FDM [ FFF ]
THERMOPLASTIC EXTRUSION
Rapid, durable parts using engineering-grade polymers. Ideal for functional prototypes, jigs, and fixtures.
- FDM : Fused Deposition Modeling
- FFF : Fused Filament Fabrication
- ±0.15mm Accuracy
- 500 x 500 x 500mm Build
YOUR 3D PRINT,
PRICED IN SECONDS.
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Industrial grade additive manufacturing.
Shipped in 24hrs. Access materials like PLA, TPU, PETG etc.
Supports - .stl,.3mf
Instant automated quoting & DFM checks.
No Sign-up. No back-and-forth. No Hassle
AEROSPACE//AUTOMOTIVE//MEDICAL DEVICES//DEFENSE//CONSUMER ELECTRONICS//ROBOTICS//
SLA / DLP
RESIN STEREOLITHOGRAPHY
High-fidelity surface finish with micron-level detail. Perfect for injection mold masters and visual models.
- SLA : Stereolithography
- DLP : Digital Light Processing
- 25 Micron Layers
- Clear & High-Temp Resins
MJF / SLS / SLM
POWDER BED FUSION
Support-free manufacturing for complex geometries and small-batch production runs in Nylon PA12.
- MJF : Multi Jet Fusion
- SLS : Selective Laser Sintering
- SLM : Selective Laser Melting
- Isotropic Strength
- Production Ready
Material Database & Specifications
Explore our verified 3D printing material library. Compare FDM, SLA, and MJF specifications including density, tensile strength, and heat deflection.
Polylactic Acid
PLAPolylactic Acid. Easy to print, biodegradable, low cost. Ideal for cosmetic prototypes but has low heat resistance.
AVAILABLE COLORS 5 OPTION[S]
White
Green
Blue
Red
Black
Fused deposition modeling Materials
- PLA (PLA): Polylactic Acid. Easy to print, biodegradable, low cost. Ideal for cosmetic prototypes but has low heat resistance.. Usage: Prototyping & Hobbyist. Specs: Density 1.24 g/cm³, Strength 50 MPa.
- PLA-T (PLA-T): Tough PLA. Enhanced durability and impact resistance compared to standard PLA, maintaining ease of use.. Usage: Tough Prototyping. Specs: Density 1.22 g/cm³, Strength 45 MPa.
- ABS (ABS): Acrylonitrile Butadiene Styrene. Strong, durable, and heat resistant. Prone to warping during print.. Usage: Functional Parts. Specs: Density 1.04 g/cm³, Strength 40 MPa.
- PETG (PETG): Polyethylene Terephthalate Glycol. Good balance of strength and ductility. Moisture and chemical resistant.. Usage: Water Resistant Parts. Specs: Density 1.27 g/cm³, Strength 50 MPa.
- PETG-CF (PETG-CF): A variant of PETG that contains carbon fiber in its composition. This carbon fiber gives the material greater rigidity, strength, and durability compared to standard PETG. Usage: Stiff Structural Parts. Specs: Density 1.30 g/cm³, Strength 66 MPa.
- TPU / Flex - 95A (TPU): Thermoplastic Polyurethane. Elastic, rubber-like material resistant to abrasion and impact.. Usage: Flexible Seals & Grips. Specs: Density 1.20 g/cm³, Strength 30 MPa.
- Nylon (PA): Strong, durable synthetic polymer with low friction and high wear resistance. Difficult to print (hygroscopic).. Usage: Industrial Gears. Specs: Density 1.10 g/cm³, Strength 60 MPa.
Digital Light Processing [DLP] Materials
- 4K (DLP-4K): High resolution resin printing using a screen to mask UV light. Smooth surface finish but generally brittle.. Usage: High Detail Models. Specs: Density 1.15 g/cm³, Strength 45 MPa.
- 8K (DLP-8K): Ultra-high resolution resin printing. Captures the finest details for jewelry and miniatures.. Usage: Ultra-High Detail. Specs: Density 1.18 g/cm³, Strength 50 MPa.
Stereolithography [SLA] Materials
- Resin (SLA): Uses a laser to cure liquid resin. Industry standard for smooth surface finishes. Mechanical properties vary by resin type.. Usage: Smooth Prototypes. Specs: Density 1.12 g/cm³, Strength 40 MPa.
Selective Laser Sintering [SLS] Materials
- Nylon (SLS): Laser-sintered nylon powder. No support structures, near-isotropic strength, and print-in-place moving assemblies with a 0.3 mm minimum clearance.. Usage: Functional Parts & Assemblies. Specs: Density 1.01 g/cm³, Strength 48 MPa.
Multi Jet Fusion [MJF] Materials
- Nylon (MJF): Powder bed fusion technology. Creates isotropic parts with high strength suitable for production runs.. Usage: End-Use Parts. Specs: Density 1.01 g/cm³, Strength 48 MPa.
PLA-T
PLA+ TOUGHGeneral Purpose
PETG-C
CARBON FIBER PETGHigh Stiffness / Lightweight
ASA-X
ASA UV-STABLEOutdoor Weatherproof
TPU-95
FLEX TPU 95AGaskets & Bumpers
PA12-N
NYLON PA12End-Use Mechanical
RES-HT
HIGH TEMP RESINDeflection @ 238°C
QUALITY ASSURANCE.
Every part undergoes a rigorous 3-point inspection process before dispatch. We provide Certificate of Conformity (CoC) upon request.
INSPECTIONCMM & Optical Scan
Capabilities
SLA
ResinL < 100mm±0.2mm
L > 100mm±0.2% × L
DLP
ResinL < 100mm±0.1mm
L > 100mm±0.1% × L
MJF
PowderL < 100mm±0.25mm
L > 100mm±0.25% × L
SLM
MetalL < 100mm±0.3mm
L > 100mm±0.3% × L
FDM
FilamentL < 100mm±0.2mm
L > 100mm±0.2% × L
SLS
Nylon PowderL < 100mm±0.25mm
100 - 200mm±0.3mm
200 - 500mm±0.5mm
L > 500mm±0.1% × L
FAQ
What is the minimum wall thickness?
For FDM, we recommend a minimum of 0.8mm (2 perimeters). For SLA and SLS, walls can be as thin as 0.5mm, though 1.0mm is recommended for structural integrity.
Do you offer post-processing?
Yes. Standard service includes support removal and washing. Premium finishes include vapor smoothing (ABS/ASA), bead blasting, spray painting, and threaded insert installation.
How fast is Rush production?
Orders placed before 11:00 AM with RUSH priority enter production immediately. FDM parts often ship same-day. SLA/SLS typically requires 24 hours for washing and curing cycles.
Can you print assemblies?
For FDM and SLA, we recommend printing parts separately for best fit. SLS (Powder) allows for print-in-place moving assemblies with a minimum clearance of 0.3mm.