support structures. Metal 3D printing support removal

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Aircraft engine assembly in an aerospace maintenance facility showing a large turbofan engine during inspection and servicing

Laser Marking for Aerospace Parts: How Permanent Identification Creates Full Traceability

Back to Parts Manufacturing Last Updated: August 2026 Author: Felix Lee, CEO at Forgecise Felix Lee is the CEO at Forgecise, focusing on advanced manufacturing solutions, industrial automation, and digital production systems. His work covers how manufacturers can improve production control, part identification, and quality management through connected manufacturing technologies. Quick Answer Laser marking for

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Wire EDM cutting metal part with a precision electrode wire for additive manufacturing post processing

Wire EDM for Metal Additive Manufacturing: Complete Guide to Cutting, Risks, and Best Practices

Back to Parts Manufacturing Written by Felix Lee, CEO at ForgeciseLast Updated: August 2026 What Is Wire EDM Used for in Metal Additive Manufacturing? Wire EDM (Wire Electrical Discharge Machining, or WEDM) is a precision cutting method used after metal 3D printing to remove build plates, separate support structures, and cut accurate profiles. Unlike traditional

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High-temperature industrial torches heating a curved metal part during post-processing heat treatment to relieve stress and refine microstructure.

Metal 3D Printing Heat Treatment: The Complete Guide to Post-Processing Excellence

Back to Parts Manufacturing Author: Felix Lee, CEO at Forgecise Published Date: August 7, 2026 Read Time: 8–9 minutes (1,820 words) Target Audience: Additive Manufacturing Engineers, Metallurgy Specialists, Product Designers, Aerospace Quality Managers Quick Answer Box What is heat treatment in metal 3D printing? > Heat treatment for metal 3D printed parts is a thermal

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Operator removing residual powder from a metal 3D printed part inside a sealed glovebox using compressed gas.

Metal 3D Printing Powder Removal: Methods, Safety, and Inspection

Back to Parts Manufacturing Last updated: August 7, 2026 Written by Felix Lee, CEO at Forgecise Metal 3D printing powder removal, also called depowdering, removes loose and trapped powder from SLM and LPBF parts before heat treatment, machining, pressure testing, or final use. The main methods include tapping, vibration, gas blowing, vacuum extraction, abrasive flow

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High precision metal 3D printed mold component on a build plate made with selective laser melting

Metal 3D Printing Laser Process: The Engineer’s Guide

Back to Parts Manufacturing By Felix Lee | CEO at Forgecise Published: August 6, 2026 Executive Summary (TL;DR) > Laser formation is the core physical process of metal 3D printing, especially Selective Laser Melting (SLM). To build dense, low-stress parts, engineers must balance energy input, control liquid melt pools, and manage thermal strain. This guide

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Rows of industrial metal manufacturing machines lined up inside a modern production facility floor.

Metal 3D Printing Pre-Processing: 10 Steps to SLM Success

Back to Parts Manufacturing What is SLM Pre-Processing? SLM pre-processing covers all digital and machine steps you take before firing the laser in metal 3D printing. It includes repairing CAD files, setting part angles, designing support structures, setting laser energy values, and checking the machine bed. Proper preparation stops print failures, cuts material waste, and

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