Accessories

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

M2 + M3 + M4 + M5 Thread Inserts for your 3D printing parts. The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-in nuts are simply embedded into a blind or through hole.

The deburrer removes the protruding edges on the 3D printing component with little effort. This makes the metal deburrer perfect as a 3D printing tool and should not be missing from any 3D printing accessory kit.

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

Specially designed for threaded inserts To create a perfect drill hole for. To obtain threaded inserts, drills of the appropriate size are required. Conventional drill sets do not accommodate these specific sizes, which is why we have developed drills that produce holes suitable for threaded inserts.

Ruthex soldering tips for ruthex threaded inserts. The ruthex soldering tips can be used even more easily in 3D printing parts from 3D printers such as Anycubic, Creality or Prusa.

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

The Copymaster3D Magnetic Build Surface is a reliable, budget-friendly interchangeable print surface cut precisely to 235 × 235 mm. With a soft magnetic backing and porous top layer, it offers fast warm-up, excellent first-layer adhesion, and easy print removal—no glue or tape needed. Key Features: • Precision cut 235 × 235 mm size fits many FDM printers • Flexible magnetic backing enables effortless print removal • Quick heating—warms faster than traditional glass • Deep porous texture promotes strong filament adhesion • Includes two-part system: top sheet + magnetic base • Compatible with printers like Ender 3, Ender 5 series, and more

Upgrade your 3D printing setup with the Copymaster3D Magnetic Build Surface cut to 310 × 310 mm. This high-quality, magnetic two-piece system provides fast heating and excellent adhesion with deep-porous texture, while keeping prints securely in place and easy to remove. Ideal as a replacement or upgrade for popular printers like CR 10, Anet, and Sidewinder X-series. Highlights Precisely cut 310 × 310 mm to fit most FDM printers Soft magnetic backing makes print removal effortless Faster heat-up compared to glass beds Deep pores enhance initial layer adhesion Includes top print surface and magnetic base layer Easy peel-off and reattach system—no tape or sprays needed

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

The ruthex Deburrer is a precision hand tool for cleaning and refining 3D-printed parts — perfect for removing small burrs and imperfections after printing. Highlights: Designed for perfect post-processing of 3D prints Includes 11 high-quality HSS blades with 360° rotation Robust metal handle with integrated blade storage Quick-release system for safe and easy blade changes Comfortable ergonomic grip for precise work Long-lasting blades for various applications Also suitable for resin, wood, and soft metals

The Phaetus Dragon ST HeatBreak Kit is a genuine replacement designed for the Dragon ST hotend. Made from a copper alloy with a nickel plating, it provides excellent thermal conductivity and wear resistance. The heatbreak ensures stable temperature separation between the hot and cold zones, reducing the risk of heat creep and improving print consistency. Perfect for maintaining reliable performance with engineering-grade materials. Key Features Original heatbreak kit for Dragon ST hotend Nickel-plated copper alloy for durability Excellent thermal conductivity Prevents heat creep and improves stability Optimized for engineering-grade filaments Easy to install as a replacement part

Comes with a Copper Plated Reprap M6 0,4 mm Nozzle.

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. Anycubic, Creality or Prusa using heat or ultrasound. Using heat from a soldering iron or ultrasound, the press-fit nuts are simply embedded into a blind or through hole.

The Phaetus Voron Dragon HF is a high-performance, all-metal hotend designed for demanding 3D printing applications. With ultra-fine heatbreak insulation, rapid heating, and superb flow rate, it excels in precision and high-temperature use up to 500 °C. Fully compatible with E3D V6 setups, it ensures reliable and versatile performance. Key Features Ultra-thin 0.1 mm titanium heatbreak for exceptional thermal isolation Rigid support structure secures heatbreak under external forces Nozzle change without touching the heat block Copper alloy components for fast and stable heating Supports abrasive and high-temp filaments up to 500 °C Drop-in replacement for E3D V6 interface

The Phaetus Dragonfly HIC HF Integrated Welded Nozzle 0.4 mm is an original hardened-steel nozzle designed specifically for the Dragonfly HIC HF hotend. With its robust one-piece welded M6 construction, it provides optimal heat transfer, sealing and durability—ideal for high-performance, high-flow printing. Key Features Hardened steel, welded one-piece M6 nozzle Precisely 0.4 mm diameter for fine detail Exclusive to Dragonfly HIC HF hotend Superior heat transfer and leak resistance Exceptional wear resistance and longevity Designed for high-speed, high-performance printing

Phaetus Rapido Hot-End Ultra High Flow - Black

The Phaetus Dragon HeatSink Blue is made from anodized aluminum and designed for Dragon hotends. It provides efficient heat dissipation to keep the hotend stable and helps prevent heat creep during longer prints. The blue anodized finish adds durability and a distinctive look. Key Features Original heatsink for Dragon hotends Anodized aluminum construction Efficient heat dissipation Helps prevent heat creep Durable blue anodized surface Easy to install as a replacement part

Copper alloy / hardened steel material, meet high temperature, wear-resistant material printing. Comes with a Copper Plated Reprap M6 0,4 mm Nozzle.

The Phaetus VORON Dragon ST is a high-quality, all-metal hotend optimized for precision 3D printing. Featuring a 0.1 mm titanium heatbreak, efficient copper alloy construction, and compatibility with V6-style mounts, it delivers fast heating, excellent thermal isolation, and broad filament support—rated up to 500 °C. Key Features Ultra-thin 0.1 mm titanium heatbreak with excellent thermal isolation Copper alloy core for rapid heating and efficient heat dissipation Reinforced rigid frame for stable performance and easy nozzle changes Polished internals (Ra 0.3) for smooth filament flow and fine detail Full-metal design with high-temp capability up to 500 °C Drop-in compatible with E3D V6, Prusa, Titan and BMG setups

The Phaetus Dragonfly HIC HF Integrated Welded Nozzle 0.6 mm is a high-performance hardened-steel nozzle tailored for high-speed 3D printing. Featuring a welded, one-piece M6 design, it delivers optimal thermal conductivity, wear-resistance, and extrusion precision for professional and industrial applications. Key Features Original 0.6 mm nozzle for Phaetus Dragonfly HIC HF hotends Made from hardened steel for superior durability Welded one-piece construction with M6 thread High thermal conductivity for consistent performance Designed for high-speed, precise extrusion Ideal for demanding and professional printing environments

The Phaetus Dragonfly HIC HF Integrated Welded Nozzle (0.8 mm) is a high-flow, welded hardened-steel nozzle designed for the Dragonfly HIC HF hotend. It delivers exceptional wear resistance, leak-free operation, and superior thermal performance for demanding printing environments. Key Features Welded, one-piece hardened steel construction for high strength and durability Optimized for high-volume extrusion in fast, industrial-grade printing Precise 0.8 mm diameter—ideal for large layer heights and rapid deposition Excellent thermal conductivity and sealing to prevent leaks Exclusively compatible with Phaetus Dragonfly HIC HF hotend

FeaturesAll V6 hotend interfacesPrusa I3 MK3/MK3STitan ExtrudersBMG Extruders

The ruthex threaded nuts can be subsequently inserted into parts of 3D printers from e.g. VORON, Anycubic, Creality or Prusa using heat. Using heat from a soldering iron, the press-fit nuts are simply embedded into a blind or through hole.