3D VARIO thermoplastic filaments and 3D printing materials

3D VARIO thermoplastic filaments: calibrated PLA, high-impact ABS, soluble HIPS 1.75 mm spools, precision extrusion nozzles, and build plate accessories.

3D VARIO: European manufacturer of thermoplastic filaments and FDM materials

Founded in Poland, 3D VARIO specializes in manufacturing polymer consumable materials for FDM/FFF 3D printers. The factory produces calibrated PLA, ABS, and HIPS filaments in 1.75 mm diameter with continuous optical monitoring of section geometry and melt stability.

Specialized manufacturing facility in Poland debuting at the Dni Druku exhibition
Production of calibrated PLA polymers, high-impact ABS, and soluble HIPS spools
Laser monitoring of filament diameter maintaining strict tolerances within 0.05 mm
Qualified formulations of virgin polymer pellets devoid of secondary contaminants

Calibrated 1.75 mm PLA filaments available across an expanded color selection

Polylactic acid filaments by 3D VARIO deliver minimal thermal shrinkage and dependable first-layer adhesion without warping at extrusion temperatures of 185 to 210 °C. A palette of 11 core shades is supplied on 0.85 kg and 1 kg spools inside sealed moisture-barrier bags.

Environmentally sound biodegradable polymer formulated from pure polylactic resins
Eleven saturated color choices engineered for architectural and industrial models
High interlayer bonding strength and zero thermal warping during non-heated bed jobs
Standardized 0.85 kg and 1 kg spool assemblies fitted with convenient strand slots

Structural ABS filaments engineered for high-load industrial machinery parts

Thermoplastic ABS copolymer from 3D VARIO is engineered for manufacturing heavy-duty machine parts, equipment enclosures, and functional mechanisms. The strand exhibits elevated impact resilience, achieving solid layer fusion with heated bed temperatures of 90 to 100 °C.

Elevated impact endurance and surface wear resilience across functional components
Excellent response to mechanical post-processing, milling, and vapor smoothing
Recommended print nozzle thermal operating boundary maintained from 220 to 235 °C
Resistance to repetitive mechanical shock, high vibrations, and industrial lubricants

Soluble HIPS filaments for complex structural supports and internal cavities

High impact polystyrene from 3D VARIO serves as a durable structural polymer and a soluble support medium in dual-extrusion ABS setups. The material dissolves completely in d-limonene without degrading the underlying part geometry at nozzle temperatures of 230 to 240 °C.

Complete dissolution within d-limonene baths facilitating clean hollow cavities
Ideal thermal expansion coefficient matching with high-impact ABS polymer layers
Viable utility as a lightweight matte structural plastic for specialized enclosures
Unvarying filament volumetric density without hidden micro-cavities or air voids

Precision extrusion nozzles and hotend assemblies for uniform melt delivery

The 3D VARIO line of nozzles and hotend assemblies delivers steady polymer extrusion without thermal degradation. Manufactured from brass alloys and hardened tool steel with orifice diameters from 0.2 to 0.8 mm, they ensure uniform bead geometry and fluid passage stability.

Precision internal orifice finishing devoid of micro-burrs or machining ridges
Interchangeable nozzles featuring orifice diameters of 0.2, 0.4, 0.6, and 0.8 mm
High-output ceramic heating cartridges alongside accurate NTC temperature sensors
Bimetallic heat-break throats preventing heat creep and upstream filament clogging

Build plate accessories and feed management assemblies for uninterrupted 3D printing

3D VARIO hardware accessories encompass adhesive build platform surfaces, ball-bearing spool holders, and vacuum storage modules. This tooling eliminates moisture absorption within polymer strands and guarantees continuous spool unwinding without stepper motor torque jerks.

Ball-bearing spool support brackets delivering low-drag unwinding under tension
Specialized adhesive build plate overlays securing dependable first-layer bond
Filament drying chambers and vacuum containment bags with moisture indicators
Interchangeable low-friction PTFE guide tubes ensuring uniform feeding kinetics

European polymer extrusion traditions and 3D VARIO brand milestones

Established in Poland, manufacturing enterprise 3D VARIO emerged as a dedicated developer and fabricator of thermoplastic consumable filaments for FDM/FFF 3D printers.

First introducing its product portfolio to industry specialists during the Dni Druku exhibition in Kielce, the company prioritized calibrated filament strands processed from virgin polymer resins devoid of secondary additives.

The 3D VARIO manufacturing program incorporates ecological PLA filaments, high-resilience ABS structural copolymers, soluble HIPS support polymers, along with portable 3D printers of the 3D-Fly and 3DKreator series.

Rigorous factory extrusion control guarantees consistent melt fluidity and repeatable mechanical parameters across printed parts.

Technological characteristics and dimensional precision of PLA filaments

PLA filaments manufactured by 3D VARIO utilize biodegradable thermoplastic polyester synthesized from renewable agricultural starch resources.

The material features an absence of thermal contraction during cooling, preventing warping and edge detachment on massive prints even when utilizing print beds without heating at nozzle temperatures of 185 to 210 °C.

Continuous optical monitoring ensures strict adherence to the 1.75 mm nominal diameter with manufacturing tolerances within 0.05 mm throughout the entire spool length.

The color range spans 11 saturated shades supplied on durable 0.85 kg and 1 kg spools within vacuum-sealed foil pouches protecting polymer chains from ambient humidity.

Structural ABS thermoplastics for high-resilience functional assemblies

For manufacturing critical equipment enclosures, instrument panels, mounting brackets, and kinematic mechanism linkages, 3D VARIO produces structural ABS plastic.

The material exhibits elevated resilience against mechanical impact loads, heavy vibration, surface wear, and brief exposure to industrial lubricants and technical cleaning reagents.

The recommended extrusion thermal boundary for ABS spans 220 to 235 °C accompanied by heated print bed operation at 90 to 100 °C to eliminate component edge separation.

Fabricated components respond smoothly to mechanical finishing, tapping, milling, drilling, and solvent vapor smoothing to yield an even surface finish.

Soluble HIPS support polymers for intricate geometric configurations

Fabricating parts with complex spatial configurations, internal cavities, enclosed ducting, and delicate overhangs requires dependable sacrificial support structures.

High impact polystyrene HIPS from 3D VARIO serves as an ideal soluble support material during dual-extrusion additive fabrication alongside ABS engineering polymers.

The material exhibits thermal extrusion parameters matching ABS (230 to 240 °C) and a similar coefficient of linear thermal expansion, preventing internal stresses along layer interfaces.

Following print completion, the workpiece is immersed within a d-limonene bath where support structures dissolve completely without mechanical damage.

Precision extrusion nozzles and hotend melt chamber assemblies

Layer deposition uniformity depends directly upon the internal fluid path of the extrusion nozzle and thermal uniformity throughout the hotend block.

The 3D VARIO interchangeable nozzle portfolio machined from high-conductivity brass and hardened tool steel features orifice diameters from 0.2 to 0.8 mm for balancing fine resolution and throughput.

Mirror finishing within internal nozzle cavities reduces fluid hydrodynamic drag of the molten polymer and prevents degradation during prolonged production runs.

Bimetallic heat-break throats with titanium and copper inserts arrest heat migration, preventing polymer softening within the cold feed zone.

Build platform accessories and stabilized filament delivery assemblies

Dependable first-layer adhesion serves as a key prerequisite for reliable additive fabrication of large-scale parts.

3D VARIO hardware tooling encompasses dedicated adhesion sheets, spring steel textured platform overlays, and heat-resistant bonding compounds delivering strong hot grip and effortless release upon cooldown.

To prevent stepper motor skip and filament strand crossover, ball-bearing spool holders provide controlled unwinding resistance. Vacuum preservation chambers and desiccant containment modules featuring humidity indicator indicators guarantee dry polymer conditions throughout long storage periods.

3D VARIO and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of 3D VARIO and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.