The ASM 03059862 (2034) is a versatile, high-reliability nozzle engineered for the SIPLACE TX, SX, and X-series platforms. Positioned as a "Workhorse" for mid-range passive components, the 2034 nozzle features a Hardened Alloy Tip Path, specifically designed to withstand the abrasive nature of paper-taped components. Its internal geometry is optimized for Rapid Vacuum Equalization, ensuring that the component is held securely the micro-second it makes contact with the nozzle tip.
GEEKVALUE provides the 03059862 with a focus on Structural Concentricity. We understand that for 0402 (inch) and 0603 (inch) components, any axial runout in the nozzle can lead to "Side-Picking" errors. Our 2034 nozzles undergo Multi-Point Precision Alignment Tests to ensure the vacuum center remains perfectly vertical throughout the placement cycle.
Technical Specifications
Feature | Technical Data |
Product Type | High-Efficiency SMT Placement Nozzle |
Part Number (P/N) | 03059862 |
Nozzle Series | 2034 |
Compatible Heads | SIPLACE CP20 (PowerHead), CP12 (HighSpeed Head) |
Tip Material | High-Density Anti-Static Wear-Resistant Alloy |
Application Range | 0402 (Inch), 0603 (Inch), and Small ICs |
Recognition System | Mechanical ID Ring / Laser-Matrix Compatibility |
Strategic Performance Advantages
· Vibration-Dampened Pick-up: The 2034 nozzle utilizes a composite shaft construction that absorbs high-frequency micro-vibrations from the gantry. This ensures that the component remains undisturbed in its "True Center" orientation from the feeder to the PCB.
· Anti-Clogging Bore Geometry: One of the main challenges with standard passive placement is the accumulation of debris from paper tapes. The 03059862 features a Polished Internal Bore that prevents dust build-up, significantly extending the maintenance intervals between ultrasonic cleanings.
· ESD-Safe Dissipative Coating: To protect sensitive CMOS and logic gates, the 2034 is finished with a proprietary Black Dissipative Layer. This ensures that any static charge generated during the high-speed peeling or picking process is safely bled off through the head's grounding circuit.
· High-Speed Vision Profile: The tip's matte finish is specifically calibrated for the SIPLACE WPC (Warp Page Compensation) and standard vision cameras. It provides a sharp, non-reflective silhouette that allows the machine to calculate component offsets in milliseconds.
The GEEKVALUE Advantage: "Balancing Speed with Durability"
1. 360° Total Cost Optimization (TCO)
For high-volume consumer electronics, the 2034 is often used in massive quantities. GEEKVALUE optimizes your TCO by providing 03059862 Nozzles with Extended Tip Life-Cycles. By using superior wear-resistant materials, we reduce the frequency of nozzle replacements, lowering your overall cost-per-placement.
2. Trusted by 400+ Public Companies
Global leaders in household appliance electronics and industrial power supply manufacturing trust GEEKVALUE for their placement tools. Our 2034 nozzles are the preferred choice for listed companies that require "Steady-State Performance" for high-volume, 24/7 production environments.
3. Optimized for Fast-Changeover Lines
GEEKVALUE’s 03059862 nozzles are inspected for Mounting Interface Fidelity. We ensure that the nozzle seats perfectly into the head’s spindle every time, preventing vacuum leaks and ensuring a seamless transition when your line moves from one project to the next.
Frequently Asked Questions (FAQ)
Q1: Can the 2034 nozzle be used on the newer SIPLACE TX series?
Yes. The 03059862 is fully compatible with the CP20 and CP12 heads found on the TX, SX, and X platforms.
Q2: What is the main application difference between 2034 and 2037?
The 2034 (03059862) is slightly more robust and is the standard choice for 0402 (inch) components, while the 2037 is often tuned for lighter-weight, higher-acceleration placement of 0201 (metric) parts.
Q3: How does GEEKVALUE verify the vacuum integrity of these nozzles?
Every nozzle is subjected to a Static Vacuum Hold Test. We verify that there is zero leakage at the interface between the nozzle shaft and the head spindle, ensuring maximum suction power.
Q4: Is this nozzle suitable for plastic embossed tape components?
Yes. The tip geometry is versatile enough to handle both paper and plastic carrier tapes for standard passive footprints.
Q5: What is the packaging standard for 2034 nozzles?
We use Individual ESD-Safe Protective Capsules. This prevents any accidental damage to the tip or the identification rings during shipping, ensuring they arrive ready for immediate production use.