High-Speed Punching Machine for Ceramic Green Sheet
High-Speed Punching Machine for LTCC Ceramic Green Sheets
Precision via punching system designed for micro via and cavity formation on LTCC green sheets, featuring 1,800 holes/minute throughput, ±10 µm accuracy, and fully automated handling. Ideal for multilayer ceramic substrates, RF components, and high-density interconnects requiring consistent micro via quality and high-volume production efficiency.
Ultra-High Speed Punching
1,800 holes per minute throughput with stable operation for mass production of LTCC and MLCC substrates.
Micron-Level Accuracy
±10 µm punching precision with CCD visual alignment for consistent micro via formation down to φ0.08 mm.
Fully Automated Workflow
Integrated loading/unloading and waste collection system reduces manual handling and contamination risks.
Technical Specifications
Punching Speed
1,800 holes/min
High-speed production for LTCC/MLCC substrates
Positioning Accuracy
±10 µm
CCD visual alignment with mechanical positioning
Minimum Hole Size
φ0.08 mm
Micro via capability for high-density interconnects
Sheet Sizes
6" & 8"
Compatible with standard LTCC green sheet formats
Square Hole Capability
4.2×4.2 mm
Dual positioning for round and square cavities
Maximum Thickness
≤0.5 mm
Supports various ceramic green sheet thicknesses
Ultra-Fast Punching Speed for High-Volume Production
Our high-speed punching machine achieves remarkable throughput of up to 1,800 holes per minute, making it ideal for mass production of LTCC and MLCC substrates. The advanced servo control system ensures stable operation during extended production cycles, maintaining consistent hole quality and positioning accuracy even at maximum speed. This exceptional throughput capability reduces per-unit manufacturing costs while meeting demanding production schedules for RF components and multilayer ceramic circuits.
Micron-Level Accuracy with Advanced Vision Alignment
Featuring ±10 µm punching precision supported by high-resolution CCD visual alignment and dual mechanical positioning systems, our machine delivers consistent micro via formation for high-density interconnects. This precision is critical for round holes ranging from φ0.08 mm to φ5 mm and square holes up to 4.2×4.2 mm, ensuring proper alignment for subsequent via-filling and layer stacking processes in advanced multilayer ceramic manufacturing.
Wide Processing Range and Material Compatibility
Designed for versatility, this punching machine supports both 6-inch and 8-inch ceramic green sheets with thicknesses up to 0.5 mm. It accommodates both PET-supported and PET-less green tapes, providing manufacturers with greater flexibility for R&D prototyping and production scale-up. This compatibility with various material formats allows seamless integration into existing LTCC production lines without requiring extensive process modifications.
Fully Automated Workflow for Enhanced Efficiency
The integrated automatic sheet loading/unloading system and efficient waste collection mechanism significantly reduce manual handling and contamination risks. By minimizing operator intervention, this automated approach improves production efficiency, ensures operator safety, and maintains consistent yield rates throughout extended production runs. The streamlined workflow also reduces setup time between different product configurations.
Intelligent Control System with Modular Flexibility
Our proprietary PLC control system features an intuitive user interface for easy parameter setting and real-time process monitoring. The modular punching head configuration (4 high-speed + 4 low-speed units) allows quick adjustment for various via designs and patterns, enabling rapid changeovers between different product specifications. This flexibility is particularly valuable for manufacturers producing diverse ceramic components with varying via requirements.
Robust Construction and CE-Certified Safety
Built with a heavy-duty carbon steel frame, the machine maintains exceptional stability during high-speed punching operations. CE-certified safety design ensures compliance with European industrial standards, featuring comprehensive safety covers, emergency stop systems, and interlock mechanisms. This robust construction not only enhances operational safety but also extends equipment lifespan in demanding production environments.
LTCC Via Punching Applications
Multilayer Ceramic Substrates
Micro via formation for high-density interconnects in LTCC/HTCC circuits for RF and microwave applications.
5G & mmWave Components
Precision cavity and via punching for antennas, filters, and duplexers operating at high frequencies.
MLCC Manufacturing
High-speed electrode via formation for multilayer ceramic capacitors with consistent hole quality.
Sensor & MEMS Packaging
Precision cavity creation for pressure, temperature, and environmental sensor arrays.
Power Electronics
Via patterns for thermal vias and interconnects in high-power ceramic substrates and modules.
Medical Implant Circuits
Biocompatible ceramic via formation for implantable medical devices and diagnostic equipment.
Frequently Asked Questions
What is a ceramic green sheet punching machine used for?
A ceramic green sheet punching machine creates micro vias and cavities in unfired LTCC/HTCC ceramic sheets for multilayer circuit interconnections. These holes are later filled with conductive paste to create vertical connections between circuit layers in multilayer ceramic components.
What hole sizes can this punching machine achieve?
This machine can create round holes from φ0.08 mm to φ5 mm and square holes up to 4.2×4.2 mm. The ±10 µm positioning accuracy ensures consistent hole quality even at the smallest diameters, which is critical for high-density interconnects in advanced RF circuits.
How does the vision alignment system work?
The system uses high-resolution CCD cameras to identify fiducial marks on green sheets, then precisely aligns the punching heads before each operation. This visual alignment combined with mechanical positioning ensures ±10 µm accuracy across the entire punching area.
What materials can this machine process?
The machine processes both PET-supported and PET-less LTCC green sheets up to 0.5 mm thick in 6-inch and 8-inch formats. It accommodates various ceramic formulations used in LTCC/HTCC manufacturing, with adjustable parameters for different material characteristics.
How does the automatic waste collection system work?
The integrated waste collection system captures punched-out ceramic material through vacuum extraction, preventing debris accumulation and contamination. This automated process maintains clean working conditions and reduces manual cleaning intervals during production.
Can this machine be integrated with other LTCC production equipment?
Yes, this punching machine is designed for seamless integration with upstream printing systems and downstream stacking equipment. Standard material handling interfaces and communication protocols allow it to function as part of a complete LTCC production line.
Expert Technical Support & Process Integration
With specialized expertise in ceramic manufacturing processes, our engineering team provides comprehensive support for punching parameter optimization, tooling selection, and integration into existing production lines. Custom configurations available for specific via patterns, material requirements, and throughput targets.
Request Punching Process Consultation & Integration Support →| No. | Item | Specification |
|---|---|---|
| 1 | Punching Speed | Fastest 1,800 holes/min |
| 2 | Punching Accuracy | ±10 μm |
| 3 | Effective Punching Area | Up to 180 × 180 mm |
| 4 | Green Sheet Size | 6-inch or 8-inch |
| 5 | Green Sheet Thickness | ≤ 0.5 mm (supports with-PET or PETless processing) |
| 6 | Punching Units |
4 sets of high-speed punching heads (round holes φ0.08–φ1 mm) 4 sets of low-speed punching heads (round holes φ0.1–φ5 mm, square holes □0.5×0.5–□4.2×4.2 mm) |
| 7 | Positioning Method | Mechanical positioning and CCD visual secondary alignment |
| 8 | Automation Level | Automatic loading/unloading and waste collection |
| 9 | Power | 1.5 kw |
| 10 | Equipment Dimensions | 1750 × 1450 × 1935 mm |
| 11 | Safety | CE Certified |
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