DustForge Being the Australian Reseller for TPM3D

DustForge, as the Australian reseller for TPM3D, offers significant advantages by partnering with this established brand. Since its inception in 1999, TPM3D has developed a reputation for pioneering and advancing SLS 3D printing technologies. Their early collaborations with German firms and continuous innovation in high-performance polymers like nylon and PEEK highlight their leadership in the field. DustForge’s choice to represent TPM3D is based on this history of innovation, proven reliability, and the breadth of applications from industrial components to medical devices, aligning with DustForge’s commitment to delivering cutting-edge solutions and comprehensive customer support in the Australian market. This allows DustForge to provide top-tier 3D printing technologies and materials, backed by TPM3D's extensive research and development achievements.


DustForge not only enhances its portfolio with top-tier 3D printing solutions but also enriches its customer engagements by offering access to a broad spectrum of applications—ranging from detailed medical implants to robust industrial parts. This wide applicability ensures that clients across various sectors receive tailored, high-quality solutions.


Furthermore, TPM3D's relentless focus on research and development translates into continual improvements in product offerings and processes. This means that DustForge can offer the latest and most efficient 3D printing options available, ensuring that their clients are always at the cutting edge of technological advancements.


This also brings unparalleled technical support and expertise to DustForge's clientele, backed by TPM3D’s comprehensive R&D. The combination of advanced technology, broad application spectrum, and strong support structures positions DustForge uniquely in the market, allowing them to meet diverse client needs with precision and effectiveness.

about-img
about-img

Advanced Manufacturing with TPM3D SLS Printers

  • Utilising a high-powered laser, SLS selectively fuses powdered materials, such as polymers, metals, or ceramics, layer by layer, based on a digital design. Unlike traditional subtractive manufacturing methods, SLS requires no molds or tooling, enabling rapid prototyping and on demand production of highly complex geometries with minimal material waste. One of the key advantages of SLS lies in its ability to produce functional, end-use parts with exceptional mechanical properties, making it indispensable across a spectrum of industries, including aerospace, automotive, medical, and consumer goods. Recent advancements in SLS technology have focused on enhancing print speed, improving surface finish, expanding material compatibility, and reducing post-processing requirements, further solidifying its position as a cornerstone of modern manufacturing.

Preparing Your Success Trusted DustForge

  • Utilizing a high-powered laser, SLS selectively fuses powdered materials, such as polymers, metals, or ceramics, layer by layer, based on a digital design. Unlike traditional subtractive manufacturing methods, SLS requires no molds or tooling, enabling rapid prototyping and on demand production of highly complex geometries with minimal material waste. One of the key advantages of SLS lies in its ability to produce functional, end-use parts with exceptional mechanical properties, making it indispensable across a spectrum of industries, including aerospace, automotive, medical, and consumer goods. Recent advancements in SLS technology have focused on enhancing print speed, improving surface finish, expanding material compatibility, and reducing post-processing requirements, further solidifying its position as a cornerstone of modern manufacturing.

Explore SLS Printer Range

Laser Sintering Production System S260

  • Build Chamber Size: 260 x 260 x 450
  • Effective Build Area: 250 x 250 x 440
Learn More →
img

Laser Sintering Production System S360

  • Build Chamber Size: 360 x 360 x 600
  • Effective Build Area: 350 x 350 x 590
Learn More →
img

Laser Sintering Production System S480

  • Build Chamber Size: 480x480x600
  • Effective Build Area: 470x470x590
Learn More →
img

Laser Sintering Production System S600DL

  • Build Chamber Size: 600x600x800
  • Effective Build Area: 590x590x790
Learn More →
img

Laser Sintering Production System S320HT

  • Build Chamber Size: 320 x 320 x 380
  • Effective Build Area: 310 x 310 x 370
Learn More →

Explore Ancillary Equipment

  • Maximum Powder Storage Capacity: 350kg
  • Air Pressure Requirement: ≥0.5MPa
  • Size: 927×1067×2300mm
  • Empty Weight: 360kg

Offers scalable power, supporting varied loads efficiently with upgrade flexibility.

img
  • Maximum Weighing: 150kg
  • Minimum Weighing:0.4kg
  • Scale Interval:0.02kg
  • Platform Size:400×500mm
  • Size:1000×800×800mm (with bucket)

Safe for hazardous environments, prevents ignition risks, and ensures accurate weighing.

img
  • Receptacle Capacity: 80L
  • Air Volume: 56L/S
  • Suction Hose Connection: 40C-ID
  • Negative Pressure: 235mbar/23.5KPa
  • Noise: ≤70dB(A)
  • Weight: 29.5kg
  • Dimension: 660×520×1078mm

Enhances safety in volatile environments, prevents ignition, and maintains high cleaning standards.

img
  • Size: 900×600×1600mm

Facilitates safe, efficient material handling and transport with reduced physical strain.

img
  • Size: 1500×1100×1420mm
  • Weight: 250kg
  • Intake Pressure Requirement: ≥0.5MPa
  • Power: 380V AC, 3/N/PE, 3.5A, Avg 0.7 kW

OBS is used for part cleaning, powder filtration, and powder recycling after printing, enabling quick switch between different materials.

img
  • Maximum Volume: 75L
  • Suggested Single Mix Powder Weight: 20-25kg (Precimid1172Pro)
  • Mixing Speed: 20 cycles/min
  • Suggested Mixing Time: 1h
  • Power: 1/N/PE, 220V AC, 3A, 50/60Hz, Max 0.5kW
  • Size: 1000×800×800mm (with bucket)

Ensures uniform mixing, efficient processing, and adaptable to various powder types.

img
  • Work Cabin Size: 995×995×800mm
  • Equipment Size: 1000×1420×1700mm
  • Dust Removal Box Size: 420×300mm
  • Air Pressure Requirement: 6-8bar
  • Air Volume Requirement: 0.7-1.0m³/min
  • Sprayer Quantity: 1
  • Power: 220V, 50Hz, 600W
  • Size: 1000×800×800mm (with bucket)

General pressure box type manual sandblasting machine, used for sandblasting the surface of printed parts, with large operating space.

img
  • Size: 790×1420×328mm
  • Weight: 55kg

Used to place additional building chambers, powder supply bins, and powder supply bin racks.

img
  • Capacity: 75L
  • Cylinder Size: φ210×610mm
  • Empty Weight: 6kg

A stainless steel tank used in conjunction with a powder mixer offers several advantages, particularly for applications involving the mixing and storage of powdered substances.

img
  • Output Air Volume: 1.5m³/min
  • Output Air Pressure: 0.6-0.8kg/cm²
  • Power: 11KW
  • Weight: 300kg
  • Size: 1000×740×1100mm

Provide compressed air that meets the requirements for printers and other supporting equipment, including air compressor, storage tank, air dryer, and filter.

img

Advanced model, combines speed with efficiency for dynamic, medium-volume powder processing operations.

Contact Us

At DustForge, we believe that innovation is the key to progress. We provide cutting-edge technological solutions to help your business break boundaries and unlock the potential of the future. Whether you're looking for powerful tools to propel your projects or require customised services to meet specific needs, DustForge has you covered.