YISENRONG Automatic MLCC Stacking Machine – Precision and Efficiency for Ceramic Capacitor Manufacturing

The multilayer ceramic capacitor (MLCC) market demands nothing less than precision, repeatability, and efficiency. At the heart of achieving that standard is high-performance automation—like the YISENRONG Automatic MLCC Stacking Machine, an all-in-one solution for stacking MLCC layers with outstanding speed and consistency.

Engineered for High-Precision Layering

The stacking process of MLCCs is a delicate operation that requires exact alignment and consistent pressure application. This machine integrates a series of advanced components including:

· Electrode side and cover side peeling worktables

· Electrode roll transfer mechanisms

· Film handling manipulator with alignment mechanism

· Pressure mechanism for layer bonding

· Material receiving manipulator

These work together to streamline production and ensure every stacked unit meets strict dimensional and material standards.

Solid Construction for Long-Term Stability

The machine’s main rack is built from welded steel sections, delivering robust support that resists vibration and misalignment even under continuous operation. The profile frame design and transparent PVC enclosures provide both operator safety and visibility, allowing for real-time observation and easier maintenance.

Designed with Efficiency in Mind

With a compact and well-structured footprint of 4350mm (L) x 1600mm (W) x 2500mm (H), this machine is ideal for high-output lines where space and process optimization are critical. The smart layout ensures each component functions in coordination, reducing idle time and manual intervention.

Applications and Advantages:

· Ideal for high-volume MLCC production

· Enhances precision and consistency in stacking

· Improves line automation and labor efficiency

· Designed for easy monitoring and maintenance

In the competitive world of passive component manufacturing, automating with reliable systems like the YISENRONG MLCC Stacking Machine can significantly improve throughput, quality, and overall equipment efficiency.