Grinding and milling machine for engine blocks and heads, STH 1100 S, SARITAS
Available on back-order
Repair, replacement of parts, 24/7 technical support
Verification in real production conditions
Setting up and checking the functionality of the equipment
Training operators to work with the equipment and providing practical demonstrations of its functionality.
The SARITAS STH 1100 S is a high-performance machine designed for precision grinding and milling of cylinder head surfaces, engine blocks, and other flat surfaces. Its structure, made from alloyed cast iron, ensures durability and operational stability under demanding workloads. The machine achieves high precision thanks to anti-friction guides and a ball screw system that ensure smooth and accurate movement of the table and grinding head.
The STH 1100 S supports automated operations with fine adjustments to feed rates and rotation speeds, making it adaptable to various materials. The intuitive touch control panel, integrated with a PLC system, simplifies setup and management of processes. The built-in cooling system and spot lighting enhance both efficiency and operator comfort.
Advantages:
- High precision enabled by anti-friction guides and ball screw technology.
- Versatility for both grinding and milling operations.
- Smooth speed control for optimal processing of different materials.
- Touch control panel with PLC integration for easy operation and setup.
- Robust construction with minimal maintenance requirements.
Features:
- Maximum table travel: 1100 mm; working surface: 920 × 310 mm.
- Milling head diameter: 360 mm; maximum rotation speed: 1400 RPM.
- 4 kW spindle motor ensures high productivity.
- Hydraulic control for smooth table movement and precise positioning.
- Integrated cooling system and spot lighting for enhanced operational efficiency.
The STH 1100 S is an ideal solution for professional workshops requiring precision and reliability in machining engine blocks and other components. Its advanced functionality and durable design make it an excellent choice for complex surface processing tasks.
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