The SINO SDS2-3MS Digital Readout System For Lathes And Milling Machines, Featuring A 3-Axis Numerical Display

The SINO SDS2-3MS Digital Readout System For Lathes And Milling Machines, Featuring A 3-Axis Numerical Display​

The SINO SDS2-3MS Digital Readout (DRO) System for Lathes and Milling Machines

The SINO SDS2-3MS DRO system is specially engineered for lathe and milling machines, providing precise measurement feedback through its SDS3MS numerical display. This system allows operators to track and control machining operations with enhanced accuracy and real-time data.

Features:

SDS3MS Display: The SDS2-3MS DRO system comes with the SDS3MS display, which features a clear, user-friendly interface for monitoring machine measurements. With function buttons and a keypad, it ensures smooth and convenient operation during machining tasks.

Multiple Axes Support: Engineered to handle multiple axes, the SDS2-3MS DRO system provides precise feedback and control across different machine movements. This feature allows machinists to achieve accurate positioning and manage movements on various axes simultaneously.

Compatibility with Lathe and Milling Machines: Suitable for both lathe and milling machines, this DRO system offers versatility for machinists working with different equipment. It integrates seamlessly into machine control systems, enhancing efficiency across various machining applications.

High Precision: The system offers high-accuracy measurement readings, enabling precise control over machine movements. This is critical for achieving tight tolerances and optimal machining results across a wide range of manufacturing tasks.

Incremental and Absolute Modes: The SDS2-3MS supports both incremental and absolute measurement modes, offering flexibility for different machining needs. Operators can easily switch between modes, adapting quickly to various machining scenarios.

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Functionality:

The SDS2-3MS SINO Lathe and Milling Machine DRO Digital Readout system allows for precise monitoring and control of machine movements during lathe and milling operations. With real-time measurement feedback, operators can quickly adjust and fine-tune machining parameters to achieve the desired precision and quality in their workpieces. This system improves operational efficiency and ensures consistent, high-performance results across a variety of machining tasks.

Usage:

The DRO system is extensively used in machining operations that require precise measurement and control, such as turning, milling, drilling, and boring. It is applicable across a wide range of industries, including metalworking, woodworking, automotive, aerospace, and more.

Applicable Scenarios:

Lathe Operations: In lathe operations like facing, turning, tapering, threading, and grooving, the DRO system allows operators to monitor and control tool movements with exceptional accuracy. This ensures that machining dimensions are precisely met, which is crucial for the production of cylindrical or conical components used across various industries.

Milling Operations: During milling tasks, including contouring, slotting, drilling, and profiling, the DRO system is essential for monitoring cutter movements. It enables operators to set precise coordinates and track tool positions throughout the milling process. This level of precision is vital for producing complex shapes and profiles in metals, plastics, and other materials used in manufacturing.

The SDS3MS DRO system is a versatile digital readout equipped with a 3-axis numerical display. Designed to adapt easily across different machine tools, it allows for parameter adjustments to suit various machining operations. This multipurpose system enables operators to seamlessly switch functions, making it ideal for a range of applications without the need for complicated reconfiguration.

SINO SDS3MS digital readout parameters

1.Voltage Range: The DRO system operates within a voltage range of AC 85V to 250V and supports frequencies from 50Hz to 60Hz. This broad voltage range ensures its compatibility with various power systems around the world.

2.Power Consumption: The system has a power consumption of 15 watts or 25 volt-amperes (VA), indicating the electrical load it places on the power source during operation.

3.Coordinate Number: The DRO supports coordinate display for one, two, or three axes, offering flexibility for different machine tool configurations that require various axis setups.

4.Display: The system features a seven-segment display for numerical data. For two- or three-axis systems, it can output information through eight-character alphanumeric displays, typically showing axis positions or other relevant data.

5.Weight: The DRO system weighs approximately 2 kilograms (kg), which is important for installation and transportation considerations.

6.Input Signal: It accepts TTL (Transistor-Transistor Logic) and EIA-422 open collector output signals. These are standard interfaces in digital electronics and communications, making the DRO compatible with programmable controllers and other devices.

7.Input Signal Frequency: The system can process input signal frequencies greater than 100 kHz, enabling it to handle rapid changes in position or other signals from high-speed machine tools.

8.Resolution: The DRO system offers selectable resolution options for connecting sensors or encoders, ranging from 10 micrometers (µm) down to 0.5 micrometers (µm). This fine resolution capability allows for precise measurement and control, ensuring tight tolerances and high-quality machining in manufacturing processes.

Basic Functions

Conversion between mm and Inches: The system supports easy conversion between millimeters (mm) and inches, allowing users to switch between metric and imperial units for measurement, making it suitable for a global user base.

Absolute and Relative Coordinate Transformations: The DRO system can handle both absolute and relative coordinate transformations. This means that operators can choose to work with fixed reference points (absolute coordinates) or relative movements from a current position (relative coordinates) depending on the specific task.

Mid-point Splitting Function: This function allows for the division of an object or tool path into two equal parts, providing accurate results for operations that require symmetrical machining or even spacing.

Basic "R" Function for Radius Calculation: The basic "R" function calculates the radius of a circular feature or arc, helping operators to easily measure and control the curvature in their machining tasks.

Smooth "R" Function for Precise Curves: The smooth "R" function ensures smooth and continuous radius transitions, ideal for precise curve shaping and producing high-quality results in applications such as mold-making and complex contours.

Circle Circumference Division: This feature divides the circumference of a circle into equal parts, facilitating tasks such as drilling or milling holes around a circular pattern, ensuring precise spacing between each hole.

Storage of 200 Workpiece Zero Points: The system can store up to 200 workpiece zero points, making it easier for operators to switch between different setups or workpieces without the need to reset the origin for each new part.

Hole Spacing along Oblique Lines: This feature enables operators to define hole patterns along oblique or angled lines, improving flexibility in machining operations such as drilling or milling at non-perpendicular angles.

Mathematical Calculations including Tool Diameter Compensation: The system performs mathematical calculations to account for tool diameter compensation, ensuring that machining paths are corrected based on the tool size, which is essential for achieving precise dimensions in parts.

Beveling Operations: The DRO system can be used for beveling tasks, allowing operators to accurately machine angled edges or surfaces, which is often required in processes like pipe fitting, edge finishing, or creating chamfers.

Automatic Reset to Zero Position: This feature allows the system to automatically return to a defined zero position, simplifying the process of starting a new operation or resetting the machine after each task.

Product image /photos:

The rack in the picture is optioned, not standard product.