Product Parameters

This 1.8mm precision vacuum pickup tool is supplied for FUJI high-precision placement applications where dependable component retention, repeatable centering, and smooth automatic nozzle changer operation are required. Please confirm the installed head type and machine configuration before ordering.

Detailed Product Description and Supply Support

Stable Pickup for Daily High-Speed Placement

A vacuum nozzle may be small, but it directly affects placement yield, component loss, and line recovery time. This 1.8mm model is intended for production teams operating FUJI NXT or AIMEX equipment that need a reliable tool for standard chip parts and compact semiconductors. Its suction bore is designed to provide strong airflow and a secure pickup hold, helping reduce the risk of parts dropping, shifting, or being thrown during rapid head movement.

The working profile suits frequently used 1608, 2012, and 3216 passive components, as well as small SOT transistors, SOD diodes, power inductors, and miniature IC packages. Actual suitability remains dependent on the component body dimensions, surface finish, feeder presentation, placement program, and vacuum settings. For unusual package shapes or sensitive components, buyers should verify the recommended pickup surface before volume purchase.

Construction Designed for Machine Recognition

The body uses wear-resistant industrial ceramic or tungsten-steel construction to withstand repeated production cycles. A laser-engraved 2D DataMatrix barcode and high-contrast optical reflective background support automatic identification by the machine. This allows the placement system to recognize the installed tool and supports dynamic vision alignment during operation, reducing manual identification work when nozzles are exchanged across multiple head stations.

• Zero vacuum leakage design: supports consistent holding pressure for stable component pickup.
• High-flow suction bore: helps maintain pickup force without unnecessary component movement.
• ESD-conscious performance: suitable for handling common electronic components in controlled SMT environments.
• Precision alignment pins: enable accurate positioning during automatic nozzle changer station swaps.
• Readable 2D marking: supports dependable machine-side recognition and maintenance traceability.

Strict Calibration and Dimensional Inspection

Every supplied unit is subject to inspection before shipment. This process is intended to identify issues that can cause unstable pickup, poor visual recognition, or interruption at the ANC station. Inspection is performed using precision optical projectors and vacuum-flow test jigs. A full inspection report can be provided to support incoming quality control and maintenance documentation.

1. Microscopic concentricity inspection: the suction bore and pickup geometry are checked for alignment and visible dimensional consistency.
2. 2D code scan test: the laser-marked DataMatrix code is verified for readability to support automatic identification.
3. Vacuum holding-pressure test: airflow, airtightness, and holding performance are checked on a dedicated test jig.
4. Final visual review: the nozzle is checked before ESD packing to confirm it is clean and protected for transport.

These checks are especially useful for contract manufacturers and OEM maintenance departments managing mixed product runs. A correctly identified and well-sealed pickup tool helps technicians avoid unnecessary troubleshooting when a placement issue originates from wear, blockage, leakage, or mismatched tooling rather than feeder or program settings.

Replacement Planning and Practical Use

For best results, keep the pickup face clean and inspect the bore during scheduled preventive maintenance. Do not use sharp objects that could damage the opening or interfere with airflow. When replacing a tool, confirm the head type, reference number, nozzle diameter, and machine recognition requirement. This is particularly important where several visually similar nozzles are stored in the same maintenance cabinet.

The Fuji H04 Nozzle configuration is commonly selected for high-precision working heads, while the Fuji H04SF Nozzle application requires correct head compatibility confirmation before shipment. For plants using automated tool exchange, proper pin engagement and clean seating are essential for repeatable ANC operation. Our team can assist buyers in matching references from photos, existing part labels, or machine configuration details.

Fast Dispatch from Experienced SMT Parts Supply

China Extension Company has specialized in SMT machines and spare parts since 2009. With 17 years of industry experience, we have supplied more than 200 SMT production lines across Europe, South America, and Asia, supporting electronics manufacturers with equipment sourcing, line setup, maintenance parts, and replacement planning.

Our ready-to-ship inventory includes more than 2,100 types of original new spare parts for FUJI, Panasonic, ASM, Yamaha, JUKI, and Hanwha. In addition to the Fuji NXT Nozzle range, buyers can source feeders, heads, controllers, servo units, power supplies, cables, filters, belts, and related production-line equipment from one supplier. Confirmed in-stock orders can be prepared for worldwide DHL, FedEx, or UPS dispatch within 24 hours, with ESD and shockproof protection used for packing.

Request Pricing and Compatibility Support

Send your required quantity, machine model, installed head type, and current nozzle reference for a fast quotation. Inquire for the full H04, H08, and H12 nozzle series, ANC changer banks, replacement pickup tools, and volume-discount pricing. We can help verify the correct Fuji SMT Spare Parts reference before dispatch, helping your production line maintain planned output with less downtime.