RG1328N+

RG1328N+ CNC Router for Cabinet and Panel Production

An integrated CNC nesting and precision-saw platform for panel cutting and material-utilization workflows.

Combines CNC nesting with an integrated precision saw
Supports repeatable cutting and material-utilization workflows
Digital controls with an operator-facing interface
Dust-extraction connection and configurable production setup

The supplied artwork identifies this machine as RG1328N+ SAW, combining CNC nesting with an integrated precision saw. Working area, spindle, saw, control-system and extraction specifications are confirmed for the ordered configuration.

Plan the workflow first

Share panel sizes, materials, nesting workflow, required output, dust-extraction setup and software requirements before configuration.

Configuration planning

Confirm the right RG1328N+ configuration

This page presents the currently available information for RG1328N+. The final machine, options and utilities should be matched to your material, workpiece and production target before ordering.

Send a representative drawing, material details and the destination electrical standard. JDRG can then confirm which configuration and technical sheet apply to your project.

Working area

Usable X/Y/Z travel and workpiece clearance

Confirms that the largest sheet and operation fit the machine.

Spindle and tooling

Material, cutter size, tool-change frequency and tool positions

Defines cutting capability and changeover time.

Vacuum hold-down

Pump arrangement, table zones, spoilboard and part size

Small parts and porous boards may need different hold-down planning.

Drilling and automation

Boring requirements, loading, unloading, labeling and scanning

Determines whether routing alone or an integrated cell is appropriate.

Applications

Typical applications

Nested cabinet components
Doors and decorative panels
Furniture part routing and drilling
Automated panel production cells

Product questions

Buying questions

Answers for this equipment category. Final details depend on the selected configuration.

Sample drawings, toolpaths, nesting layouts, material information and a list of drilling and routing operations help define the configuration.

No. Spindle choice should follow the material, cutter, depth of cut, feed strategy and duty cycle, together with the machine structure and tooling system.

Hold-down affects cut stability and small-part retention. Board porosity, spoilboard condition, part geometry and vacuum zoning all matter.

Product inquiry

Confirm configuration, price and delivery

Include panel material, workpiece dimensions, voltage and destination for a more accurate response.