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Thoughts on the consumer 3D printing market, technical deep-dives, and the latest from Precise3D engineering.

FMEA and Control Plan for 3D Printing, Ranking Failure Modes So Defects Stop Repeating

FMEA and Control Plan for 3D Printing, Ranking Failure Modes So Defects Stop Repeating

Sorting defects is not a quality system. How to build an FMEA for additive manufacturing, rank failure modes by RPN, and write a control plan the printer operators can actually run.

EU GPSR & UKCA Compliance, Product Safety Rules for 3D Printers in Europe

EU GPSR & UKCA Compliance, Product Safety Rules for 3D Printers in Europe

A 3D printer distributor importing into the EU or Great Britain now carries product-safety obligations that are separate from CE and RoHS. The EU General Product Safety Regulation (2023/988) applies f

Export Documentation: The Paperwork That Clears a 3D Printer Shipment

Export Documentation: The Paperwork That Clears a 3D Printer Shipment

A 3D printer shipment stalls in customs over paperwork more often than anything else. This guide breaks down the commercial invoice, packing list, bill of lading, certificate of origin and HS code — a

FDM 3D Printing Design Rules: The DFAM Guide for Production Parts

FDM 3D Printing Design Rules: The DFAM Guide for Production Parts

The complete FDM design-for-additive-manufacturing ruleset: wall thickness, minimum feature size, overhang angle, bridge length, clearance and orientation —.

Electroplating & Electroless Metalizing of 3D-Printed Parts, Distributor Guide

Electroplating & Electroless Metalizing of 3D-Printed Parts, Distributor Guide

A plastic 3D-printed part is soft, non-conductive and low-heat. Plating it in nickel, copper or chrome turns the same geometry into an EMI-shielding, wear-resistant, solderable component. Here is the

End-Use 3D Printed Components. The Qualification Protocol Buyers Should Demand Before Appr

End-Use 3D Printed Components. The Qualification Protocol Buyers Should Demand Before Approving a Printed Part

Before approving a printed part as an end-use component, demand this five-gate evidence set: material certification, coupon testing, part-level testing, process capability and traceability. Includes v

Engineering-Grade 3D Printer Selection: Buying Criteria R&D Teams Use

Engineering-Grade 3D Printer Selection: Buying Criteria R&D Teams Use

What separates an engineering-grade 3D printer from a hobby machine: heated chamber, material compatibility, dimensional repeatability, software ecosystem.

Device-as-a-Service (DaaS), The Subscription Revenue Model for 3D Printer Distributors

Device-as-a-Service (DaaS), The Subscription Revenue Model for 3D Printer Distributors

Selling a 3D printer is a one-off transaction; selling the outcome of printing is a recurring contract. Device-as-a-Service turns a flat machine sale into a per-month or per-print subscription that sm

Digital Twin and Factory Digitization for 3D Printing, Which Data Is Actually Worth Collec

Digital Twin and Factory Digitization for 3D Printing, Which Data Is Actually Worth Collecting

Most print farm telemetry goes unread. Which machine data changes a decision, what to instrument first, and how to digitize a 3D printing floor without a platform project.

CNC Machining vs 3D Printing, A Decision Framework for Engineers

CNC Machining vs 3D Printing, A Decision Framework for Engineers

Decide between CNC machining and 3D printing per job: batch-size cost crossover, geometry, tolerance and material limits, plus a routing rule.