Patented crystallizer: 120 mm/min at 220×12 mm — twice the output of standard equipment. Equiaxed grain structure means tighter tolerances, fewer defects, and higher finished-product yield. ≥99.95% Cu oxygen-free grade.
Equipment
Complete casting line equipment — from melting furnace to finished copper profile. Each product is configurable for your specific cross-section, capacity, and material grade.
Upward continuous casting line for oxygen-free copper busbars. Produces flat bar profiles with ≥99.95% Cu purity for power distribution, EV batteries, and switchgear.
Upward continuous casting line for oxygen-free copper rod and small-section billet. Produces rod profile with ≥99.95% Cu purity for downstream drawing and forming.
Melting furnaces, holding furnaces, graphite dies, cooling systems, and mold assemblies engineered for copper continuous casting lines. Replacement and upgrade parts available.
Patented upward casting crystallizer for copper busbar production. S-type water channel geometry delivers 120 mm/min at 220×12 mm — twice the speed of conventional designs. Custom cross-sections available.
Turnkey copper casting line projects — from process design and equipment engineering to installation, commissioning, and operator training. Tailored to your raw material and product spec.
Applications
Whether you produce busbars for power distribution or rod for wire drawing, our casting lines are configured around your end product requirements.
Complete manufacturing solutions for oxygen-free copper busbars. Covering power grid, EV battery packs, switchgear, and data center applications.
Relevant industries
Upward continuous casting solutions for oxygen-free copper rod — feedstock for wire drawing and cable manufacturing.
Relevant industries
The upward continuous casting process produces low-oxygen copper profiles directly from the melt. Ideal for busbar, wire rod, and tube production.
Relevant industries
Vertical semi-continuous (DC) casting for large copper and copper alloy billets, slabs, and hollow billets. Used in extrusion, forging, and rolling downstream.
Relevant industries
Why Mivo
Our invention-patented graphite crystallizer is the core of every casting line we build. By adjusting water inlet/outlet switching frequency and flow rate, we achieve twice the casting speed of conventional crystallizers — while the resulting copper profiles show equiaxed grain structure, uniform grain size, and higher yield rates than competing equipment.
The same patented cooling technology supports different copper alloy grades. For each alloy, we tune the water flow parameters to bring the copper strip to the correct temperature for downstream processing — busbar, rod, or billet alike.
120 mm/min at 220×12 mm vs. 60 mm/min industry standard — same energy input, twice the production volume. Patented water-channel geometry is the difference.
Equiaxed grain structure with uniform grain size means tighter tolerances, fewer surface defects, and a higher proportion of finished product from each cast. Less scrap, lower cost per tonne.
Adjustable water inlet/outlet switching frequency accommodates oxygen-free copper, tellurium copper, cadmium copper, and brass alloys without crystallizer replacement.
Our engineers travel to your facility for installation, parameter setup, and operator training. Remote diagnostics available post-handover.
Get in touch
Our engineers can help you select the right equipment configuration for your capacity needs and product specifications.
