$32.81
$44.62
HIGHLIGHTS Desktop CNC with Compact Design Xmachine desktop 5-axis CNC machining center features a compact and space-efficient design. Its compact size offers flexible layout options in workshops, making it ideal for makers, DIY enthusiasts, hobbyists, machinists, and small workshops. 5-axis Simultaneous Machining Xmachine introduces 5-axis simultaneous machining capabilities, enabling the creation of intricate and precise components with exceptional efficiency and accuracy. This advanced technique reduces setup time, increases productivity, and ensures superior surface finishes, overcoming the limitations imposed by traditional 3-axis machining and unlocking new possibilities for multiple industries. Advanced Automatic Measurement Equipped with the next-gen wireless probe, Xmachine supports fully automatic axis measurement and high-precision automatic workpiece centering. This high degree of automation significantly enhances processing quality. Innovative Automatic Tool Changer Design Xmachine pioneered the concealed automatic tool changer system in desktop milling machines, which automatically unfolds during tool changes and folds during operation, accommodating up to 6 tools. This innovative system allows for rapid switching between various processes, significantly reducing processing time and increasing efficiency. Versatile Machining Capabilities Our novel designs pack tremendous performance and capabilities into this compact machine while offering a full suite of features as a versatile machining center.With exceptional stability and rigidity, the machine comes with great capabilities in engraving, milling, drilling, tapping, etc. to flexibly meet the needs of different work. High-Speed Machining Begets High Efficiency Driven by a permanent magnet synchronous motor, the machine spindle features a built-in inductive encoder, resulting in minimal inertia, maximum torque density, and smoother operations across a wide range of tasks. With a spindle speed of over 18,000 rpm, the machine ensures faster productivity rates with high-speed machining. User-centric and Intuitive Control The control panel features a simple design with a handwheel for precise control of the machine’s axes and workpiece measurement. Knobs facilitate switching processing modes, adjusting feed rates, and spindle speed. Buttons allow for direct control of axis movement, starting and stopping programs, and resetting the machine. An emergency stop button ensures immediate halting of machine operations in emergencies. Precision and Reliability for Superior Machining Experience The machine guarantees precise, reliable machining with high-precision servo motors for the X, Y, Z, and A axes, supported by robust linear guides and ball screws.The C-axis features Xhorse’s direct-drive motor and advanced encoder for fast, accurate rotation. Additionally, an exceptional self-centering fixture ensures easy, secure workpiece clamping and excellent machining precision. XMACHINE-NCS FEATURES RTCP (Rotation Tool Center Point) In 5-axis machines with rotary axes, the RTCP function dynamically adjusts the tool orientation during machining while compensating for tool length, ensuring high precision. Even if the tool’s orientation relative to the workpiece changes, the machine maintains the tool center point on the designated path. RTCP simplifies programming by planning the tool center point trajectory in the workpiece coordinate system, enhancing accuracy and efficiency. 3 2 Positioning Machining 3 2 positioning machining is also known as tilt machining. In addition to positioning along the X, Y, and Z axes, the cutting tool can be positioned at a tilted angle by rotating the A and C axes of a 5-axis machine tool. This enables machining at various angles, improving the processing of complex surfaces and slopes, and enhancing flexibility and precision for more accurate manufacturing. Comprehensive Compensation Includes bidirectional lead screw compensation, backlash compensation, and spatial error compensation functions. These functions help reduce errors caused by deviations between actual and theoretical lead screw pitches, backlash errors during axis direction changes (forward to reverse motion), and three-dimensional errors in machine tools resulting from linear and rotary axis movements. These greatly help improve positioning accuracy and repeatability. Look-ahead Control Incorporates trajectory and velocity look-ahead functions with a capability of up to 2000 segments. This enables early detection of trajectory changes and effective speed control, establishing optimal machining control methods to meet the processing requirements of workpieces with complex profiles. Flexible Interpolation Supports various interpolation methods such as linear, circular arc, NURBS, exponential, spline, S-curve, helical involute, etc. The flexible selection of interpolation methods enables rapid execution of linear and circular arc interpolations. Additionally, it supports NURBS and other techniques for directly specifying NURBS curve representations to CNC devices. This enhances real-time interpolation speed and reduces errors during machining operations. XMACHINE-DTS DIGITAL TWIN A 5-axis control system using digital twin maps and simulates the machining process, enabling testing and evolution throughout its lifecycle. It analyzes current conditions and predicts machine performance, preventing irreversible errors. This system supports scenarios like equipment simulation, pre-error alerts, and synchronous machining. Real-time Monitor and Control Includes data acquisition, online simulation, and process parameter feedback modules. Sensors collect real-time data from the worktable, linking it to simulation models and physical components. The digital twin-based machine tool creates a virtual model for motion simulation and enables real-time monitoring, data analysis, and control, improving machining quality through parameter feedback. Pre-error Synchronized Machining Simulation The system features a pre-error machining alarm. The XMachine-NCS sends the NC code to simulation software, and if risks are detected, real machining is halted. The user can then adjust settings to prevent potential issues with the NC code, cutters, clamps, or workpieces, ensuring machining safety. 5-AXIS NUMERICAL CONTROL SYSTEM The supported software designed for Xmachine incorporates various functional modules tailored to practical machining needs. It features a user-friendly graphical interface, scientific computation visualization, and intuitive interaction design, ensuring ease of operation. Machining Programming Functions Program background editing: edit other NC programs in the file management interface while processing File management system: change the program name, the program, and the contents of the program Macros and subroutines: program block repetition, program arithmetic, program jumping, and calling subroutines Fixed cycles: drilling, deep drilling, and rigid tapping cycles Machining time: displays current machining time and remaining time while the program is running HMI (Human Machine Interface) HMI enables on-site operation, data storage, status monitoring, alarm query, and other functions. By integrating a text display, operator panel, and touch panel, it provides a user-friendly programming interface with intuitive operational features. Online Debugging and Diagnostic Monitoring With online debugging and diagnostic monitoring functions, the system’s operation status can be monitored in real time. In anticipation of system failure or deterioration of system performance and operation quality, it can take corresponding countermeasures and carry out online debugging to ensure efficient and stable operation of Xmachine. WHAT MATERIALS CAN BE CUT Xmachine offers efficient processing of a wide range of materials, including: Copper Brass Aluminum Marble Jade Obsidian Polycarbonate (PC) Wax Acrylic Wood TECHNICAL SPECIFICATIONS Numerical Control System: XMachine-NCS Lathe Structure: Horizontal X/Y/Z Axis Travel: 156 mm / 203 mm / 125 mm A-Axis Travel: −30° to 110° C-Axis Travel: 360° X/Y/Z Axis Rapid Rate: ≥ 4000 mm/min A/C Axis Rotation Rate: A: 15°/min, C: 15°/min Spindle Speed: 18,000 rpm Spindle Config: EtherCAT Tool Changer Capacity: 6 tools Rotary Table: Direct Drive Motor Worktable Size: 100 mm Worktable Load: ≤ 10 kg Max. Workpiece Size: 100 × 100 × 100 mm Rated Power: 2.2 kW Coolant System: Air Cooling Machine Weight: Around 130 kg Machine Dimensions: 797 × 614 × 580 mm
Engraving Equipment
