Handheld 3D scanner with robotic arm for automated data capture
3D Scanning Solutions by Industry in Malaysia
3D Scanning Solutions by Industry in Malaysia Quick verdict: Whatever your industry — automotive, mold...
3D scanning for education and research
3D Scanning for Education & Research in Malaysia
3D Scanning for Education & Research in Malaysia Quick verdict: For universities, polytechnics and...
3D scanning an infant's head for a cranial helmet
3D Scanning for Medical, Dental & Orthotics in Malaysia
3D Scanning for Medical, Dental & Orthotics in Malaysia Quick verdict: For orthotics, prosthetics...
3D scanning an energy pipeline for corrosion inspection
3D Scanning for Energy & Heavy Equipment Inspection in Malaysia
3D Scanning for Energy & Heavy Equipment Inspection in Malaysia Quick verdict: For energy operators...
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FDM Plastic Filament

A blowtorch flame applied to a flame-retardant 3D printed part during a burn test
Flame-Retardant 3D Printing Filament: What UL94 Ratings Mean
What UL94 HB, V-2, V-1, V-0, 5VA and 5VB actually mean, how flame-retardant ABS, PC, nylon and PETG print,...
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A printed gear assembly shown with soluble supports still in place and after removal
3D Printing Support Filament: Soluble vs Breakaway Supports
Soluble, breakaway and interface-only supports explained: how PVA and HIPS dissolve, plus interface layers,...
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High temperature 3D printer with 400 C hardware printing a polyimide part
Thermoplastic Polyimide 3D Printing: High-Temp Parts
Thermoplastic polyimide 3D printing pushes a part's working temperature past 200 C. Here is what that...
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A 3D printer nozzle laying down layers of natural nylon to build a flanged bracket
Nylon 3D Printing: Properties, Settings and Applications
Nylon (PA) is the toughest of the common FDM materials and the fussiest to print. This guide covers its...
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Transparent polycarbonate part being 3D printed in an enclosed chamber
Polycarbonate 3D Printing: Properties and Applications
Polycarbonate is the toughest filament most workshop FDM machines can handle, and the hardest to print...
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A finished PETG 3D printed part held up in front of a production batch of printed components
PETG 3D Printing: Properties, Settings and Best Practices
A practical PETG 3D printing guide: published properties, slicer settings, stringing and bed adhesion...
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after-section-2-5-2
3D Print Post-Processing: Essential Techniques For Professional Results
Sand, fill, prime and paint your way to a professional finish, with grit progressions, filler and masking...
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PEEK vs PEKK vs ULTEM: How to Choose the Right High-Temperature 3D Printing Material for Industrial Applications
High Temperature 3D Printing Material: PEEK vs PEKK vs ULTEM Guide
PEEK, PEKK and PEI compared on service temperature, strength, chemical resistance and printer requirements,...
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Industrial SLA 3D printer producing a high-resolution part
TPU 3D Printing: Material Properties, Settings and Applications
TPU 3D printing gives a desktop FDM machine rubber-like parts. Learn Shore hardness, print settings,...
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hero-25-2
ABS 3D Printing: A Complete Guide to Material Properties, Settings, and Best Practices
A practical ABS 3D printing guide: published material properties, slicer settings that work, bed adhesion,...
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creatbot-peek-3d-printer
PEEK & High-Temperature 3D Printing: What You Need to Know
PEEK & High-Temperature 3D Printing: What You Need to Know Quick verdict: PEEK and other high-temperature...
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sla-bg
FDM vs Resin 3D Printing: Which Should You Choose in Malaysia?
FDM vs Resin 3D Printing: Which Should You Choose in Malaysia? (2026) Quick verdict: FDM is the workhorse...
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