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CNC Woodworking Machine.

BESTIN offer CNC woodworking machines for panel furniture, cabinets, wooden doors, interior components and solid wood production.

Send us your workpiece drawing, material, size, machining requirements and target output. We will help you identify CNC wood routers, nesting machines, machining centers, vertical CNC routers and multi-axis configurations.

Machine Type

CNC Nesting Machines

Our CNC Nesting Machines are designed to process sheet materials efficiently. They combine CNC cutting, routing, drilling and nesting in one workflow. Multiple cabinet or furniture parts can be arranged on one sheet. It can help reduce material waste and make production more efficient.
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CNC Nesting Machine 1325A

Nesting

1325A

  • ATC+16 Tool Magazine
  • Traveling Size: 1220×2440×150mm
  • Spindle Power: 9.0kw
  • Driving System: Servo Drive

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CNC Nesting Machine 1325A-4

Nesting

1325A-4

  • 4 Spindle
  • Traveling Size: 1220×2440×150mm
  • Spindle Power: 9.0kw
  • Driving System: Servo Drive
Details
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Vertical CNC Routers

Our Vertical CNC Routers are designed for CNC processing when floor space is limited. The vertical design can make workpiece loading and access more convenient for suitable applications. It also helps manufacturers use factory space more efficiently.

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Vertical CNC Router 1650 Vertical CNC Router

ATC+ Saw

V1650

  • 8 Tool Magazines +Saw Unit
  • Working Area: 1600*5000mm
  • Spindle: 9.0kw Air Cooling Atc Spindle
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
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Vertical CNC Router 2162 Vertical CNC Router

ATC+ Saw

V2162

  • 8 Tool Magazines +Saw Unit
  • Working Area: 2100*6200mm
  • Spindle: 9.0kw Air Cooling Atc Spindle
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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CNC Wood Routers

Our CNC Wood Routers are flexible machines for cutting, routing, engraving, grooving and profiling wood panels and other compatible materials. They are suitable for furniture parts, cabinet components, decorative panels and custom shapes. They are a good choice for shops that need one machine for different routing jobs.
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CNC Wood Routers 1325

Economical

1325

  • Working Area: 1300*2500mm
  • Spindle: 9.0kw
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor

Details
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CNC Wood Routers 1325-2S

Double Spindle

1325-2S

  • Double Spindle
  • Working Area: 1300*2500mm
  • Spindle: 2*3.5KW
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor

Details
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ATC CNC Routers

Our ATC CNC Routers are equipped with an automatic tool changer. They can use different cutters, drills and other tools in one program. The machine selects the required tool automatically. This reduces manual tool changes and makes multi-operation machining more efficient.
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ATC CNC Routers 2030ATC

ATC

2030ATC

  • 8PC Tool Magazine
  • Working Area: 2000*3000mm
  • Spindle: 9kw HQD ATC air cooling spindle
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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ATC CNC Routers 1530ATC

ATC

1325ATC

  • 8PC Tool Magazine
  • Working Area: 1300*2500mm
  • Spindle: 9kw HQD ATC air cooling spindle
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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3-Axis CNC Routers

Our 3-Axis CNC Routers use X, Y and Z axes for cutting, routing, engraving, grooving, drilling and profiling. They are well suited to flat panels and components. They are a practical choice for many standard CNC machining jobs.
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3-Axis CNC Routers 2030

Economical

2030

  • Working Area: 2000*3000mm
  • Spindle: 9kw HQD air cooling spindle
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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3-Axis CNC Routers 1212

Mini

1212

  • Working Area: 1200*1200mm
  • Spindle: 3.5kw HQD air cooling spindle
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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4-Axis CNC Routers

4-Axis CNC Routers was equipped with an additional controlled axis for rotary machining and more flexible tool movement. Depending on the configuration, they can process cylindrical parts, indexed components and more complex shapes. They can handle some jobs that are difficult to complete on a standard 3-axis router.
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4-Axis CNC Routers 2040ATC

4-Axis+ATC

2040

  • 4-Axis + 8PC Tool Magazine
  • Working Area: 1200*1200mm
  • Spindle: 9.5kw HQD air cooling spindle
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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4-Axis CNC Routers 1325-4th Axis

4-Axis

1325

  • 4-Axis
  • Working Area: 1300*2500mm
  • Spindle: 9.5kw HQD air cooling spindle
  • Motors: Servo Motor
  • Working Table: Vacuum Working Table
  • Control System: Taiwan Syntec Controller
  • Motors And Drivers: Syntec Servo Motor
Details
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5-Axis CNC Router

5-Axis CNC Router provide multi-axis machining for parts that need angled tool access. They can machine from several directions with less manual repositioning. They are suitable for complex surfaces, shaped components and detailed solid wood parts.

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5-Axis

2412-5

  • 5-Axis +8 PC Tool Magazine
  • Spindle: 17KW Italy water cooled ATC spindle
  • Travelling size: 3100*1850*900 mm
  • A/C Axis: A:±120°,C：±262°
  • Working area: 2440*1220*600 mm
  • Max. Speed: 24000rpm
  • Working area: 2440*1220*600 mm

Details
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CNC Door Making Machines

Our CNC Door Making Machines are designed for making cabinet doors, interior doors and other door components. Depending on the configuration, they can perform cutting, routing, profiling, lock preparation, hinge machining and decorative work. They are suitable for both repeat door designs and custom door production.
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CNC Door Lock Drilling Machine 5100

Door &Lock

5100

  • Drill, Boring, Groove &Slot, Side Drilling
  • Power: 23.5kw
  • Air Source Pressure: 0.6-0.8mpa
  • Panel Thickness: 0-9cm
  • Panel Length: ≤280cm
  • Rotational Speed: 18000 R/Min
  • Machine Size: 400*125*190cm

Details
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Which CNC Machine Fits Your Production?

A CNC woodworking machine should be selected according to the workpiece, material, required operations, production mix and handling method.

Route and Cut Sheet Materials

Choose a CNC wood router when you need flexible cutting, routing, engraving, grooving or profiling on MDF, plywood, particleboard and other approved materials.
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Produce Nested Panel Parts

Choose a CNC nesting machine when you need to arrange multiple parts on full sheets and combine panel cutting with selected routing, grooving or drilling operations.
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Complete Multiple Operations in One Setup

Evaluate a CNC machining center when workpieces require more flexible workholding, tool changes, drilling, routing, profiling or machining on shaped and solid wood components.
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Reduce the CNC Footprint

Evaluate a vertical CNC router when floor space is limited and the workpiece dimensions, holding method and required operations are compatible with vertical processing.
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Reduce Manual Tool Changes

Choose an ATC CNC router when one program requires several tools and automatic tool changing can reduce interruption between operations.
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Machine Complex or Multi-Face Parts

Evaluate 4-axis or 5-axis CNC equipment when the part requires rotary processing, angled tool access, multi-face machining or complex three-dimensional geometry.
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How to Select an Industrial CNC Woodworking Machine.

The most useful machine comparison begins with production facts. Before comparing models, define the following requirements.
Send Your Production Requirement

1. Workpiece and Material

Confirm the substrate or wood species, thickness range, min. &max. part size, surface and any material-related machining limitations.

2. Required Operations

List every operation the machine must complete: cutting, routing, drilling, grooving, pocketing, engraving, profiling, joint machining or three-dimensional processing.

3. Number of Machining Faces

Define whether the workpiece requires side, end, angled, rotary or multi-face machining.

4. Workholding Method

Flat sheets, small components, curved parts and solid wood blanks may require different holding methods.

5. Spindle, Tools and Tool Changing

The material, tool dia., cutting depth, operation sequence and cycle determine the appropriate spindle and tooling discussion.

6. Software and Production Data

Confirm the design and CAM software, file formats, post-processor requirement, labeling, or factory-management software.

7. Acceptance Criteria

Agree how the machine will be evaluated. A useful acceptance plan identifies the test material, drawing revision, tools, program, measurement method, required dimensions, visible finish and agreed production conditions.

Application

Our CNC woodworking machines are used in many woodworking applications. They can cut, route, drill, groove, engrave and profile different wood components.
CNC Woodworking Machine Furniture Manufacturing

Furniture Manufacturing

CNC woodworking machines are widely used to make furniture parts. They can process panels, solid wood parts and custom-shaped components.

CNC Woodworking Machine Cabinet Manufacturing

Cabinet Manufacturing

CNC machines help cabinet manufacturers process different cabinet components with high repeatability. They can support cutting, nesting, routing, drilling and grooving.

CNC Woodworking Machine Door Manufacturing

Door Manufacturing

Our CNC woodworking machines can be used in door production. It can do routing, profiling, lock preparation, hinge machining and decorative processing.

CNC Woodworking Machine Solid Wood Processing

Solid Wood Processing

Selected CNC machines can process solid wood components and shaped parts. Multi-axis machines can provide more flexibility for complex parts.

Tell Us What You Need to Machine.

Explore CNC Woodworking Solutions
A useful proposal begins with the part. Send the information you already have, and our team will review which CNC machine type and configuration should be discussed first.
wood moulders for sale

FAQ About CNC Woodworking Machine.

What is the difference between a CNC router and a CNC machining center?
A CNC router commonly uses a flat working table for flexible routing and cutting. A CNC machining center may provide more configurable workholding, drilling units, tool-changing capacity, aggregates and multi-axis options for complex or multi-operation parts. The boundary between the names can vary, so the actual configuration is more important than the label.
Choose the axis configuration according to tool access. Three-axis equipment handles many flat-panel and top-face operations. Four-axis equipment may add rotary or indexed processing. Five-axis equipment is considered when complex surfaces, angled machining or multiple faces must be reached with fewer manual setups.
Some CNC configurations can combine these operations, but capability depends on the spindle, drilling unit, tool changer, aggregates, software and workholding. Send the complete operation list so each required process can be checked against the proposed model.

Pre-milling may help prepare a consistent reference edge before adhesive application, especially when the saw-cut edge has taper, chipping or surface irregularity. Its value depends on incoming edge quality, material, accepted finish and upstream cutting process.

Corner rounding is evaluated when the front and rear corners of compatible straight-edged components require a finished profile. Confirm the edge thickness, profile, panel dimensions, minimum workpiece and accepted corner result.

Some straight-edge machines may be integrated with return conveyors, loading, unloading, barcode, production data or downstream handling. Integration depends on the machine interface, panel range, layout, cycle balance, safety and project scope.