Blog - 3d Print Reviews

Automatic Resin Feeding: Useful Convenience or Another System to Clean?

November 3, 2026 by Jared Hansen

Desktop resin 3D printer with an amber cover, suspended miniature prints, and an external resin bottle connected by clear tubing through small pump components on a workshop table.

Automatic resin feeding can prevent interruptions and reduce manual pouring, but pumps, tubing, seals, and resin restrictions add another maintenance loop.

Automatic Bed Leveling: Which Systems Actually Reduce Setup?

October 27, 2026 by Jared Hansen

Close-up of an unbranded enclosed desktop FDM 3D printer printing a rectangular first-layer test pattern on its build plate, with a filament spool and small sample prints on a workshop table.

Automatic bed leveling is usually worth having on an FDM printer, but the probe alone does not guarantee an easy first layer. The best systems combine reliable probing, broad mesh coverage, simple Z-offset calibration, stable mechanics, and firmware that applies the compensation automatically.

Printer Cameras and AI Failure Detection: How Much Supervision Do They Replace?

October 24, 2026 by Jared Hansen

Enclosed desktop filament 3D printer with an internal camera and a tangled failed print on the build plate, surrounded by a filament spool, sample prints, tools, gloves, and a laptop showing a warning symbol.

AI failure detection can monitor visible print problems and pause some failed jobs, but its blind spots, alert delays and false alarms still demand human oversight.

3D-Printer Maintenance Costs: Nozzles, Plates, Belts, Fans, and Wear Parts

October 22, 2026 by Jared Hansen

Workshop tabletop with an open-frame FDM 3D printer, orange-covered resin printer, filament spools, spare build plate, nozzles, fan, belt, hotend, tools, gloves, and miniature prints.

3D-printer maintenance costs depend more on print hours, materials, machine design, and failures than on the calendar. Here is how to budget for common FDM and resin wear parts.

Best Multi-Color 3D Printer: Compare Waste, Reliability, and Material Flexibility

October 20, 2026 by Jared Hansen

Studio workshop scene with two unbranded desktop FDM 3D printers, colored filament spools, multicolor geometric test prints, spare nozzles, and hand tools.

Compare four-color filament changers with premium toolchangers to find the right multicolor 3D printer for your budget, materials, workspace, and tolerance for purge waste.

How to Test 3D-Printer Speed Without Rewarding Bad Quality

October 17, 2026 by Jared Hansen

Enclosed desktop FDM 3D printer printing a small calibration cube beside three cube test prints with visibly different surface quality, a filament spool, stopwatch, and hand tools on a workshop table.

Learn how to compare FDM printer speed using completed-part time, controlled profiles, repeat runs and predefined quality standards—not peak speed claims.

How to Judge 3D-Printer Noise Before You Buy

October 15, 2026 by Jared Hansen

Desktop FDM 3D printer printing a small geometric cube on a vibration-damping pad, with filament spool, tabletop miniatures, and stylized blue sound-wave graphics in a workshop.

A practical framework for comparing 3D-printer noise claims, quiet modes, vibration, fan sound, and installation requirements before you buy.

How Much Electricity Does a 3D Printer Use?

October 13, 2026 by Jared Hansen

Enclosed desktop filament 3D printer producing a detailed castle model beside a blank plug-in power meter, filament spool, test prints, and resin-printing supplies on a workshop table.

Learn how to calculate a 3D printer’s electricity use per job, why peak wattage can mislead, and which printer and workflow choices affect the final cost.

Hardened Nozzles: Who Needs One and What You Give Up

October 10, 2026 by Jared Hansen

Two metal 3D-printer nozzles, one dark and one brass-colored, stand beside a white calibration cube and a black printed bracket on a workshop tray, with an enclosed FDM printer and filament spool in the background.

Hardened steel nozzles protect against abrasive filament, but they are not an automatic upgrade for every printer. Here is how to choose by material, diameter, and workload.

Best 3D Printer for Cosplay: Large Parts, Fast Output, and Easy Filament Choices

October 7, 2026 by Jared Hansen

Large enclosed desktop FDM 3D printer displaying a gray sci-fi helmet print, with a finished helmet, curved armor panels, filament spools, nozzle, tools, and sanding block on a workshop table.

Compare four large-format FDM printers for cosplay helmets, armor, masks, and props, with practical advice on build volume, materials, finishing, and workspace.

A Better Way to Benchmark FDM Printers: Use Real Projects, Not Just Calibration Toys

September 30, 2026 by Jared Hansen

Enclosed desktop FDM 3D printer in a workshop, surrounded by a terrain castle, functional test parts, calibration prints, a filament spool, and two small boat test prints showing clean and rough results.

A repeatable FDM printer benchmark should combine targeted diagnostic models with terrain, functional parts, controlled settings, and honest failure tracking.

4K, 8K, 12K Resin Printers: Why Screen Resolution Is a Bad Shortcut for Print Quality

September 26, 2026 by Jared Hansen

Three amber-covered resin 3D printers behind detailed gray test prints, a fantasy miniature bust, terrain ruin, support structures, gloves, tools, and resin-handling containers on a workshop bench.

A 12K resin printer is not automatically better than an 8K or 4K model. Learn how pixel pitch, screen size, calibration, resin, and mechanics affect real print quality.