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

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.

CNC Machining vs 3D Printing: A Distributor's Decision Framework for Selling Against Tradi

CNC Machining vs 3D Printing: A Distributor's Decision Framework for Selling Against Traditional Manufacturing

When to recommend a 3D printer over a CNC machine: cost-per-part analysis, material limitations, tolerance comparisons, and the hybrid manufacturing.

Consumer 3D Printing Demand, Three Buyer Types, One Reliability Standard

Consumer 3D Printing Demand, Three Buyer Types, One Reliability Standard

The consumer segment is three different buyers with three different purchase logics. How reliability behaviour, not specification, decides retention, and how to stock the mid-tier conversion path.

CoreXY vs Bedslinger: Which Kinematics Belongs in Your Product Line?

CoreXY vs Bedslinger: Which Kinematics Belongs in Your Product Line?

CoreXY or bedslinger? A data-driven comparison of 3D printer kinematic architectures for distributors. Speed, precision, cost, and which customers each.

Creep & Fatigue in 3D Printed Parts, Long-Term Load-Bearing Performance

Creep & Fatigue in 3D Printed Parts, Long-Term Load-Bearing Performance

A printed part that survives a bench test can still fail six months into service. Plastics are viscoelastic: under a constant load they creep, and under a cycling load they fatigue, and both are accel

Carbon Fiber & Glass Fiber Filled Filaments: The Premium Materials That Deliver 3x Mar

Carbon Fiber & Glass Fiber Filled Filaments: The Premium Materials That Deliver 3x Margins

Carbon fiber, glass fiber, and Kevlar-filled filaments command $50-100/kg and require hardened nozzles — creating a built-in consumable upsell. A.

Ceramic 3D Printing: Resin, Filament & Applications

Ceramic 3D Printing: Resin, Filament & Applications

Ceramic 3D printing is the fastest-growing premium material segment: alumina and zirconia parts with 1,600°C tolerance, biocompatibility, and chemical.

Chemical-Resistant 3D Printing Materials, Selecting Polymers for Corrosive & Solvent E

Chemical-Resistant 3D Printing Materials, Selecting Polymers for Corrosive & Solvent Exposure

A printed part that sits in a plant will meet acid, base, solvent or fuel long before it fails for any mechanical reason. Choosing the wrong polymer means a part that looked perfect in the lab dissolv

P1S vs K2 Plus vs Plus4: The Three Enclosed CoreXY Printers Battling for Distributor Shelf

P1S vs K2 Plus vs Plus4: The Three Enclosed CoreXY Printers Battling for Distributor Shelf Space in 2026

Head-to-head comparison of the top three enclosed CoreXY 3D printers for distributors in 2026: Bambu Lab P1S, Creality K2 Plus, and Qidi Plus4.…

3D Scanner + 3D Printer Bundles: The 5x Order Value Play Most Distributors Are Missing

3D Scanner + 3D Printer Bundles: The 5x Order Value Play Most Distributors Are Missing

Every 3D printer customer who buys a scanner spends 3-5x more on their initial order. Here's how distributors build scanner+printer bundles for dental labs,.