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

Print Farm Economics, Machine Count, Uptime and Cost Per Part

Print Farm Economics, Machine Count, Uptime and Cost Per Part

How many machines a print farm needs, what effective uptime really runs at, and the loaded hourly rate behind cost per part at volume.

Contract 3D Printing vs In-House, Make-or-Buy Arithmetic

Contract 3D Printing vs In-House, Make-or-Buy Arithmetic

Loaded internal machine rate, bureau price tiers and the break-even volume that decides whether to print in-house or send parts to a contract printer.

Cost Per Part in 3D Printing, Building a Unit Economics Model

Cost Per Part in 3D Printing, Building a Unit Economics Model

Build a defensible cost per part: machine-hour rate from capex and utilisation, material waste, post-processing labour, failure rate, and marginal vs absorbed cost.

Vision Inspection on a 3D Printing Line, Camera Selection and Pass/Fail Limits

Vision Inspection on a 3D Printing Line, Camera Selection and Pass/Fail Limits

Separate in-process monitoring from post-process inspection, size a camera by resolution arithmetic, light dark and glossy materials, and set limits without false rejects.

Vacuum Casting vs 3D Printing, Bridge Tooling for 25 to 500 Units

Vacuum Casting vs 3D Printing, Bridge Tooling for 25 to 500 Units

Compare vacuum casting and 3D printing for 25-500 unit runs: silicone tool cost, realistic shot life, the four defects that eat margin, and the crossover point.

Cost of Poor Quality in 3D Printing — Why Your Scrap Rate Undercounts the Real Loss

Cost of Poor Quality in 3D Printing — Why Your Scrap Rate Undercounts the Real Loss

Failed builds are the visible scrap. The expensive part is hidden: inspection labour, reprints, freight and returns. How to calculate cost of poor quality and run an 8D that stops recurrence.

Design of Experiments for 3D Printing — Finding Interactions Before They Cost You a

Design of Experiments for 3D Printing — Finding Interactions Before They Cost You a Build

Most print parameter studies waste builds on one-factor-at-a-time testing. How to apply full factorial, screening and response surface designs to slice parameters, and read the interaction terms that

Inventory Accuracy for 3D Printer Parts — Why 98% Record Accuracy Still Misses Shipm

Inventory Accuracy for 3D Printer Parts — Why 98% Record Accuracy Still Misses Shipments

A spare parts warehouse with 98% record accuracy still misses shipments. How to run cycle counting by ABC class, find the receiving errors that cause stockouts, and set reorder points that hold.

SLS 3D Printing Technology: Nylon Powder Production Parts

SLS 3D Printing Technology: Nylon Powder Production Parts

Selective laser sintering turns nylon powder into production-grade parts without supports. This guide covers how SLS works, PA12 vs PA11 vs PA-CF material.

SLS Nylon Powder Sourcing: The Distributor Procurement Guide

SLS Nylon Powder Sourcing: The Distributor Procurement Guide

How to source SLS nylon powder (PA12, PA11, PA-CF): supplier evaluation, MOQ and pricing reality, powder refresh ratios, particle-size specs, and the buying.