From metal melting (1200-1600°C) to finished casting—we integrate automation, quality control, and sand recycling to solve foundry's core pain points.
Explore All ProductsModern foundries require seamless integration of melting, molding, pouring, and finishing processes. Our solutions address core challenges: consistent metal quality (1200-1600°C), minimal casting defects, efficient sand recycling, and compliance with environmental regulations.
Centralized systems that monitor and optimize every stage—from raw material input to finished casting inspection
Real-time defect detection (ultrasound, X-ray) and material analysis to ensure casting integrity
Energy-efficient melting, 95% sand recycling, and emission control systems to meet global environmental standards
Our solutions cover every stage of the foundry process—ensuring consistency, efficiency, and quality from raw material to finished product.
Automated material handling, sorting, and pre-treatment for consistent metal composition
Induction/arc furnaces with precise temperature control (1200-1600°C) and alloy analysis
Automated sand molding, core shooting, and mold assembly for dimensional accuracy
Robotic pouring with controlled flow rates and cooling systems to prevent defects
Cleaning, deburring, heat treatment, and non-destructive testing for quality assurance
Connecting every stage of casting with centralized control cuts waste, boosts efficiency, and ensures consistent quality.
Overall Equipment Efficiency
Reduced rework and scrap
From raw material to finished part
Optimized melting and process control
Closed-loop sand processing system
From material to finished product
Our equipment portfolio covers the entire foundry workflow—from material handling to final inspection—engineered for reliability and performance.
We address the unique operational challenges of foundries with targeted, data-driven solutions.
Porosity, shrinkage, and inclusions cause 10-15% scrap. Our automated pouring + real-time temperature control cut defects by 85%.
Traditional foundries waste 30-40% of molding sand. Our closed-loop recycling systems recover 95% of sand, saving $50k+/year in material costs.
Melting accounts for 60% of foundry energy costs. Our induction furnaces with heat recovery reduce consumption by 25-30%.
Manual processes limit throughput and increase variability. Our automation reduces labor needs by 50%+ while boosting output by 150%.
VOCs and particulate emissions face strict regulations. Our filtration systems reduce emissions by 90%, meeting EU CE and US EPA standards.
Lack of real-time data hinders optimization. Our MES system provides end-to-end traceability and performance analytics.
Our foundry systems serve diverse industries, each with specialized casting requirements and quality standards.
Suitable for the lightweight needs of auto assembly plants, our high-precision die casting machines can efficiently produce high-strength aluminum alloy wheels.
For mineral mining scenarios such as copper mines, our sand casting production line can mass-produce impact-resistant wear-resistant liners.
Meeting the supporting needs of agricultural machinery, our small and medium-sized casting equipment can produce cast iron gearbox housings for tractors.
Serving the needs of oil field exploitation operations, our precision casting equipment can produce high-pressure resistant and sealed alloy valve bodies.
Our integrated solutions deliver significant improvements in quality, efficiency, and sustainability for foundry operations.