Brief Introduction
The Siemens ASM insulation sheet label feeder delivers high-speed, automated placement of insulation, shielding, and thermal management materials through the SIPLACE placement head. Compatible with Siplace D, S, X, and TX series, the feeder handles tape width from 8-88mm with ±0.1mm placement accuracy. Adjustable peel-off force (0.5-5N) prevents material stretching or breakage during high-speed operation. Max feed rate reaches 60 feeds per minute, avoiding bottlenecks on high-speed SMT lines. Labels are supplied in tape-and-reel format, loaded into standard feeder slots, and placed by the same head used for SMD components — no extra equipment, no line stoppage. Material changeover completes in under 1 minute through modular design. Built-in sensors provide real-time material monitoring and waste-full alerts. This solution reduces production costs by 15-20% while improving placement yield. All compatible materials meet UL 94 V-0 flammability requirements and IEC 60601-1 electrical safety standards for medical, automotive, and industrial electronics manufacturing.
ASM Machine
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Machine Model
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Performance Description
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SIPLACE SX
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Suitable for small-batch insulation sheet feeding, compatible with standard SMT reels (150mm-300mm), simple operation and stable performance, ideal for basic electronic safety insulation scenarios with low to medium precision requirements.
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SIPLACE SX5
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Enhanced material handling capability, supports 3-50mm width insulation sheets, anti-tear and anti-deformation design, suitable for small to medium batch production of consumer electronics insulation components.
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SIPLACE X3
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High-precision feeding with ±0.1mm accuracy, supports thin insulation sheets (0.03-0.5mm), auto-calibration and error alarm functions, suitable for medium-high precision electronic safety applications (e.g., mobile phone chargers).
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SIPLACE X4S
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High-speed feeding (up to 40 sheets per minute), compatible with various insulation sheet types, heat-resistant design, suitable for mass production of automotive electronic insulation components (e.g., battery modules).
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SIPLACE TX2i
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Top-level precision and stability, supports high-temperature resistant insulation materials, low noise and low failure rate, ideal for high-end electronic safety scenarios (e.g., medical equipment, industrial control panels).
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SIPLACE D3i
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Compact design, suitable for narrow-width insulation sheets (2-25mm), easy maintenance and low energy consumption, perfect for small-batch precision insulation assembly (e.g., microelectronic components).
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SIPLACE HS60
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High-speed continuous feeding, compatible with large-volume production lines, 24/7 stable operation, suitable for large-scale electronic safety insulation in consumer electronics and power supply manufacturing.
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What is FPC Steel Reinforcement Label ?
FPC Steel Reinforcement Labels should refer to FPC steel reinforcement sheets, which are components used to enhance the mechanical strength of FPC (Flexible Printed Circuit).
They are usually made of metal materials such as stainless steel, with a thickness generally ranging from 0.05mm to 3.0mm. Common specifications include 0.1mm, 0.15mm, etc. These sheets can be pasted on specific areas of the FPC to increase the hardness and thickness of those areas, facilitating the packaging of subsequent processes such as Surface Mount Technology (SMT) for components. In some cases, they can also play roles in electrical conduction and induction. FPC steel reinforcement sheets are widely used in the fields of FPC components of smartphones and tablets, camera modules, and flexible circuits in automotive electronics.
Supported material names
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Material Type
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Material
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Main Application
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FPC Steel Reinforcement Label
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304/316 stainless steel, high-strength alloy, pressure-sensitive adhesive
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Used for FPC reinforcement, enhance FPC structural rigidity, protect connectors, ensure stable plugging, suitable for consumer electronics, automotive electronics FPC assembly.
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Insulation Label (General Type)
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PET (Polyethylene Terephthalate), pressure-sensitive adhesive
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Used in electronic components, prevent short circuits and electrical leakage, ensure basic electronic safety, suitable for general electronic product assembly.
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High-Temperature Insulation Label
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PI (Polyimide), high-temperature resistant adhesive
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Used in high-temperature operating environments (e.g., industrial control equipment, automotive electronics), maintain insulation performance at high temperatures.
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ESD Insulation Label
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Anti-static polyester, conductive adhesive
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Used in sensitive electronic components (chips, circuit boards), while providing insulation, avoid static damage, ensure electronic safety.
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High-Voltage Insulation Label
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Mica, high-voltage resistant adhesive
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Used in power electronics (transformers, inverters), withstand high voltage, prevent electrical leakage, ensure industrial electronic safety.
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