Composite Processing 210X650cm Cutting Area Cnc Router

About Composite Processing CNC Router 210 x 650

• Spincat CNC Composite Processing CNC Router 210 x 650 is an industrial CNC processing machine developed for cutting, milling, and shaping composite sheets.
• The large working area allows for CNC controlled processing of large-sized composite panels and sheet materials.
• The machine features two air-cooled spindle motors with a power of 6 kW each and a rotation speed of 18,000 rpm.
• The ER32 tool clamping system allows the use of cutting tools suitable for different cutting and milling applications.
• 1 kW servo motors used on the X, Y, and Z axes support controlled execution of axis movements.
• The dual servo motor system on the Y axis enables movement to be executed through two motors.
• The planetary reducer with an 80 body and a 1/10 reduction ratio is used for mechanical motion transmission of the axes.
• The 2 module helical rack and steel gear system supports power transmission in axis movements.
• 30 mm linear square guides and wide type cars used on all axes ensure mechanical guidance of the motion system.
• The automatic lubrication system helps in regularly lubricating the relevant moving components.
• The M02 industrial control panel and handwheel allow the operator to control the machine's movements and processing programs.
• After a power outage or tool breakage, there is a control feature that supports continuing from the appropriate point in the processing program after necessary checks are made.
• The 7.5 kW dry blower type vacuum system helps hold the sheet materials on the vacuum table.
• The blower capacity specified as 630 m³ is among the technical specifications of the vacuum system. The volumetric flow rate must be verified by the manufacturer.
• The 30 mm MDF vacuum table structure supports the stabilization of suitable sheet materials during processing.
• The heavy-duty steel body, which has been milled and heat-treated, contributes to the mechanical strength of the machine.
• The preparation of axes and rail bearings in the processing center helps in the precise placement of motion system components.
• Static oven paint application is used in the surface coating of the machine body.
• Composite panel production, facade cladding applications, and large-sized sheet processing processes can be evaluated.
• The manufacturer offers a 2-year warranty, CE certificate, technical support, and operator training.

General Features

• Spincat CNC composite processing CNC Router system
• Large-sized sheet processing area
• 2 pieces of 6 kW spindle motors
• 18,000 rpm spindle motor speed
• Air-cooled cutting motors
• ER32 tool clamping system
• 1 kW servo motor on the X axis
• 2 pieces of 1 kW servo motors on the Y axis
• 1 kW servo motor on the Z axis
• 80 body planetary reducer
• 1/10 reduction ratio
• 2 module helical rack system
• Steel gear power transmission
• 30 mm linear square guides on all axes
• Wide type linear car system
• Automatic lubrication system
• M02 industrial control panel
• Handwheel for manual movement control
• Feature to continue from where the processing program left off
• 7.5 kW dry blower type vacuum system
• 30 mm MDF vacuum table
• Heavy-duty steel body that has been milled and heat-treated
• Prepared axes and rail bearings in the processing center
• Static oven paint
• CE certified according to the manufacturer's statement
• 2 years manufacturer warranty

Highlighted Advantages

• Large Processing Area: Supports CNC controlled processing of large-sized composite sheets and panels.
• Dual Spindle Motor: Two 6 kW cutting motors allow the machine to be used for various cutting and milling applications.
• 18,000 RPM Motor Speed: Supports cutting and shaping of composite sheets with suitable cutting tools and processing parameters.
• ER32 Tool Clamping: Allows the use of different cutting tools suitable for the ER32 collet system.
• Servo Motor Axes: Servo motors used on the X, Y, and Z axes support controlled positioning and motion management.
• Dual Motor Y Axis: Two servo motors enable the Y axis to be driven by two motors.
• Planetary Reducer: The 1/10 ratio planetary reducer system helps regulate torque and speed transmission in axis movements.
• Helical Rack and Steel Gear: Mechanical components used in power transmission support controlled operation of the axes.
• 30 mm Linear Guides: Contributes to the guidance of axis movements and mechanical stability with wide type cars.
• Automatic Lubrication: Helps reduce the need for manual maintenance by facilitating lubrication of relevant moving components.
• M02 Industrial Control: Allows management of machine movements and processing programs through the control panel and handwheel.
• Vacuum Table System: The 7.5 kW blower and MDF vacuum table help stabilize suitable sheet materials during processing.
• Heavy Duty Steel Body: The milled and heat-treated body supports the mechanical strength of the machine.
• Continue Processing Program: Helps sustain the interrupted processing program after appropriate referencing and control operations.

Areas of Use

• Aluminum composite panel processing
• Composite sheet cutting and milling
• Facade cladding panel production
• Composite panel channel opening applications
• Advertising and sign manufacturing
• Preparation of exterior cladding materials
• CNC cutting of suitable plastic sheets
• Acrylic sheet processing applications
• Large-sized panel and sheet cutting
• Architectural decoration panel production
• Processing of interior and exterior cladding materials
• Custom-sized composite part manufacturing
• Industrial sheet processing facilities
• Prototype and custom design panel production

Technical Specifications

Shipping and Delivery

• The manufacturer states that the machine is available in stock and can be delivered on the same day; current stock status should be confirmed.
• Transport, installation, and commissioning conditions are determined before the order.
• A 2-year manufacturer warranty, technical support, training, and spare parts support are provided for the machine.
• Before ordering, the net cutting area, types of composite materials to be processed, and electrical infrastructure should be verified.