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2PCS 0.2mm X2D/P2S/H2D/H2S/H2C/A1/A1 Mini/A2L Integrated High Speed Hotend Product Details Color: 2PCS 0.2MM Brand: UniTak3D MPN: Uni153S-0.2-2 UPC: Does not apply EAN: Does not apply - Package Dimensions: 2.48 x 2.44 x 1.26 inches
- Item Weight: 1.76 ounces
- Manufacturer: UniTak3D
- Item model number: Uni153S-0.2-2
- Date First Available: April 27, 2026
- All-Metal Integrated Structure & Anti-Leakage DesignAdopting a seamless all-metal integrated structure, this hotend provides outstanding heat dissipation. The tightly fitted heatbreak and heating block effectively prevent filament leakage and loosening, delivering jam-free performance and excellent stability for long-term printing
- Hardened Steel Nozzle for Great DurabilityBuilt with a premium hardened steel nozzle, this hotend boasts exceptional sturdiness, wear resistance and corrosion resistance. It is fully compatible with Bambu PLA-CF, PETG-CF, standard PLA, PETG and flexible TPU, ensuring consistent extrusion for high-precision printing details. Note: 0.2mm nozzle is not suitable for carbon fiber or glass fiber filaments to prevent clogging and abrasion
- Two Types of Silicone Covers AvailableComes with two styles of silicone covers for flexible matching. One fits H2D, H2S, H2C, X2D, P2S, A2L, A1 and A1 mini printers, while the other is exclusively designed for H2D, H2S and H2C models to meet diverse installation demands
- High-Speed Printing & Stable PerformanceOptimized for high-speed printing, this integrated hotend maintains constant temperature and stable filament flow at accelerated speeds. It shortens printing time without sacrificing layer quality, effectively boosting your overall printing productivity
- Wide CompatibilityCompatible with Bambu Lab H2D /H2S /H2C /X2D /P2S /A1 /A1 MINI /A2L 3D Printers. This 3D printer hotend replacement needs no modification for easy installation and stable performance
- Installation NoteDO NOT touch the hot end during operation to avoid high temperature risks; perform PID tuning after installation for optimal temperature stability and consistent print quality

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