nozzle m8 3d single d15 h19 m8

raytools 3d m8 single nozzle d15 h19 m8 for fiber laser tube and profile cutting applications. this single-layer nozzle is designed for controlled assist-gas flow, stable cutting conditions, and repeatable cutting performance in 3d cutting setups. commonly used in raytools-compatible 3d cutting heads for pipe, tube, and profile processing.

size:

• nozzle body diameter: d15 mm
• nozzle height: h19 mm
• thread: m8
• nozzle type: single-layer 3d cutting nozzle

caliber / reference:

• 1.0 mm — 120gjt0910
• 1.2 mm — 120gjt0912
• 1.5 mm — 120gjt0915
• 2.0 mm — 120gjt0920
• 2.5 mm — 120gjt0925
• 3.0 mm — 120gjt0930
• 3.5 mm — 120gjt0935
• 4.0 mm — 120gjt0940

spec:

• designed for raytools-compatible 3d fiber laser cutting applications
• single-layer nozzle structure for stable gas direction and consistent cutting response
• suitable for tube, pipe, and profile cutting setups
• multiple caliber options available depending on material thickness and gas-flow needs
• always confirm your original nozzle size, thread, and required caliber before ordering

material:

• precision-machined, heat-resistant alloy
• smooth inner and outer surfaces to support stable gas flow
• built for regular industrial laser cutting use

use:

• fiber laser cutting of tubes, pipes, and metal profiles
• suitable for 3d cutting applications where stable nozzle positioning is important
• helps support repeatable pierce and cut quality in production work

compatibility:

• compatible with raytools 3d cutting heads using d15 h19 m8 single nozzles
• suitable for matching fiber laser systems designed for this nozzle format
• always compare your original nozzle dimensions and reference before ordering

quality:

• each nozzle checked for caliber accuracy and concentric geometry
• consistent finish for repeatable cutting performance
• packed carefully to help avoid damage during transport

included:

• 1 × raytools 3d m8 single nozzle d15 h19 m8

shipping:

• packed securely for safe handling and delivery
• protect from impact, dust, and moisture before installation