Sharav Corporation

Save ₹70000

Cnc Engraving and Router Machine

Original price was: ₹650,000.00.Current price is: ₹580,000.00.

Model No :           HR-1325 (STEPPER)

Power supply :     AC 380V/1Phase /3Phase

Machining Area : 1300mm x 2500 mm (4ft x 8ft)

Spindle Motor :     6 KW (HQD – Air cooled) – 18,000 RPM

Z MAX Travelling : 200mm

Cutting tools diameter : Ø3, Ø4, Ø6, Ø12

Operating System : Remote Based /Computer Based

Linear Guide : 25mm Square (Taiwan Make)

X & Y Motion : Helical Rack & Pinion

Z – Motion : Ball Screw (Taiwan Make)

Lubrication Systems : Semi Automatic Lubrication systems

Inverter : Delta / Fracon make

Drive & Motors : STEPPER Motor (Yako make) with Gear Box

With Machine Accessories : 5 Nos. (3Nos. -End Mill ,2Nos. –Ball nose), 4 Nos. Collet
4Nos.Vibration Ped , Hook Spanner

Working Bed : Aluminium T-slot with Rigid PVC Sheet
Table structure : Heavy Mild Steel Frame Structure

From Our factory to customer place transport charge Extra.

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CNC Engraving and Router Machine

An intricate system of interrelated components, a CNC (Computer Numerical Control) engraving and router machine is designed to accomplish accurate cutting, engraving, and carving jobs on a variety of materials. Although the design of individual machines may differ, the following is a broad outline of the essential components frequently seen in CNC engraving and router machines:

Control System:

The CNC machine’s brain is the control system. It consists of the software that translates digital designs into the required code and the CNC controller that decodes the G-code instructions produced from a digital design.

  1. Motion Control System:
    • This system consists of motors and drive systems that control the movement of the cutting tool or router along the X, Y, and Z axes. Stepper or servo motors are commonly used.
  2. Tool Spindle:
    • The tool spindle holds the cutting tool or router bit. It’s a critical component that rotates the tool at high speeds, allowing it to cut, carve, or engrave the material.
  3. Tool Changer (Optional):
    • Some CNC machines come equipped with an automatic tool changer that allows the machine to switch between different tools during a job without manual intervention.
  4. Table or Bed:
    • The table or bed provides a stable surface on which the material to be worked on is placed. It can be a fixed table or a moving bed, depending on the machine design.
  5. Guide Rails and Bearings:
    • Guide rails and bearings guide the movement of the cutting head or router along the axes, ensuring precision and accuracy in the cutting process.
  6. Ball Screws or Lead Screws:
    • These components convert the rotary motion of the motors into linear motion, driving the movement of the cutting head along the axes.
  7. Emergency Stop and Safety Features:
    • Safety features, including an emergency stop button, are crucial for ensuring the safety of the operator and protecting the machine in case of emergencies.
  8. Dust Collection System:
    • CNC router machines often include a dust collection system to remove debris and dust generated during the cutting or engraving process.
  9. Cooling System:
    • Some CNC machines have a cooling system to manage the heat generated by the spindle during operation.
  10. Limit Switches:
    • Limit switches are used to detect the physical limits of the machine’s movement along each axis, preventing over-travel.
  11. Controller Panel:
    • The controller panel typically includes a user interface where the operator can control and monitor the machine. It may have a display, buttons, and other controls.
  12. Power Supply:
    • The power supply provides the necessary electrical power for the motors, spindle, and other electronic components.
  13. Tool Sensors and Probes:
    • Tool sensors and probes can be used to measure tool length, set workpiece offsets, and automate tool changes.
  14. Chip Tray:
    • A chip tray collects chips and debris generated during the cutting process, making it easier to clean and maintain the machine.
  15. Frame and Enclosure:
    • The frame provides structural support, and an enclosure may be present to contain noise, dust, and enhance safety.


A CNC engraving and router machine’s specific features and parts can change based on the machine’s size, setup, and intended use, among other things. For comprehensive details on the components and features of the machine, it’s crucial to consult the paperwork and specifications.

These machines automate the manufacturing process based on computer-generated designs, allowing for accurate and intricate work. Here are some common tasks and applications for CNC engraving and router machines:

  1. Woodworking:
    • CNC routers are widely used in woodworking for cutting and carving wood. They can create intricate designs, patterns, and contours on wooden surfaces, making them valuable tools for furniture manufacturing, cabinetry, and decorative woodworking projects.
  2. Metal Engraving:
    • CNC engraving machines equipped with appropriate tools can engrave or mark metals, such as aluminum, brass, and steel. This is commonly used in the production of metal plaques, signage, and industrial components.
  3. Plastic Cutting and Engraving:
    • CNC routers are used to cut and engrave various plastics, including acrylic, PVC, and polycarbonate. This is applicable in industries such as signage, point-of-sale displays, and custom plastic fabrication.
  4. Stone and Tile Engraving:
    • CNC machines equipped with diamond-tipped tools can engrave intricate designs on stones, tiles, and other hard materials. This is often used for creating decorative elements in architecture and memorial plaques.
  5. Sign Making:
    • CNC engraving and router machines are commonly used in the sign-making industry to cut letters, logos, and designs into materials like wood, plastic, and metal. This technology allows for precise and consistent results.
  6. Jewelry Manufacturing:
    • CNC machines are used in the jewelry industry for engraving intricate patterns, textures, and designs on metals such as gold, silver, and platinum. They offer high precision for creating detailed jewelry pieces.
  7. Prototyping and Model Making:
    • CNC routers are employed in the creation of prototypes and models for product development. They can accurately reproduce complex shapes and designs from digital models.
  8. Foam Cutting:
    • CNC routers equipped with special tools can cut and shape foam materials. This is often used in industries such as packaging, theater set design, and the production of foam molds.
  9. Circuit Board Manufacturing:
    • CNC engraving machines can be used for creating intricate patterns on circuit boards. This is crucial in electronics manufacturing for producing custom circuitry.
  10. Education and Training:
    • CNC engraving and router machines are used in educational settings to teach students about computer-aided design (CAD) and manufacturing processes. Students can design projects on a computer and see them come to life through CNC machining.
  11. Personalized Items and Gifts:
    • CNC engraving machines are commonly used to create personalized items and gifts. This includes engraving names, dates, and custom designs on items like plaques, awards, and personal accessories.

The versatility of CNC engraving and router machines makes them valuable tools in various industries, providing efficient and precise solutions for a wide range of applications.


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