Find answers to common questions about our SMT automation production lines and solid state battery manufacturing equipment.
Our SMT automation line supports high-speed production with configurable throughput depending on product specifications. The 7-station fully automatic line covers loading, ICT testing, FCT testing, glue dispensing, board flipping, depaneling, and robotic unloading. Contact us with your specific requirements for a customized capacity analysis.
ICT (In-Circuit Testing) verifies individual electronic components are correctly installed by checking resistance, capacitance, and continuity of each circuit element.
FCT (Functional Circuit Testing) simulates the actual operating environment to test the complete assembled board's functionality.
Both are essential for ensuring PCB quality in SMT production, and our line integrates both stations for comprehensive testing coverage.
Yes, our SMT automation lines are fully customizable to accommodate various PCB sizes and production requirements. We configure the line based on your specific board dimensions, component types, and throughput needs. Each station can be adjusted to handle different form factors.
We use premium international brand components including:
This ensures reliability, precision, and easy maintenance worldwide.
Our fully automatic SMT line consists of 7 integrated stations:
Each station is synchronized for seamless production flow. Learn more on our SMT Line page.
We provide four core types of solid state battery manufacturing equipment:
The Keli400 WIP uses warm isostatic pressing based on Pascal's principle to achieve uniform densification of solid-state battery materials. This process eliminates internal voids, improves electrode-electrolyte contact, and significantly enhances battery energy density and cycle life. Uniform pressure distribution ensures consistent quality across all battery cells.
Our Keli300 X-ray CT system with micro-focus X-ray source and large flat panel detector can detect internal defects including:
All detected without destroying the battery sample. The system provides 3D reconstruction for detailed internal structure analysis.
The Keli500 Nano Planetary Mill can process a wide range of materials including battery cathode/anode materials, ceramics, minerals, chemicals, and pharmaceutical compounds. It features 4 grinding stations with 500mL jars, accepts feed size <10mm, and achieves output fineness down to 0.1μm using zirconia grinding media. Speed range: 30–400 min⁻¹.
The Keli12 Laser Cladding Machine features:
It's designed for precision material deposition in battery manufacturing and other advanced applications.
Our equipment meets international standards with CE certification. We comply with ISO quality management systems. All products undergo rigorous quality control testing before shipment to ensure reliable performance in your production environment.
Yes, we provide comprehensive installation support, commissioning, and operator training services. Our experienced engineers can be dispatched to your facility for on-site setup and training. Remote technical support via video call is also available for ongoing assistance.
Standard equipment typically has a lead time of 30–45 days after order confirmation. Custom configurations and complete production lines may require 60–90 days depending on complexity. We recommend contacting us early for project planning to ensure timely delivery.
We offer 24/7 remote technical support, genuine spare parts supply, preventive maintenance programs, and software updates. Our service centers ensure rapid response times:
We export our equipment worldwide, serving customers in Asia, Europe, North America, and other regions. Our international shipping experience includes proper packaging, customs documentation, and logistics coordination. Contact us for shipping options to your location.
Our engineering team is ready to help with your specific requirements.
Get a customized solution for your production needs.