How to Build a 3D-Printed Robot Gripper: Step-by-Step Guide
Designing and producing a small-batch, lightweight end-of-arm tool (EOAT) or custom gripper can move faster, cost less, and weigh significantly less when you apply polymer additive manufacturing the right way. This guide walks you through an end-to-end, field-tested workflow—from material selection and topology optimization to printing, post-processing, and on-robot validation—tailored for R&D and process engineers.
30 Best Sheet Metal Products for Engineers & Designers
If you’ve ever opened a control cabinet, installed an AV rack, or looked under a vehicle, you’ve seen sheet metal at work. In this guide, we catalog common sheet metal products across five core industries and give you practical specs to help you choose materials, thickness ranges, and finishes—without drowning in jargon. By “sheet metal […]
Will AI Replace CNC Machining?
Let’s start with the conclusion: No, it won’t. AI will not replace CNC machining; however, it will profoundly transform the CNC machining industry. More precisely, AI will take over certain work processes that are highly repetitive, standardized, and reliant on experiential judgment, yet it cannot fully replace the comprehensive requirements of precision manufacturing—specifically regarding equipment, […]
How AI visual inspection in precision machining elevates quality
If you need a decisive answer, here it is: AI raises quality and strengthens compliance in precision machining when you combine three pillars—AI visual inspection at the edge, in‑process control tied to CNC telemetry, and digital traceability mapped to ISO 13485 and aerospace AS9100 and AS9102 First Article Inspection. The winning pattern is human‑in‑the‑loop, validated […]