|SINO DRO For Lathe 3 Axis Dro Display TTL For Lathe Milling CNC Boring Machine
|Number Of Axis:
|Digital Readout: TTL / RS422
|Digital Readout: AC100-240V / 50-60Hz
|Milling Machine, Boring Machine, Lathe
SINO 3 Axis DRO,
3 Axis DRO For Lathe Machine
SINO Digital Readout for Lathe 3 Axis Dro Display TTL for Lathe Milling CNC Boring Machine
Key features of the SINO DRO for Lathe include:
Three-axis measurement: The DRO system can measure three axes, typically X, Y, and Z, providing real-time position information for the machine's movements.
TTL-compatible inputs: The DRO display is compatible with TTL input signals, allowing it to work seamlessly with various types of optical encoders commonly used in machine tools.
Enhanced precision: The DRO system offers high precision, enabling measurement resolutions down to decimal places or microns. This level of accuracy helps achieve tight tolerances and optimal machining results.
User-friendly display: The DRO display features an easy-to-read interface that provides clear numerical values for each axis. It typically includes additional functions such as presets, tool offsets, and data storage for improved machining convenience.
Versatile compatibility: The SINO DRO for Lathe is designed to be compatible with lathe, milling, CNC, and boring machines, making it versatile for different machining applications.
Improved Functions of SINO Opitical Sensor
Preset capabilities: The SDS6-3VA might have preset capabilities that let users quickly switch between various measurement parameters, set target values, and carry out batch operations.
Error Compensation: To account for tooling and machine mistakes, the system may have error compensation capabilities. This ensures more precise and accurate measurements.
Data Output: A few SDS6-3VA versions have the ability to transfer data to external devices or computer systems for additional analysis and documentation.
|3 Axis LED digital readout SDS6-3V
|Instruction Manual (English)
Product image /photos:
The rack in the picture is optioned, not standard product.
Contact Person: Mr. Piero Chan