Surface machining machine for engine blocks and heads, STH 1000, 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 1000 is a high-performance horizontal spindle surface grinding machine designed to grind engine blocks, cylinder heads, and other flat surfaces with exceptional precision. Its robust construction from high-quality cast iron ensures durability and vibration resistance, contributing to stable operation over extended periods. The grinding head can operate in both manual and automatic modes, making it a versatile solution for diverse grinding tasks.
This machine is equipped with an electromagnetic table that securely holds the workpieces in place, ensuring quick and safe operation. The V-shaped guideways for all table movements further enhance precision while extending the machine’s service life. User-friendly control panels streamline the operation, providing easy setup and process management.
Advantages:
- High precision due to a stable, vibration-resistant design.
- Versatile operation with both manual and automatic grinding modes.
- Quick and secure workpiece fixation with the electromagnetic table.
- Extended service life thanks to wear-resistant components.
- Efficient operation with an intuitive control panel for easy process management.
Features:
- Table size: 406 × 813 mm with cross travel up to 450 mm.
- Grinding wheel speed: 1450 RPM with dimensions 350 × 40 × 127 mm.
- Powerful 5.5 kW spindle motor ensures high productivity.
- Integrated cooling and hydraulic systems for continuous operation.
- Load capacity of up to 500 kg, including the chuck, suitable for heavy parts.
Contact us for a consultation on selecting and operating the machine. Book a free demonstration of the SARITAS STH 1000. Learn more about our products and their benefits.
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