Blog

Industry Insights
& Product Updates

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

3D Printer Fume Extraction & Filtration

3D Printer Fume Extraction & Filtration

ABS, ASA, and nylon emit VOCs and UFPs during printing. This distributor guide covers HEPA + activated carbon filtration, the safety regulations affecting 3D pr

3D Printing for Architecture & Construction Models:…

3D Printing for Architecture & Construction Models:…

How 3D printer distributors enter the architecture and construction vertical: scale models, formwork, topographical maps, client presentation models, and the pr

3D Printer Nozzles & Hotends: The Distributor's Guide…

3D Printer Nozzles & Hotends: The Distributor's Guide…

Nozzles are the highest-turnover consumable in 3D printing. A data-driven guide for distributors: brass vs hardened steel vs ruby, all-metal vs PTFE hotends, an

3D Printer Leasing & Financing: How Distributors Close…

3D Printer Leasing & Financing: How Distributors Close…

How 3D printer distributors use leasing, rental, and financing programs to close education and enterprise deals: lease-to-own models, third-party financing part

3D Printer Demo Lab Setup

3D Printer Demo Lab Setup

A physical demo lab is the highest-converting sales tool a 3D printer distributor can build. This guide covers layout, printer selection, sample part strategy,

3D Printer MOQ & Payment Terms: How Distributors Cut…

3D Printer MOQ & Payment Terms: How Distributors Cut…

How 3D printer distributors negotiate MOQ, payment terms, and trade credit with Chinese factories. T/T vs L/C vs OA breakdown, deposit negotiation tactics, and

IDEX vs Dual Extrusion 3D Printers

IDEX vs Dual Extrusion 3D Printers

IDEX and dual extrusion 3D printers explained for distributors: how independent dual extruders work, real business case for soluble supports and multi-material

3D Printing for Rubber & Plastics Processing…

3D Printing for Rubber & Plastics Processing…

How rubber and plastics processors, injection molders and machinery maintenance shops use 3D printing for grippers, wear strips, nozzle tips, conveyor parts, mo

Tree vs Standard 3D Printer Supports

Tree vs Standard 3D Printer Supports

Support structures consume 10–30% of filament on most prints. Tree supports cut material use by 30–55% versus standard grids.…

Page 5 of 31