As the SMT industry advances toward greater miniaturization, the widespread use of 01005 components (measuring only 0.4 × 0.2 mm) has imposed strict demands on equipment precision and reliability. The splicing and measurement stages for such micro-components are especially critical, as traditional machines often suffer from inaccurate readings or unreliable probe contact, leading to misjudgments. The Youngpool Technology L-900 Automatic Splicing Machine, featuring its innovative LCR measurement system, provides a professional solution to this challenge.

The L-900 Automatic Splicing Machine's measurement system adopts a high-precision variable-probe testing mechanism with a measurement accuracy of ±0.05%, ensuring stable testing of 01005-level micro-components. Its broad testing range covers inductance from 0 μH to 1000 H, capacitance from 0 pF to 20 mF, and resistance from 0 Ω to 20 MΩ. Notably, the system achieves a testing pass rate of up to 95% for 01005 components—an outstanding performance among current splicing machines.

To achieve this level of precision, the L-900 Automatic Splicing Machine incorporates a series of mechanical design optimizations. Its measurement module features independent X, Y, and Z axis motion systems, allowing automatic adjustment of probe spacing and downward stroke according to component size. With replaceable probe modules and independent Z-axis control, the system ensures accurate probe contact while preventing damage to micro-components or carrier tapes from excessive pressure. At the same time, this independent motion control prevents interference between the measurement process and visual alignment or film feeding operations, enhancing the overall coordination and stability of the equipment.

As an optional module, the LCR measurement system gives users flexibility for future upgrades. Whether dealing with current 0402 or 0201 components or anticipating future 01005 or smaller device production, the L-900 can continuously meet evolving precision requirements through scalable functionality. This future-oriented design philosophy ensures long-term adaptability in the face of ongoing miniaturization trends.

In the SMT splicing process, precise component measurement is not only an essential error-proofing tool but also a critical foundation for quality traceability and process control. Through its professional and reliable measurement solution, Youngpool Technology provides a trusted guarantee for high-mix, micro-component SMT production—empowering manufacturers to maintain both quality assurance and operational consistency.