FFF 3D Printing, also known as additive manufacturing, is a process of making three dimensional solid objects from a digital file. The objects are made by extruding material layer-by-layer until the object is created. FFF 3D Printing is commonly used for production applications, low-cost prototyping, modeling, and design verification with efficient turnaround times. The main advantages of 3D Printing are:
Profitability
Time-effectiveness
Design freedom
Accessibility
Risk reduction
ZMorph VX Multitool 3D Printer is compatible with a vast range of 3D printing materials and offers two high-tech toolheads: Single Plastic Extruder and Dual Extruder with advanced multi-material 3D printing features like printing with PVA support, selective two-material 3D printing, color blending, and image mapping.
Material:
PLA
Features:
Biodegradable, easy to print, low emission, wide range of colours, low shrinkage, high stiffness.
Applications:
Molds, consumer goods, architectural models, educational models, containers, medical accessories, prototypes, biodegradable models.
Material:
ABS
Features:
Dissolves in acetone, exceptional impact strength, good mechanical properties, good heat resistance.
Applications:
Prototypes, consumer goods, jigs & fixtures, casings, models requiring high-impact strength, gearing, toys, automotive parts.
Material:
PET-G
Features:
Stability dimensions, low shrinkage, good thermal resistance, scratch resistance, rigidity, good electrical properties.
Applications:
Bottles, containers, electronic devices housings, precise bearings and gears, photography accessories, transparent elements, models requiring stability of shape.
Material:
Nylon
Features:
Great mechanical resistance, good abrasion resistance, high impact strength, lightweight, fatigue resistance.
Applications:
Functional prototypes, gear wheels, plain bearings, models that require abrasion resistance, clips, hooks, screw nuts.
Material:
HIPS
Features:
Dissolves in d-limonene, easy to postprocessing, lightweight, water resistant.
Applications:
Support material, casings, containers, protective elements, mechanical parts, models that require abrasion resistance.
Material:
ASA
Features:
Good impact strength, high temperature resistance, weather and UV resistance, dissolve in acetone.
Applications:
Outdoor applications, models that require high UV resistance, sporting elements.
Material:
PMMA
Features:
Transparency, UV resistance, high optical properties, tough, scratch resistance.
Applications:
Optical applications, UV resistant models, chemical equipment, lamps, protective glass, illuminated signs, electronic casings.
Material:
TPE
Features:
Good thermoplastic and elastic properties, vibration dampening, good impact and tensile strength.
Applications:
Prototypes, end parts, connectors, covers, tools, robotic, dampeners.
Material:
PC
Features:
High impact strength, self-extinguishing, good optical properties, resistance for weather conditions, transparency, dimensional stability.
Applications:
Automotive components, molds for silicone casting, lifts, photography accessories.
Material:
PC/ABS
Features:
Great mechanical durability, heat resistance, stiffness, exceptional impact strength, UV resistance.
Applications:
Cantilever elements, clasps, hooks, dashboards, keyboards, buttons, gears, propellers, housings..
Material:
PP
Features:
Lightweight, good chemical resistance, resistance to moisture, good heat and fatigue resistance.
Applications:
Mechanical parts, covers, housings, chemical accessories, containers, caps, pump valves.
Material:
PVA
Features:
Dissolves in water, biodegradable.
Applications:
Support for complex designs, molds for cold- metal casting.
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