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Heat Block Replacement for DyzEnd-X

Ref.: DYZE-HT-DYZENDX-500

26.95 €

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Approximate delivery date: Tuesday 20 January - Friday 23 January

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The 500 °C heat block replacement for DyzEnd-X from Dyze Design is the ultimate solution for FDM 3D printers that require high precision and durability with engineering filaments. Especially designed to print PEEK, PEKK and PEI, this heating block ensures stable extrusion, precise thermal control, and professional results in every 3D print, optimizing productivity and project quality.

Heat block all metal for high temperature 3D printing

Fully built from heat-resistant metal, this 500 °C heat block withstands extreme temperatures without losing mechanical integrity. Sensors and heater cartridges are protected with thermal sleeves, ensuring constant temperature stability during long prints and high-performance projects. It is the best heat block replacement for DyzEnd-X hotend, ideal for professionals working with high-temperature filaments and advanced technical materials.

High precision thermal control for advanced filaments

With a temperature resolution of 0.16 °C at 210 °C, this heat block provides precise and consistent thermal control, preventing extrusion variations that could affect part quality. It is perfect for printing PEEK, PEKK, or PEI filaments with FDM 3D printers, ensuring consistent finishes, fine details, and professional quality results in every project.

Compact design, fast and efficient heat transfer

Its compact design optimizes build space and allows ultra-fast heat transfer to the nozzle, while the enlarged melting zone improves filament melting. This results in faster and more precise 3D prints without compromising quality, even with flexible or high-viscosity filaments. It is the ideal replacement to maintain professional 3D printing efficiency and speed.

Easy installation and simplified maintenance

The heat block is delivered pre-assembled, eliminating installation errors. It includes a leak-proof sealing washer and allows nozzle changes at room temperature, reducing maintenance time and increasing 3D printer productivity. Electrical connectors and the temperature sensor are intuitively installed, ensuring reliable operation from first use.

Compatibility and versatility for DyzEnd-X hotend

This replacement is compatible with Bowden systems and liquid cooling systems, expanding printing possibilities with high-temperature engineering filaments. Each unit comes with a unique serial number, ensuring authenticity, traceability, and professional quality control, making it an essential component for advanced 3D printers.

Professional performance for FDM 3D printing

Choosing this 500 °C heat block replacement for DyzEnd-X hotend guarantees extreme durability, extrusion precision, and total efficiency. It is ideal for those looking to print PEEK, PEKK, and PEI with FDM 3D printers without compromising speed or quality. This heat block ensures consistent, durable, and professional 3D prints, making it an indispensable replacement for high-performance 3D printers.

Video 1: A user reviews the 500ºC DyzEnd-X hotend. Source: Made with Layers

General information
Manufacturer	Dyze Design
Compatibility	DyzEnd-X

Other
HS Code	8477.9

Preparation before replacement: disconnect the printer from the power supply and allow the hotend to cool down completely before handling the assembly. Work with the appropriate tool (Allen keys or similar) to avoid damaging threads or delicate surfaces during removal.

Heat block disassembly: first remove the nozzle and the heater cartridge, as well as the temperature sensor (thermistor) from the old heat block. Keep the connections clear and labeled to reinstall them correctly in the replacement.

Installation of the new heat block: position the replacement part, ensuring a firm fit. Insert the heater cartridge and the thermistor into their respective holes, tightening with light torque to avoid deformation, and complete the assembly with the nozzle once the block is correctly installed.

Thermal adjustment and checks: after installing the new heat block, verify that the electrical connections (heater and thermistor) are not under tension or in contact with moving parts. Perform a controlled heating test to ensure that the sensor and heater cartridge respond correctly and reach the target temperature without fluctuations.

Maintenance and cleaning

Residue cleaning: before installing the replacement, remove any melted or carbonized material residues from the block mounting area to ensure proper seating.
Periodic inspection: during intensive printing sessions, inspect the heat block to detect plastic buildup, thread wear, or deformations that may affect print quality.
Connection verification: check that the heater cartridge and thermistor connections are secure and free of corrosion, as poor contact can cause inaccurate temperature readings or heating failures.