Product Parameters

These original new vacuum nozzles are specified for demanding high-speed Fuji placement environments where nozzle geometry, vacuum integrity, and vision-facing surface condition directly affect component pickup consistency. Please match the required part number and nozzle type to your existing production program, head configuration, and ANC nozzle changer setup before ordering.

Detailed Product Description

Built for Precision Pickup of Micro Components

In high-speed SMT production, a nozzle is not a minor consumable. Its bore profile, end-face condition, concentricity, and vacuum response influence every pick-and-place cycle. These original Fuji NXT nozzle references are intended for operations handling ultra-small passive components and specialized packages where unstable pickup can create placement shifts, missed components, or unnecessary feeder and vision alarms.

The Fuji H24 Nozzle range covers the WRL, J34, and J44 styles identified by 2AGKNX0077, 2AGKNX0004, and 2AGKNX0045. Each type should be selected according to the approved Fuji component program and nozzle library used on the line. This helps maintenance teams preserve the established pickup parameters instead of introducing uncertainty through unverified substitutions.

Core Advantages for Stable Automated Placement

• Micro-chip pickup precision: Suitable for 0201, 0402, 0603, and 1005 chip resistors and capacitors, as well as mini LEDs, compact SOT devices, SOD diodes, and other small-format components.
• Wear-resistant contact surface: Industrial ceramic or tungsten steel alloy tip construction is designed for repeated production cycles in high-speed rotary head applications.
• Zero vacuum leakage design: The precision internal airflow bore supports consistent vacuum transfer while helping reduce clogging risks associated with fine-particle contamination.
• Vision-ready finish: The optical anti-reflective coating is designed to support clear dynamic camera recognition and reliable component orientation checks.
• ANC-ready alignment: Accurate positioning pin alignment supports smooth exchanges at automatic nozzle changer stations and helps reduce intervention during changeover.
• ESD-conscious handling: Excellent anti-static properties and protective ESD packaging support safer storage and transport for electronics manufacturing environments.

Compatibility Across Fuji High-Speed Platforms

This Fuji WRL Nozzle, Fuji J34 Nozzle, and Fuji J44 Nozzle selection is suitable for Fuji NXT I, NXT II, NXT III, and NXT IIIc modules, including M3, M6, M3S, and M6S configurations. It is also applicable to Fuji AIMEX, AIMEX II, and AIMEX III high-speed SMT platforms when matched with the compatible placement head and programmed nozzle specification.

For buyers maintaining mixed Fuji lines, the Fuji NXT H24S Nozzle compatibility is especially relevant where production uses H24, H24S, H24G, or V12 rotary working heads. H12, H12S, and H12HS references are included for compatibility review. Because nozzle assignment depends on the component package and installed head configuration, providing a photograph of the existing nozzle or a Fuji part reference is recommended for final confirmation.

Strict Calibration and Dimensional Testing Protocol

Every nozzle is strictly inspected before shipment. The inspection process focuses on the features that matter in real placement production: the nozzle must seal correctly, remain centered during rotation, present a clean profile to the vision system, and transfer vacuum without abnormal loss. This approach is particularly important for lines producing dense consumer electronics, LED assemblies, automotive electronics, communications hardware, and compact industrial control boards.

1. Microscopic concentricity inspection: Precision optical projectors verify bore centering, tip profile accuracy, and alignment characteristics.
2. Optical reflectivity test: The vision-facing surface is checked to support stable camera recognition during high-speed component identification.
3. Vacuum holding pressure test: Vacuum flow test jigs confirm airtightness and verify the nozzle’s ability to maintain holding pressure.
4. Final appearance review: The nozzle is checked for surface condition, protective packaging integrity, and correct part-number identification before dispatch.

A full inspection report can be provided for procurement teams, maintenance departments, and quality-control personnel who require documented verification before parts are released to production. This provides a practical traceability point when replacing worn nozzles, qualifying backup inventory, or preparing critical spare-part kits for multiple SMT lines.

Fast Supply Support from an Established SMT Parts Source

China Extension Company has specialized in SMT machines and spare parts since 2009. With 17 years of industry experience, we have supported more than 200 SMT line projects across Europe, South America, and Asia. Our stock includes over 2,100 ready-to-ship original new parts for Fuji, Panasonic, ASM, Yamaha, JUKI, and Hanwha equipment, helping factories reduce delays caused by unexpected maintenance requirements.

For urgent production needs, available stock can be prepared for worldwide express dispatch within 24 hours through DHL, FedEx, or UPS. Each SMT Vacuum Nozzle is packed with ESD protection and individual shockproof protection to help preserve its precision condition during international transit. Alongside nozzles, our Fuji SMT Spare Parts supply includes feeders, placement heads, controllers, servo components, cables, filters, belts, and feeder storage solutions.

Request a Quote and Compatibility Check

Send your required part number, machine model, placement head type, and quantity for a fast quotation. Contact us for the complete Fuji H24 and H12 nozzle series, ANC changer banks, matching nozzle holders, available inspection reports, and volume-discount pricing for factory maintenance stock or multi-line procurement.