Bridge Master nozzle Slice engineering for 3d printer
Availability:
Only 3 left in stock
Bridge Master nozzle Slice engineering for 3D printer is a durable copper-alloy nozzle with a carbide-based wear coating, featuring a 3-sided engraved orifice for quick size identification and compatibility with a 0.4 mm nozzle. It offers precise heat transfer and flame control, suitable for automotive, electronics, plumbing, jewelry, and art applications.
Copper alloy core optimized for thermal conduction
Super tough carbide-based surface coating to reduce wear from abrasive filaments
Orifice size engraved on 3 sides for easy viewing
Compatible with common metric 0.4 mm nozzle
₹3,269.00
Only 3 left in stock
Tell us what you need and we’ll help you source it.
Bridge Master nozzle Slice engineering for 3d printer
BridgeMaster nozzle from Slice Engineering is a high-performance 3D printer nozzle designed for stable extrusion, fast heat transfer, and long service life.
Built with a copper alloy core optimized for thermal conduction, helping maintain consistent melt performance.
Features a super tough, carbide-based surface coating that reduces wear when printing abrasive filaments.
The orifice size is engraved on 3 sides for quick identification without charts.
Specifications
Product:Slice Engineering BridgeMaster nozzle
Nozzle size:0.4mm
Core material:copper alloy core
Surface: carbide-based wear-resistant coating
Marking: orifice size engraved on 3 sides
Compatibility: common metric 0.4 mm nozzle setups (hotend compatibility depends on your nozzle thread standard)
Features
High thermal conductivity:copper alloy core supports quicker, more stable heat transfer
Wear resistance: carbide-based coating improves durability with abrasive filaments
Easy size ID: engraved markings on 3 sides for quick verification
Designed for reliable extrusion consistency and long printing uptime
Applications
Printing with abrasive filaments (carbon fiber filled, glow, metal-filled, composites)
High-detail everyday printing using 0.4mm nozzle
Long production runs requiring consistent nozzle performance
Upgrade for users seeking better heat transfer and reduced nozzle wear
Reviews
There are no reviews yet