Neon Light LED Stripe Slotting Bit for Wood, Acrylic and Plastic

The Neon Light LED Strip Slotting Bit is a CNC milling cutter designed for creating clean grooves for LED strip and neon-style sign applications. It is suitable for machining slot channels in materials such as acrylic, PVC, organic board, plywood, and similar sheet materials used in signage and decorative lighting projects.

Made from high-quality micro grain tungsten steel solid carbide, the cutter provides good rigidity, hardness, and cutting stability for CNC engraving and slotting work. It is available in 6mm and 8mm cutting diameters, allowing users to choose the correct groove size according to the LED strip and board thickness.

This bit is especially useful for sign makers, advertising workshops, CNC users, and custom lighting businesses producing LED neon signs, acrylic light boards, decorative panels, and routed lighting channels.

Key Features

• LED strip slotting cutter for CNC sign making

• Available in 6mm and 8mm cutting diameters

• 10mm shank diameter

• Made from micro grain tungsten steel solid carbide

• Suitable for wood, acrylic, PVC, plastic, organic board, and plywood

• Designed for clean groove cutting for S-shaped LED light strips

• Suitable for relief carving, lettering, rough carving, and precision carving

• Recommended spindle speed of 18,000–24,000 RPM

Designed for LED Strip Grooves

This slotting bit is made for cutting grooves used to install LED light strips in signage and decorative lighting panels. The cutter creates a channel where the LED strip can be embedded into the material surface, helping produce a cleaner and more professional finished sign.

It is suitable for neon-style sign making, acrylic display panels, illuminated lettering, logo signs, and decorative lighting projects.

Solid Carbide Construction

The cutter is made from micro grain tungsten steel solid carbide, providing strong hardness, rigidity, and resistance to deformation during CNC cutting. This helps maintain cutting accuracy when machining grooves in acrylic, PVC, plywood, and other compatible materials.

Solid carbide construction also supports longer tool life when used with correct cutting parameters and proper chip removal.

Clean Cutting Performance

The cutter uses precision edge grinding technology to support smoother cutting and reduced cutting resistance. A sharp and stable cutting edge helps produce cleaner groove walls and more consistent slot dimensions.

This is important when fitting LED strips, as a clean and accurate groove improves installation quality and reduces the need for manual correction after machining.

Suitable for Acrylic, PVC and Wood-Based Panels

The bit is commonly used for large, medium, and small relief carving, lettering relief carving, rough carving, and precision carving. It is suitable for acrylic, PVC, organic board, plywood, wood-based sheets, and similar machinable materials.

Final cutting quality depends on the material, machine rigidity, spindle speed, feed rate, cutting depth, and workholding.

Size Selection Guide

The 4.2mm cutting depth is suitable for boards around 6mm thickness, while the 5.8mm cutting depth is suitable for boards around 8mm thickness. Select the cutter size based on the board thickness and the LED strip size being installed.

Testing on scrap material is recommended before cutting final sign panels.

Suggested Cutting Parameters

Actual settings should be adjusted according to the CNC machine, material type, cutter size, cutting depth, and required surface finish.

Technical Specifications

Suitable Materials

• Acrylic

• PVC

• Organic board

• Plywood

• Wood-based panels

• Plastic sheets

• Similar machinable sign-making materials

Applications

• LED neon sign making

• LED strip groove cutting

• Acrylic sign slotting

• PVC board engraving

• Illuminated lettering

• Decorative lighting panels

• Relief carving

• Lettering relief carving

• Rough carving

• Precision carving

• Advertising sign production

• Custom light board manufacturing

Basic Neon Sign Workflow

1. Select the correct tool size for the required slot width.

2. Cut the groove using suitable CNC settings.

3. Install the S-shaped LED light strip into the machined slot.

4. Weld or connect the LED strip and required components.

5. Embed adhesive strips into the grooves where needed.

6. Use suitable hand tools to trim corners and finish silicone strip ends.

Compatibility

• CNC routers

• CNC engraving machines

• Advertising CNC routers

• Compatible 10mm spindle collets

• Suitable LED strip and neon-style sign making workflows

Usage Note

Choose the cutter size according to the LED strip size, board thickness, and required groove depth. For acrylic and plastic, use proper chip evacuation and avoid excessive heat buildup to reduce melting or rough edges.