SMT Double-Sided Splicing Tape for Pick-and-Place Machines with Multiple Width and Colour Options

This specialised splicing tape serves SMT (Surface Mount Technology) assembly processes, providing the adhesion required for electronic component placement on circuit boards. Available in four different widths and seven colour/material combinations, it offers flexibility for various production requirements while maintaining consistent viscosity and stability characteristics. The tape functions as a critical consumable in automated assembly environments where reliable performance contributes to manufacturing efficiency and component placement accuracy.

Features and Construction

The splicing tape comes configured for immediate use in SMT pick-and-place equipment, with specific dimensions tailored to machine requirements and production workflows.

Material and Build

The tape substrate provides the necessary foundation for SMT applications, though specific substrate details are available through customer service inquiry for those requiring technical specifications. The adhesive formulation delivers good viscosity and stability, two essential properties for maintaining component positioning during the pick-and-place process. This combination supports reliable machine operation without the tape leaving residue or losing adhesion during assembly cycles.

Size and Practical Fit

Width options include 8mm, 12mm, 16mm, and 24mm variations to accommodate different component sizes and machine configurations. The yellow colour option spans all four widths, while the 8mm width additionally comes in black, blue, and Nitto gum alternatives. This range allows production managers to select the most suitable tape for their specific assembly requirements, whether matching existing colour-coding systems or optimising for particular component types.

Uses and Placement

Designed exclusively for SMT assembly environments, this tape integrates into automated production systems where precision and reliability directly impact manufacturing output and quality control.

Event or Professional Use

In professional electronics manufacturing settings, the tape supports high-volume production runs where consistent adhesive performance reduces machine downtime and placement errors. The multiple width options allow technicians to match tape dimensions to component footprints, from smaller integrated circuits to larger connectors or passive components. The absence of printing on the tape surface eliminates potential confusion or misreading during high-speed assembly operations.

Everyday Home Use

While primarily designed for industrial SMT applications, the tape could potentially support small-scale electronics prototyping or repair work where pick-and-place equipment is utilised. However, its specifications and packaging quantities (500 pieces per box for most options) are optimised for production environments rather than occasional hobbyist use, making it most suitable for settings where regular tape consumption justifies the packaging format.

Benefits and Buying Value

The tape's configuration and characteristics address practical concerns in SMT assembly environments where material consistency and appropriate specifications contribute to operational efficiency.

Reuse and Low Maintenance

As a consumable product, the tape is designed for single-use applications within the pick-and-place process rather than repeated reuse. However, its good viscosity and stability characteristics help minimise waste by reducing placement errors and machine stoppages that might otherwise require tape replacement or component rework. The practical packaging quantities (500 pieces for most options, 250 for Yellow 24mm) correspond to typical production consumption rates.

Why Choose This Product

This splicing tape offers specific width and colour options tailored to SMT assembly requirements, with viscosity and stability characteristics suited to pick-and-place machine operations. The range of available configurations allows production teams to select the most appropriate tape for their particular components and processes, potentially reducing material waste and optimising assembly efficiency. The packaging format aligns with industrial consumption patterns rather than retail presentation, reflecting its professional application focus.