Import substitution with high precision, stable and reliable open mill.

Veblen Open Mixing Mill manufacturer has accumulated up to 16 years of industry experience. The safety devices, temperature control systems, and wear-resistant, heat-resistant technical treatments of the rollers of the produced open mixing mills (rubber mixing machines) have received widespread praise from both new and returning customers, as well as peers in the industry. The bearing-type 18-inch open mixing mill features single-shaft output with high torque, imported configurations, a built-in lubrication device, and a comprehensively upgraded safety system, making it suitable for the plasticizing and mixing processing of various high-hardness rubbers. Features: 1. Core technology and main components are sourced from Taiwan; 2. The electrical control system uses high-quality components for convenient operation and stable performance; 3. Manual gap adjustment; 4. Integrated baseplate for easy installation, single-shaft output transmission ensures high torque, imported bearings reduce friction to ensure energy savings, low noise, and uniform, parallel controllable rubber thickness; 5. Rolls are made of vanadium-titanium alloy chilled cast iron, with a hard, wear-resistant, and durable surface. The inner cavity of the rolls is precision-machined to ensure rapid and uniform cooling; 6. Roller bearing positions use rolling bearings, lubricated with grease; 7. The machine employs manual gap adjustment for precise thickness control and convenient operation; 8. The machine is equipped with an emergency braking system. In case of an emergency, emergency switches are located at all four corners for multi-point braking, allowing the machine to stop quickly. Pulling the emergency switch immediately activates the brake, ensuring safety and reliability; 9. The transmission system uses hard-tooth-surface reducers, which are compact, highly efficient, low-noise, and have a long service life; 10. The machine is equipped with an overload protection device to prevent damage to key components due to overloading.