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Nickel-Based Alloy GH4169(SLM-METAL)

3D printing SLM Natural
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GH4169, also known as Inconel 718, is a precipitation-hardened nickel-based superalloy featuring excellent high-temperature strength, creep resistance, and fatigue performance. It retains stable mechanical properties up to 700°C and also provides good corrosion resistance and weldability, making it widely used in aerospace, energy, and high-temperature industrial applications.


  • Surface & Hardness
    Surface Roughness (Sandblasted): ≥6 μm
    Hardness (As-Printed) / HRB: 30 ± 3
    Hardness (Post-Heat Treatment) / HRB: 45 ± 3

  • Mechanical Properties
    Tensile Strength (As-Printed): 1080 ± 80 MPa
    Tensile Strength (Post-Heat Treatment): 1400 ± 100 MPa
    Yield Strength (As-Printed): 770 ± 80 MPa
    Yield Strength (Post-Heat Treatment): 1150 ± 100 MPa
    Elongation (As-Printed): 25 ± 3 %
    Elongation (Post-Heat Treatment): 18 ± 5 %

Max. Part Size:

350mm × 400mm × 360mm

Tolerance and Precision：

±200 µm or ±0.2%


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OLA Micronano BIO Resin(DLP-RESIN)

3D printing DLP Resin Light yellow
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Biocompatible resin with ultra-high printing resolution; supports fine details as small as 50μm with a machining tolerance of ±20μm.

  • Mechanical Properties

    Tensile Strength: 40 MPa

    Elongation at Break: 5%

    Bending Strength: 50 MPa

    Bending Modulus: 1500 MPa

    Hardness (Shore D): 80

  • Thermal Properties

    Heat Deflection Temperature: 100°C

  • Other Properties

    Viscosity: 200 cps

Max. Part Size:

84mm x 63mm x 70mm

Tolerance and Precision：

±20 µm or ±0.02%


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Thermoplastic Polyurethane(Vacuum Casting-TPU)

Vacuum Casting White
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Excellent elasticity, good tensile strength and tear resistance. 30A–90A (The lower the value, the softer the material. Default is 70A. Please note in your order if a different softness is required.)

  • Mechanical Properties

    Hardness (Shore A): 0–100A

    Toughness: Good

    Shrinkage: 0.8–1.3%

    Specific Gravity: 1.2–1.4

  • Thermal Properties

    Heat Resistance: 70–80°C

    Low Temperature Resistance (Brittle Temperature): -10°C

    Molding Temperature: 140–180°C

  • Electrical Properties

    Dielectric Constant (60 Hz): 4.2

Max. Part Size:

900mm x 650mm x 600mm

Tolerance and Precision：

±250 µm or ±0.25%


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OLA6100 ABS(FDM-PLASTIC)

3D Printing FDM Plastic Black
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OLA 6100ABS is a rigid thermoplastic engineering material known for its reliable mechanical strength and dimensional stability. Ideal for functional testing and prototyping, this material enables the production of 3D-printed components that closely resemble final products. It is widely used for general mechanical parts and wear-resistant components and supports post-processing techniques such as chrome plating and painting.

  • Thermal Properties

    Heat Deflection Temperature (HDT @ 0.45 MPa): 104°C

  • Mechanical Properties

    Tensile Strength: 32.5-34.1 MPa

    Elongation at Break: 2.3%-3.1%

    Bending Strength: 59±1.3 MPa

  • Impact Properties

    Notched Impact Strength (Simple Beam): 12.6±1.1 kJ/m²

Max. Part Size:

300mm x 300mm x 300mm

Tolerance and Precision：

±300 µm or ±0.3%


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OLAPA11(SLS-NYLON)

3D Printing SLS Nylon Gray-black
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OLA PA11Pro is a high-performance nylon material made from castor oil, offering 100% bio-based environmental benefits. It provides exceptional ductility and impact resistance, making it ideal for mass production of strong, detailed parts across various industrial applications. Compared to PA12, PA11Pro is better suited for parts requiring flexibility and durability under dynamic stress.


  • Thermal Properties
    Heat Deflection Temperature: 185 °C (0.45 MPa), 47 °C (1.82 MPa)

  • Mechanical Properties
    Tensile Modulus (ASTM D638): 1.53 GPa
    Tensile Strength (ASTM D638): 51 MPa
    Elongation at Break (ASTM D638): 30%
    Flexural Modulus (ASTM D790): 1.34 GPa
    Flexural Strength (ASTM D790): 51 MPa
    Notched Izod Impact Strength (ASTM D256): 7.4 J/m

Max. Part Size:

299mm × 199mm × 283mm

Tolerance and Precision：

±300 μm or ±0.3%


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OLA4600(SLA-RESIN)

3D Printing SLA Resin White
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OLA R4600 is one of our flagship SLA resins, offering a well-balanced combination of strength and toughness. This material provides exceptional overall performance and outstanding value, making it ideal for a wide range of industrial applications. It is well-suited for master models, concept prototypes, general-purpose parts, and functional components in industries such as automotive, healthcare, and consumer electronics.


  • Thermal Properties
    Heat Deflection Temperature: 44°C
    Coefficient of Thermal Expansion: 90-103×10⁻⁶/°C

  • Mechanical Properties
    Shore Hardness: 79
    Tensile Modulus: 2649-2731 MPa
    Tensile Strength: 38 MPa
    Elongation at Break: 8%
    Flexural Strength: 69-76 MPa
    Flexural Modulus: 2722-2792 MPa
    Notched Impact Strength: 29-34 J/m
    Poisson's Ratio: 0.4-0.44

  • Electrical Properties
    Dielectric Constant (60Hz): 4.2-5.0
    Dielectric Constant (1kHz): 3.3-4.2
    Dielectric Strength: 12.8-16.1 kV/mm

Max. Part Size:

580mm x 580mm x 380mm

Tolerance and Precision：

±200 µm or ±0.2%


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Vacuum Casting TPU(Transparent)(Vacuum Casting-TPU)

Vacuum Casting Transparent
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Excellent elasticity, good tensile strength and tear resistance, 30A–90A (The lower the value, the softer the material. Default is 70A. Please note in your order if a different softness is required.)

  • Thermal Properties
    Heat Resistance: 70–80°C
    Low-Temperature Resistance (Brittle Point): -10°C
    Molding Temperature: 140–180°C
    Shrinkage Rate: 0.8–1.3%

  • Mechanical Properties
    Shore Hardness: 0–100A
    Toughness: Good
    Specific Gravity: 1.2–1.4

  • Electrical Properties
    Dielectric Constant (60 Hz): 4.2

Max. Part Size:

900mm × 650mm × 600mm

Tolerance and Precision：

±250μm or ±0.25%


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OLA-AL6061(SLM)

Al6061 SLM Natural (As-printed)
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Aluminum 6061 is a lightweight, high-strength alloy with excellent machinability, weldability, and corrosion resistance. It is one of the most popular aluminum materials for 3D printing, especially suitable for parts requiring good surface quality and mechanical performance.

As a heat-treatable alloy, 6061 maintains stable workability after annealing and offers balanced strength and formability, making it ideal for industrial-grade applications.

  • As-Printed State

    Surface roughness (sandblasted): ≥7 μm

    Hardness: 90±10 HRB

    Tensile strength: 260±40 MPa

    Yield strength: 202±40 MPa

    Elongation: 14±5%

  • Post-Heat Treatment

    Hardness: 120±30 HRB

    Tensile strength: 300±20 MPa

    Yield strength: 250±20 MPa

    Elongation: 10±5%

  • Key Notes

    Heat treatment increases strength but reduces ductility

    Hardness variability increases after treatment (±30 HRB)

    All values include process tolerance ranges

Max. Part Size:

350mm × 400mm × 360mm

Tolerance and Precision：

±200μm or ±0.2%



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OLA Micronano Translucent Resin(DLP-RESIN)

3D Printing DLP Resin Translucent
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OLA micro/nano translucent resin enables ultra-high-resolution 3D printing with feature sizes as small as 50μm and machining precision down to ±20μm. Suitable for ultra-thin endoscopic tips, microfluidic chips, and other compact medical structures.

  • Thermal Properties

    Heat Deflection Temperature (@0.45 MPa): 80°C

  • Electrical Properties

    Dielectric Constant (ℇ/5GHz): 3

    Dielectric Loss (tanδ/5GHz): 3.53e-2

  • Mechanical Properties & Viscosity

    Tensile Strength: 40 MPa

    Elongation at Break: 3%

    Bending Modulus: 1500 MPa

    Bending Strength: 50 MPa

    200 cps

Max. Part Size:

84mm x 63mm x 70mm

Tolerance and Precision：

±20 µm or ±0.02%


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OLA6000 PLA(FDM-PLASTIC)

3D Printing FDM Plastic Black
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OLA 6000PLA is an environmentally friendly, biodegradable thermoplastic derived from renewable resources. It offers a wide range of colors and surface finishes. The material exhibits excellent dimensional stability and is easy to print, making it ideal for complex shapes and prototypes. However, it is more brittle compared to other plastics.

  • Mechanical Properties

    Tensile Strength: 60 MPa

    Elongation at Break: 18.3%

    Bending Modulus: 2266 MPa

  • Thermal Properties

    Heat Deflection Temperature: 53°C

  • Impact Properties

    Impact Strength: 6 kJ/m²

Max. Part Size:

256mm x 256mm x 256mm

Tolerance and Precision：

±300 µm or ±0.3%


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OLA7100Pro(SLS-Nylon)

3D Printing SLS Nylon Black
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OLA 7100Pro is a cost-effective nylon-like PA12 SLS material offering excellent mechanical properties and durability. It’s engineered for long-term usage, with high dimensional stability and consistent strength across all directions. Compared to traditional PA12, 7100Pro provides similar performance at a significantly lower cost, making it one of the most economical and widely applicable SLS materials on the market.

  • Mechanical Properties

    Tensile Strength (ISO527-1:2019): 42 MPa (X/Y)

    Tensile Modulus (ISO527-1:2019): 1450 MPa (X/Y)

    Elongation at Break (ISO527-1:2018): 40% (X/Y)

    Bending Strength (GB/T 9341-2008): 48 MPa (X/Y)

    Bending Modulus (GB/T 9341-2008): 1400 MPa (X/Y)

  • Thermal Properties

    Heat Deflection Temperature (HDT @ 1.8 MPa): 52°C

    Heat Deflection Temperature (HDT @ 0.45 MPa): 145°C

    Melting Point (10°C/min): 185.5°C

  • Impact Properties

    Notched Impact Strength (GB/T 1843-2008): 10 kJ/m² (X/Y)

    Unnotched Impact Strength (GB/T 1843-2008): 32 kJ/m² (X/Y)

Max. Part Size:

350mm × 350mm × 400mm

Tolerance and Precision：

±300 μm or ±0.3%


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OLA8300(SLA-H-Temp RESIN)

3D Printing SLA Resin Beige
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OLA 8300 high-temperature resin is designed for applications requiring excellent thermal resistance, strength, and toughness. It performs reliably in environments ranging from 60°C to 100°C while maintaining outstanding dimensional stability. Ideal for high-performance prototyping and functional part production in demanding industries.

  • Thermal Properties

    Heat Deflection Temperature: 44℃

    Coefficient of Thermal Expansion: 90~103×10⁻⁶/℃

  • Mechanical Properties

    Shore Hardness: 79

    Tensile Modulus: 2649-2731 MPa

    Tensile Strength: 38 MPa

    Elongation at Break: 8%

    Flexural Strength: 69-76 MPa

    Flexural Modulus: 2722-2792 MPa

    Notched Impact Strength: 29-34 J/m

    Poisson’s Ratio: 0.4-0.44

  • Electrical Properties

    Dielectric Constant (60Hz): 4.2-5.0

    Dielectric Constant (1kHz): 3.3-4.2

    Dielectric Strength: 12.8-16.1 kV/mm

Max. Part Size:

600mm × 600mm × 400mm

Tolerance and Precision：

±200 µm or ±0.2%


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Vacuum Casting TPU(Colorful)(Vacuum Casting-TPU)

Vacuum Casting Color options available
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Excellent elasticity, good tensile strength and tear resistance, 30A–90A (The lower the value, the softer the material. Default is 60A. Please note in your order if a different softness is required.)

  • Thermal Properties
    Heat Resistance: 70–80℃
    Low Temperature Resistance: -10℃
    Molding Temperature: 140–180℃

  • Mechanical Properties
    Shore Hardness: 0–100A
    Toughness: Good
    Shrinkage: 0.8–1.3%
    Density: 1.2–1.4

  • Electrical Properties
    Dielectric Constant (60Hz): 4.2

Max. Part Size:

900mm × 650mm × 605mm

Tolerance and Precision：

±250μm or ±0.25%


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OLA Micronano HT210 Resin (High Temperature Resistant)

3D Printing DLP Resin Light yellow & Black
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High-temperature resistant and ultra-precision DLP resin. Capable of printing microstructures as small as 50μm with machining tolerance up to ±25μm.

  • Mechanical Properties

    Tensile Strength (ISO527-1:2019): 51 MPa

    Bending Strength (GB/T 9341-2008): 110 MPa

  • Thermal Properties

    Heat Deflection Temperature (HDT @ 1.8 MPa): 210°C

  • Impact Properties&Other Properties

    Elongation at Break (ISO527-1:2018): 2%

    Bending Modulus: 4300 MPa

    Viscosity: 2000 cps

    Shore Hardness: 92 D

Max. Part Size:

84mm x 63mm x 70mm

Tolerance and Precision：

±25 µm or ±0.025%


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OLA-Stainless Steel 316L (SLM)

SS316L SLM Natural (Metallic Gray)
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316L stainless steel is a low-carbon, austenitic alloy widely used for its exceptional resistance to chemicals, acids, and high temperatures. As a biocompatible, food-grade material, it’s ideal for aerospace, medical implants, molds, prototypes, and luxury jewelry. It maintains strength and ductility under demanding conditions, making it a reliable choice for functional and end-use parts.

  • Surface Characteristics
    Surface Roughness (As-Sandblasted): ≥6 μm

  • As-Printed State
    Hardness: 93±3 HRB
    Tensile Strength: 700±100 MPa
    Yield Strength: 510±100 MPa
    Elongation: 35±10%

  • After Heat Treatment
    Hardness: 93±3 HRB
    Tensile Strength: 720±100 MPa
    Yield Strength: 520±100 MPa
    Elongation: 32±10%

Max. Part Size:

350mm × 400mm × 360mm

Tolerance and Precision：

±200 µm or ±0.2%


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OLA Reinforced Nylon Carbon Fiber(FDM-PLASTIC)

3D Printing FDM Plastic Black
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OLA Reinforced Nylon Carbon Fiber is a high-performance 3D printing filament featuring a dual-layer coating structure. The outer shell is made of pure nylon resin with high interlayer adhesion, while the core contains short-cut carbon fiber-reinforced high-temperature nylon. This results in a material with outstanding strength, heat resistance, and superior Z-axis performance compared to conventional carbon fiber nylon.

  • Mechanical Properties

    Tensile Modulus (X-Y): 8789.10 ± 458.32 MPa

    Tensile Modulus (Z): 4213.96 ± 87.46 MPa

    Tensile Strength (X-Y): 103.25 ± 2.96 MPa

    Tensile Strength (Z): 51.51 ± 2.01 MPa

    Elongation at Break (X-Y): 1.49 ± 0.09%

    Elongation at Break (Z): 1.55 ± 0.12%

  • Thermal Properties

    Heat Deflection Temperature: 187.5°C

  • Impact Properties

    Notched Impact Strength: 6.57 ± 0.38 kJ/m²

Max. Part Size:

300mm x 220mm x 220mm

Tolerance and Precision：

±300 µm or ±0.3%


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OLATPU(SLS/MJF-NYLON)

3D Printing SLS/MJF Nylon Gray-black & White
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OLA TPU is a highly versatile material known for its flexibility, resilience, and ability to produce detailed and intricate parts. It is suitable for use in cushioning applications and wearable parts. The material has passed ISO 10993-10 (skin sensitization) and ISO 10993-5 (cytotoxicity) tests, making it skin-safe.

  • Physical Properties

    Melting Point: 120°C - 150°C

    Tensile Modulus: 75 - 85 MPa

    Tensile Strength: 7 - 9 MPa

  • Mechanical Properties

    Elongation at Break: 130% - 280%

    Bending Modulus: 70 - 75 MPa

  • Impact Properties

    Notched Impact Strength: 44 - 46 kJ/m²

Max. Part Size:

Gray-Black (MJF): 377 mm × 277 mm × 380 mm

White (SLS): 350 mm × 350 mm × 250 mm

Tolerance and Precision：

±700 µm or ±0.7%


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OLA8200Pro(SLA-RESIN)

3D Printing High-detail SLA Resin
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OLA 8200Pro is an upgraded version of our previous 8200 SLA resin, offering enhanced mechanical properties, superior toughness, and higher heat deflection temperature (up to 58°C). It delivers a smooth surface finish and excellent detail resolution, making it ideal for functional testing, design validation, and small batch production of end-use parts.

  • Thermal Properties

    Heat Deflection Temperature: 58°C

  • Physical Properties

    Water Absorption: 0.26%

  • Mechanical Properties

    Tensile Modulus: 2600 MPa

    Tensile Strength: 52.3 MPa

    Elongation at Break: 11%

    Yield Strain: 3.4%

    Izod Impact Strength (Cantilever Beam): 36 KJ/m

Max. Part Size:

800mm x 800mm x 550mm

Min. Feature Size:

0.254mm


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Vacuum Casting TPU(Black)(Vacuum Casting-TPU)

Vacuum Casting Black
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Excellent elasticity, good tensile strength and tear resistance, This material is a lightweight thermoplastic blend similar to PP and PE, with relatively low surface hardness.

  • Thermal Properties
    Heat Resistance: 70–80℃
    Low Temperature Resistance: -10℃
    Molding Temperature: 140–180℃

  • Mechanical Properties
    Shore Hardness: 0–100A
    Toughness: Good
    Shrinkage: 0.8–1.3%
    Density: 1.2–1.4

  • Electrical Properties
    Dielectric Constant (60Hz): 4.2

Max. Part Size:

900mm × 650mm × 607mm

Tolerance and Precision：

±250μm or ±0.25%

View Data Sheet

OLA Micronano HE200 Resin (High Elasticity)(DLP-RESIN)

3D Printing DLP Resin Black
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Highly elastic micro/nano DLP resin with excellent flexibility and fine detail resolution. Supports ultra-precision printing with a minimum feature size of 100μm and machining tolerance up to ±30μm.

  • Mechanical Properties

    Tensile Strength: 7 MPa

    Elongation at Break: 200%

    Bending Strength: 2 MPa

  • Viscosity

    Viscosity: 600 cps

  • Hardness

    Shore Hardness: 60-70A

Max. Part Size:

84mm x 63mm x 70mm

Tolerance and Precision：

±30 µm or ±0.03%


View Data Sheet

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