Spare Parts for QIDI Q1 Pro
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Q1 Pro Adapter Plate
Q1 Pro/X-Max 3/X-Plus 3/X-Smart 3 Hardened steel nozzle
Applicable filaments size: 1.75(mm)
Max Temperature：350℃
Wear-resistance, High temperature performance
Thermal conductivity: 45-50W/m.k
Expansion Coefficient:8.0μm/m·℃
Q1-Pro/X-Max 3/X-Plus 3 Bimetal Nozzles
Tips：
1.Bimetal nozzles can only be used with the Q1 Pro hot end or upgraded MAX3/PLUS3/SMART3 hot end V2.5.
2. It is recommended to use only one type of filament in a single nozzle. Switching between multiple filaments in one nozzle may cause nozzle blockage.
Physical properties：
Density (g/cm³) : 14.98±0.05
Hardness(HV) : 1700±20
Hardness(HRA) : 92.5±0.3
HC(KA/m) : 20±1.0
TRS(N/MM²) : ≥2400
Tungsten Carbide is an extremely hard and wear-resistant material, commonly used in applications requiring high strength and durability.
Tungsten Carbide Bimetal Nozzles are particularly well-suited for printing abrasive filaments, such as carbon fiber and glass fiber.
Tungsten Carbide Bimetal Nozzles can withstand high temperatures, making them ideal for materials that require elevated printing temperatures.
The wear-resistant properties of Tungsten Carbide Bimetal Nozzles ensure that the nozzle orifice remains stable, maintaining high precision even after prolonged use.
Tungsten Carbide Bimetal Nozzles are the perfect choice for 3D printing tasks that demand high accuracy and durability.
Q1 Pro/X-Max 3/X-Plus 3/X-Smart 3 Copper plated nozzle
Applicable filaments size: 1.75(mm)
Max Temperature：350℃
High temperature performance
Thermal conductivity: 330W/m.k
Expansion Coefficient:16.7μm/m·℃
Q1 Pro/X-Max 3/X-Plus 3/X-Smart 3 Brass
Applicable filaments size: 1.75(mm)
Max Temperature：350℃
Wide application with high cost performance
Thermal conductivity: 105W/m.k
Expansion Coefficient:18.0μm/m·℃
Q1 Pro Hotend Silicone Sock （10pcs）
The Silicone Sock for Hotend is made from high-quality silicone for higher temperature resistance (rated to 350°C printing temperatures).
The silicone sock also provides the nozzle with long-lasting protection from cooling air and plastic adhesion.
Compatibility:
QIDI Q1 Pro 3D Printer
Q1 Pro Bimetal hot end
Achieve flawless printing with our hot end. Ideal for those seeking consistent quality and reliable performance.
Compatibility:
QIDI Q1 Pro 3D Printer
Q1 Pro Extruder
The hardened steel direct extruder is equipped with double gears made of hardened steel, which provides increased extrusion force, prevents slippage, and enhances abrasion resistance. These gears enable the extruder unit to handle tough engineering filaments such as carbon fiber nylon and glass fiber nylon.
Compatibility:
QIDI Q1 Pro 3D Printer
Q1-Pro Front cover (Includes Turbo Fan)
Front cover (Includes Turbo Fan) is mainly used to cool the printed part so that the printed part can be shaped.
Compatibility:
QIDI Q1 Pro 3D Printer
Q1 Pro Print-head Cable(6pin)
A cable connect printing head and motherboard.
Compatibility:
QIDI Q1 Pro 3D Printer
Q1 Pro Dual Sided PEI Plate
-Great adhesion and easy removal of prints.
-Long-lasting wear resistance.
-Suitable for a wide range of filaments for a superior printing experience.
Compatibility:
QIDI Q1 Pro 3D Printer
QIDI Build Plate Cleaning Guide | QIDI Wiki
Q1 Pro Cool Plate
Thicker and harder material, very durable.
Strong Surface Adhesion – Made with high-quality spring steel and a low-temperature adhesive coating to ensure reliable model adhesion, reducing warping and lifting during printing.
Durable Coating for Long-Lasting Performance – Specially treated surface layer offers excellent wear resistance and can withstand temperatures up to 120°C, extending the lifespan of the print bed.
Natural Texture Surface – Unique natural texture enhances the quality and appearance of prints by providing a better foundation for layers.
Energy-Efficient Low Bed Temperature – Designed to work with lower heat bed temperatures for more efficient, eco-friendly printing and improved energy savings.
Optimized for PLA and PETG Filaments – Engineered specifically to support popular filaments like PLA and PETG, ensuring stable printing results with sharp details.