Anode Casting Machines
Your Professional Casting Machines Supplier
Sichuan Precision Technology Co., Ltd. (PRS) is a professional engineering company with 20+ years of experience delivering copper plant solutions worldwide.You need more than just equipment. You need a solution that works from day one - and keeps working.Our vision is to make modern copper electrowinning (EW) accessible, scalable, and efficient for all mining operations worldwide.
why choose us
One-Stop Solution
We provide an end-to-end service that covers the entire project cycle—from engineering design, equipment manufacturing, quality inspection, and logistics coordination to on-site installation and commissioning—ensuring seamless control and consistent quality at every stage.
Rich Project Experience
Our team has successfully delivered a wide range of copper EW (Electrowinning) projects with capacities from 3,000 to 50,000 TPA. These projects span multiple countries and operating environments, giving us deep industry expertise and proven technical solutions.
Customized Design
Each project is tailored to local environmental conditions, ore characteristics, production targets, and customer-specific requirements. We provide optimized engineering layouts, equipment configurations, and process flow designs to maximize efficiency and long-term operability.
After-sales Support
We offer comprehensive after-sales service, including 24/7 technical support, remote troubleshooting, timely spare parts supply, and on-site service when required, ensuring reliable operation and minimal maintenance interruptions.
Enhanced Precision and Accuracy
Casting alone often results in minor dimensional deviations, which can impact the performance of a part. Machined casting corrects these deviations, ensuring precise measurements and tighter tolerances.
Improved Surface Finish
Raw castings typically have rough surfaces due to mold imperfections or oxidation. Machining smooths these surfaces, reducing friction, improving aesthetics, and enhancing the component’s performance. This is crucial for parts used in engines, pumps, and industrial machinery.
Greater Design Flexibility
By machining cast components, manufacturers can incorporate complex features that would be difficult or impossible to achieve through casting alone. Machining allows for intricate details, additional holes, threads, and surface modifications to meet specific design requirements.
Cost Efficiency in Large-Scale Production
Casting machining offers cost benefits, especially in mass production. Casting provides a near-net shape, reducing the amount of raw material wasted. Subsequent machining ensures precision without requiring extensive manual labor or expensive finishing techniques.
Increased Strength and Durability
Machining removes weak or defective areas in a cast component, ensuring structural integrity and long-term durability. This is particularly important in load-bearing applications such as construction equipment, automotive frames, and aerospace structures.
Specification
|
Item |
Value |
|
Voltage |
380v 60hz |
|
Power(w) |
75KW |
|
Machine type |
Sand forming machine casting machine smelting equi |
|
Weight (kg) |
15000 |
|
Video outgoing-inspection |
Provided |
|
Machinery test report |
Provided |
|
Core components |
PLC, Bearing, Gearbox, motor, Pressure vessel, Gear, Engine |
|
Brand name |
Qingdao Haoyang |
|
Dimension(l*w*h) |
7000 *1600 *3500 (mm) |
Continuous casting machines: In this method, molten metal is continuously poured into a special metal mold called a crystallizer, and the solidified (crusted) casting is continuously poured from the other side of the crystallizer.
Centrifugal casting machines: It is a casting method in which molten metal is poured into a rotating mold, which gets filled and solidified under the action of centrifugal force.
Vacuum casting machines: This is an advanced die-casting method that improves the mechanical properties and surface quality of die-castings by eliminating or significantly reducing the pores and dissolved gases in the die-castings by pumping out the gas in the die-casting mold cavity.
Squeeze Die casting: It is a method of solidifying and flowing forming liquid or semi-solid metal under high pressure to directly obtain workpieces or blanks. It has the advantages of high utilization rate of liquid metal, simplified process and stable quality. It is an energy-saving metal forming technology with potential application prospects.
Lost foam casting/Solid casting: It is to bond and combine paraffin or foam models similar in size and shape to the castings to form a model cluster. It is a new casting method that the mold is vaporized by pressing down and pouring, and the liquid metal occupies the position of the mold, solidifies and cools to form a casting.
Common Machining Processes Used Casting Machines
Turning
Turning is a machining process where a cutting tool removes material from the exterior of a rotating cast part. This method is commonly used to create cylindrical components such as shafts, pulleys, and gears. Turning improves surface finish, enhances dimensional accuracy, and removes any casting irregularities that could affect performance.
Milling
Milling involves the use of rotary cutters to remove material from the surface of a cast component. This process is ideal for creating flat surfaces, intricate geometries, and precise slotting or grooving. Milling is essential for machined casting parts that require high precision, such as automotive engine components and aerospace brackets.
Drilling
Drilling is used to create precise holes in cast components, which may be necessary for assembly or functional purposes. Castings often require additional drilled holes for bolts, fasteners, or fluid passageways in applications like hydraulic systems, engine blocks, and industrial pumps.
Grinding
Grinding is used to achieve a fine surface finish and extremely tight tolerances in machined castings. This process is essential for applications that demand smooth, high-precision surfaces, such as bearing housings, aerospace components, and medical equipment.
Boring
Boring enlarges and refines pre-existing holes in a casting to ensure accurate dimensions and alignment. This process is commonly used in heavy machinery, engines, and industrial equipment where precision fitment is critical.
Applications of Casting Machines
Automotive Industry
The automotive industry relies heavily on machined casting for engine blocks, transmission cases, brake calipers, and suspension components. These parts must meet stringent performance standards, requiring both casting for efficient production and machining for precision.
Aerospace and Defense
Aerospace and defense applications demand extreme precision and lightweight yet strong components. Machined castings are used in aircraft engine housings, landing gear components, and structural parts to ensure reliability and safety under high-stress conditions.
Industrial and Heavy Machinery
Industrial equipment, including pumps, valves, and hydraulic components, often requires machined casting to achieve exact fits and improve efficiency. Machined castings help reduce leakage, improve sealing, and enhance the durability of machinery used in manufacturing and construction.
Medical Equipment
Medical devices and surgical instruments require high levels of precision and surface finish. Casting machining ensures that parts such as prosthetic joints, MRI scanner components, and surgical tools meet medical industry standards.
Energy Sector
Power generation equipment, including turbines, heat exchangers, and electrical enclosures, benefits from machined castings for enhanced efficiency and longevity. Cast and machined aluminum or steel components are commonly used in renewable energy, nuclear power, and fossil fuel industries.
FAQ