LTCC
LTCC Equipment Portfolio
Achieve superior green sheet uniformity with our lights-out automation, enabling stable, fully unmanned LTCC production.
MLCC
MLCC Full-Process Equipment Solutions
Redefining MLCC Manufacturing With Cutting-Edge Precision. We Ensure Ultimate Dimensional Control And Quality, Empowering Your Leap Into Smart Production.
LTCC (Low Temperature Co-fired Ceramic) is a multilayer ceramic substrate technology made from ceramic and glass powders, co-fired at a relatively low temperature of around 850–900°C. It offers high reliability, excellent high-frequency performance, and supports 3D structures and embedded passive components. LTCC is widely used in RF modules, communication systems, radar, and automotive electronics.
Leveraging high-precision tape casting machines, via punching systems, and screen printers, we achieve strict control over the thickness, via positions, and circuit patterns of each LTCC green sheet, ensuring dimensional accuracy and consistent electrical performance across multilayer ceramics.
We offer a complete automated equipment solution—from slurry preparation, tape casting, drying, via formation, and printing to lamination—enabling continuous, high-efficiency production, reducing manual intervention, and improving both output and process stability.
Our equipment supports ultra-thin green sheets, microvias, and embedded components, enabling high-layer stacks and complex 3D designs. This meets the stringent requirements of LTCC for high-density circuitry and functional integration in high-frequency communications, radar, and automotive electronics.
Equipped with temperature-controlled sintering furnaces, warm isostatic presses, and advanced online inspection systems, we ensure uniform sintering density, stable dimensional accuracy, and reliable electrical performance—delivering high-yield LTCC production and enhanced end-product reliability.
Wireless communication RF front-end modules
5G/6G communication infrastructure
Automotive radar, military radar systems
Advanced Driver Assistance Systems
Find answers to common questions about LTCC technology, production processes, and applications
The LTCC (Low Temperature Co-fired Ceramic) fabrication process involves multiple steps including tape casting, via formation, screen printing of conductors, stacking and laminating multiple layers, and co-firing at temperatures around 850-900°C. This process allows for the creation of complex multilayer ceramic substrates with embedded passive components and three-dimensional circuitry.
LTCC technology is primarily used for manufacturing multilayer ceramic substrates and packages for high-frequency applications. It's widely employed in RF modules, communication systems, automotive electronics, medical devices, aerospace components, and military systems. The technology enables miniaturization, improved thermal management, and enhanced electrical performance in demanding environments.
LTCC technology is utilized across multiple industries including telecommunications (5G/6G infrastructure), automotive (ADAS, sensors, powertrain electronics), aerospace and defense (radar, avionics), medical devices (implantable electronics, diagnostic equipment), industrial automation, and consumer electronics. Its ability to withstand harsh environments while maintaining high-frequency performance makes it suitable for mission-critical applications.
LTCC plays a critical role in 5G technology by enabling the production of high-frequency components that operate efficiently at millimeter-wave frequencies. LTCC substrates provide excellent dielectric properties, low signal loss, and the ability to integrate passive components directly into the substrate, which is essential for 5G base stations, antennas, RF front-end modules, and other infrastructure components that require miniaturization and high performance at elevated frequencies.
Yes, we provide comprehensive custom LTCC solutions tailored to specific application requirements. Our engineering team works closely with clients to develop optimized designs for their unique needs, including custom material formulations, specialized circuit layouts, specific layer configurations, and application-specific performance characteristics. We support both prototype development and volume production.
Lead times for LTCC products vary depending on the complexity of the design, order quantity, and current production schedule. Standard products typically have shorter lead times, while custom designs may require additional engineering and prototyping phases. We provide detailed timeline estimates during the project quotation phase and maintain transparent communication throughout the production process to ensure timely delivery.
We offer multiple shipping options to accommodate different requirements, including standard and expedited services. Delivery timelines depend on the destination, shipping method selected, and production completion date. For international shipments, we handle all necessary customs documentation. Specific shipping details and estimated delivery dates are provided with each order confirmation, and we offer tracking for all shipments.
Minimum order quantities depend on the specific product type and customization level. We offer flexibility to accommodate various production volumes, from prototype quantities for R&D purposes to high-volume production for commercial applications. For custom designs, we typically recommend starting with a prototype batch before proceeding to volume production. Our sales team can provide specific MOQ information based on your requirements.
