What is JUKI Zevatech KE-2050 KE-2050R KE-2055R Chip Shooter E3042729000 PUSHER RUBBER?
Looking for JUKI Zevatech KE-2050 KE-2050R KE-2055R Chip Shooter E3042729000 PUSHER RUBBER? This SMT spare part (SKU: E3042729000.-dup-29117, Brand: JUKI) is a high-precision component for SMT pick-and-place machines. Contact SMTBOX for competitive bulk prices, global delivery options, and fast RFQ turnaround.
Technical Overview
The JUKI spare part (Part Number: E3042729000) is supplied by SMTBOX for surface-mount technology (SMT) assembly equipment, and is catalogued for use with JUKI SMT systems.
Compatibility & Fitment Notice
This part is listed as compatible with JUKI SMT systems and related machinery. Please cross-reference the manufacturer part number (SKU: E3042729000) against your equipment specifications, or contact our technical support team to confirm the correct fitment before purchasing.
Handling & Care Guidelines
- Store in a clean, dry, and temperature-controlled environment to prevent contamination.
- Handle with care to protect high-precision surfaces and components from static or mechanical damage.
- Follow the manufacturer’s recommended maintenance schedule and installation procedures.
The JUKI Zevatech KE-2050 KE-2050R KE-2055R Chip Shooter E3042729000 PUSHER RUBBER (SKU: E3042729000.-dup-29117) is a premium-grade SMT spare component manufactured for high-speed pick and place machines. Designed for maximum durability and precision, this part is part of our extensive JUKI SMT Spare Parts, KE-2050/2060 SMD SMT Reparing Parts inventory. It ensures seamless integration and high efficiency on active PCB assembly lines.
How to use JUKI Zevatech KE-2050 KE-2050R KE-2055R Chip Shooter E3042729000 PUSHER RUBBER?
For optimal performance and durability, this component should be installed and calibrated by a certified SMT maintenance engineer. Regularly check the alignment, wear patterns, and vacuum suction parameters (for nozzles) to prevent component mispicks and ensure high assembly yields.
- Power down your mounter and disconnect the vacuum line.
- Clean the nozzle shaft or feeder mounting slot with ESD-safe cleaning alcohol.
- Carefully align the new component and tighten to the manufacturer's torque specifications.
- Perform a test cycle and verify the component alignment using mounter diagnostics before resuming full production.
