Multi-axis Robotic Arm Controller TP-X1-B-N-A1

1.Input interface: Used to receive signals from external devices, such as key inputs from the machine tool operation panel, signals from various sensors (e.g., position sensors, temperature sensors), and CNC machining programs transmitted by external devices. Common input interface types include USB and Ethernet interfaces, making it easy to connect and transfer data with different external devices.
2.Output interface: Outputs the control signals processed by the CNC system to the various execution components of the machine tool, such as drive motors, solenoid valves, and indicator lights, to control the motion, actions, and status display of the machine tool. The type and format of the output signal need to match the connected execution components to ensure accurate signal transmission and execution.
3.Uses a 7-inch touch screen, among other devices, to display the CNC system's operation interface, machining programs, processing parameters, machine tool status, alarm information, etc., facilitating monitoring and operation by the operator.
4.Equipped with communication functions to interact with external devices, such as data transmission to an upper-level computer (e.g., a PC) for remote monitoring, program transfer, and system upgrades; or network communication with other CNC devices to enable collaborative work and centralized management of multiple devices.
5.1. Uses high-resolution color display for clearer visuals
6.Supports ultra-long power-off retention, ensuring more reliable real-time data recording
7.Utilizes a high-performance CPU as the core computational component of the CNC system, responsible for processing and executing various CNC instructions, programs, and data calculations. The high-performance CPU can quickly respond to and process large amounts of instruction information, ensuring system real-time performance and efficiency
8.Uses USB 3.0 ports for fast and convenient program transfer and import

1.RT-Linux embedded control system platform
2.Full compilation execution module
3.Configuration-based IoT development platform
4.Remote fault diagnosis and upgrade assistance
5.Platform-based design concept
6.64-bit high-speed, high-precision contour control
7.Dialog-based auxiliary program editing
8.Special curve processing: Supports constant-speed processing of parabolic and spline curves, improving surface finish; spline curve teaching function, automatically fitting the curve between points using cubic equations, providing smoother curves compared to traditional teaching functions
9.1. Supports one-to-one gantry, vertical multi-joint robotic arms, SACRA robotic arms.
10.2. Supports non-standard trays and customized tray modules.
11.3. Torque detection and protection function: Real-time torque protection function to safeguard the robotic arm and machine tool; performs torque detection during product pickup and placement to protect the machine's gripper from being squeezed; provides protection during collisions in the machining process to avoid damage.
12.5. Built-in standard instruction set dialog programming module, easy to operate, with program positions linked to points, and one-click adjustment of positions.

1. Easy teach-point programming

2. Fast execution speed

3. Compatible with various trays

4. Supports simulation trial run and handwheel prediction function

5. Supports customized tray handling methods

6. Customizable safety zones

7. Customizable IO names

Vertical Multi-joint Robotic Arm

Gantry Robot

SACRA Robotic Arm

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