Our belt conveyor is specifically optimized for the transport of sand cores. Through precise mechanical design, high-quality material selection, and a scientific process flow, we ensure the safety and integrity of sand cores during the transportation process.
Our stainless steel casting ladle is made from high-quality stainless steel materials and features characteristics such as high temperature resistance, corrosion resistance, high strength, and a long service life. Its structural design is scientifically rational and user-friendly, ensuring the stability and safety of the pouring process.
Our ceramic casting ladle is made from high-quality ceramic materials and features excellent properties such as high temperature resistance, corrosion resistance, and good thermal shock resistance. Its design aims to improve pouring efficiency, reduce metal loss during the pouring process, and ensure the quality of castings. The ceramic ladle is widely used in the casting production of metal materials such as aluminum alloys.
The engraving & scanning system developed and sold by our company is an integrated solution designed to enhance the automation level of casting production lines and improve product quality traceability.
The cutting machine utilizes advanced mechanical and electronic control systems to perform edge cutting and trimming of die-cast parts with rotating cutting tools. This process removes burrs and irregular edges from die-cast components, leading to smoother product surfaces and improved product quality. The equipment is widely used in the casting processing of industries such as automotive.
The decoring machine developed by our company is primarily used to clean the core sand from the complex internal passages of castings, ensuring a perfect presentation of casting quality.
Our air cooling system for castings is an efficient, environmentally friendly, and relatively low-cost cooling solution specifically designed to meet the cooling demands in the casting industry.
Our new low-pressure die casting production unit is an advanced casting system that integrates high precision, high efficiency, and highly automated technology, primarily suitable for the production of aluminum alloy low-pressure castings.
The horizontal gravity die casting machine is a high-efficiency and precise casting equipment independently developed by our company. It utilizes the force of gravity to horizontally inject molten metal into molds. By precisely controlling the pouring process and cooling conditions, it produces high-quality, high-precision castings. This equipment integrates advanced control technology, automation systems, and environmental protection measures, featuring the following characteristics and advantages:
The tilting gravity die casting machine is a highly efficient and precise casting device carefully developed by our company based on advanced casting technology and market demand. It employs a tilting pouring method and precisely controls the flow and cooling process of the molten metal to produce high-quality, complex-shaped castings. This equipment is widely used in various fields, including automotive and machinery manufacturing.
For customers, the cold box core shooter machines are particularly suitable for producing sand cores for traditional internal combustion engine cylinder heads and certain subframes for new energy vehicles.
Inorganic core-making technology is increasingly recognized as a significant trend for addressing environmental issues in the casting industry. This approach offers notable environmental friendliness and potential economic benefits. Driven by keen insights into industry development and an ongoing pursuit of technological innovation, we are actively exploring this field.
The "Land Line" core-making production line developed by Wuxi Forland Technology Co., Ltd. has garnered widespread acclaim in the manufacturing industry, particularly in sectors such as automotive components, mold manufacturing, and precision casting. Its high level of automation, flexible configuration, and significant improvements in production efficiency and cost-effectiveness set it apart. The Land Line demonstrates exceptional adaptability and production efficiency for specific demands, such as small parts with multiple cavities and products with diverse template sizes.
