Efficient primary gear transmission ensures maximum transfer of 98% capacity and increases production by approximately 20% through maximum energy transfer.

Efficient compression structure design can increase production by 10-30% under the same power conditions and effectively prevent mold cracking.

→ All stainless steel feeder, variable pitch anti arch mechanism, using imported variable frequency speed control.

→ Increase the size of the stainless steel conditioner and use axial steam inlet to greatly improve the quenching and tempering time and effect.

The high-precision transmission gears and shafts are hardened with carburizing and quenching technology, and processed by German grinding, resulting in smooth transmission, low noise, and long service life.

The material of the gearbox and the high precision of the transmission holes come from the casting technology of professional foundries and the guarantee of CNC machining equipment.

The main transmission system bearings are made of SKF, and the oil seals are all imported high-quality. And a special lubrication return system is set up to ensure reliable bearing lubrication.

The connection between the ring mold and the transmission wheel adopts a three piece quick release precision casting clamp or a multi piece forging clamp, making the ring mold easy and fast to disassemble.

The door cover and inclined groove are made of all stainless steel, with strong anti-corrosion ability and long service life.

The motor and gear shaft adopt a new type of serpentine spring coupling, which is easy to disassemble, reliable in transmission, and highly efficient.