Product Introduction
The Siemens ASM SMT Static Control Conductive Cloth Label Feeder is a precision-engineered automatic feeding solution built for SIPLACE SMT assembly lines, designed specifically to handle roll-style conductive cloth labels for ESD (electrostatic discharge) protection. It integrates seamlessly with ASM/SIPLACE placement platforms (SX, X, D, HS series) and operates on 24V DC, matching standard SMT line power requirements.
This feeder delivers ±0.1mm feeding accuracy and stable peeling control to handle thin, flexible conductive cloth materials (0.05–1mm thickness) without stretching, tearing, or residue. It supports label widths from 2mm to 60mm and reel sizes up to 300mm, with adjustable speed and auto-calibration for consistent performance. Its low-tension drive and anti-static path design safely dissipate static during feeding, critical for protecting semiconductors, ICs, and sensitive PCB components.
Primarily used in consumer electronics, automotive, medical, and aerospace SMT lines, it automates the placement of conductive cloth labels for grounding, EMI shielding, and static control during reflow and assembly. By replacing manual application, it reduces defects, improves throughput, and ensures reliable ESD protection across high-volume production. Built for 24/7 operation, it maintains tight repeatability and easy maintenance, aligning with industrial-grade SMT standards.
Machine Performance & Compatible Models
| Model | Description |
|---|---|
| SIPLACE SX | Small-batch conductive cloth feeding, standard SMT reels 150-300mm, supports 10-50mm width for basic ESD protection applications |
| SIPLACE X3 | ±0.08mm precision feeding, supports thin conductive cloth 0.05-0.3mm, auto-calibration for consistent ESD label placement on sensitive components |
| SIPLACE X4S | High-speed feeding up to 60 pcs/min, heat-resistant design for automotive electronics and high-volume ESD protection applications |
| SIPLACE TX2i | Top-tier precision for large-area conductive cloth sheets, low failure rate for medical device and aerospace ESD-sensitive manufacturing |
| SIPLACE D3i | Compact design for narrow conductive cloth tapes 2-25mm, easy maintenance for precision microelectronics ESD control assembly |
Label Type, Description & Application
| Label Type | Description | Application |
|---|---|---|
| Conductive Cloth Tape | Silver-coated nylon, 0.1-0.3mm thickness, surface resistance <0.1Ω/sq | EMI shielding, ESD grounding, cable wrapping in RF and wireless modules |
| Carbon-Loaded Cloth Tape | Carbon fiber fabric, 0.1-0.2mm thickness, surface resistance 10²-10⁴Ω/sq | Static dissipation for PCB assembly areas, ESD-safe packaging zones |
| Copper-Plated Fabric Tape | Copper-coated polyester, 0.08-0.2mm thickness, surface resistance <0.05Ω/sq | High-conductivity EMI shielding, PCB ground plane coverage, 5G module shielding |
| Nickel-Coated Cloth Tape | Nickel-plated fiber, 0.1-0.25mm thickness, surface resistance <0.1Ω/sq | Corrosion-resistant EMI shielding, medical devices, industrial control panels |
| Anti-Static Fabric Label | Static-dissipative polyester, 0.05-0.15mm thickness, surface resistance 10⁶-10⁹Ω/sq | Component identification with ESD protection, cleanroom PCB tracking |
Aluminum Foil Labels
