Weha Weramic Wet Porcelain Core Bits

Professional thin-wall core bits designed for fast, clean drilling of porcelain panels, ceramic tile, and ultra-compact sintered stone including Dekton, Lapitec, Neolith, and Laminam.

Clean, Chip-Free Drilling for Porcelain and Ultra-Compact Surfaces.

The Weha Weramic Wet Porcelain Core Bits are specifically designed for drilling large-format porcelain panels, ceramic materials, and ultra-compact sintered stone. Engineered for demanding materials such as Dekton, Lapitec, Neolith, and Laminam, these core bits help professional fabricators and installers produce smooth, clean holes across a wide range of material thicknesses.

Weramic core bits are also an excellent solution for conventional ceramic products, including floor and wall tile. Their thin-wall construction features a rim only 2 mm thick, allowing the bits to drill quickly through porcelain and ceramic materials while helping produce smooth holes with minimal chipping.

Typical Applications

• Drilling large-format porcelain panels
• Drilling Dekton
• Drilling Lapitec
• Drilling Neolith
• Drilling Laminam
• Drilling ultra-compact sintered stone
• Drilling porcelain tile
• Drilling ceramic floor tile
• Drilling ceramic wall tile
• Countertop fabrication and installation
• Professional porcelain and ceramic fabrication

Thin-Wall Design for Clean Drilling

The Weramic core bit features a 2 mm thick rim designed to cut quickly and cleanly through porcelain and ceramic materials. The thin-wall construction helps produce smooth, chip-free holes while reducing unnecessary material removal during drilling.

The bits are designed for material thicknesses including 6 mm, 8 mm, 10 mm, 12 mm, 20 mm, and 30 mm, making the Weramic line suitable for everything from thinner porcelain panels and tile to thicker countertop and architectural materials.

Advantages

• Designed specifically for porcelain and ultra-compact sintered stone
• Suitable for Dekton, Lapitec, Neolith, Laminam, and similar materials
• Works on ceramic floor and wall tile
• Designed to produce smooth, chip-free holes
• Thin 2 mm rim supports fast, clean drilling
• Suitable for material thicknesses from 6 mm through 30 mm
• Wet or dry operation on material up to 6 mm thick
• Wet operation for material thicker than 6 mm
• 5/8-11 threaded connection
• Recommended operating range of 1,600 to 2,800 RPM
• Designed for professional fabrication and installation applications

Specifications

• Brand: Weha
• Product Line: Weramic
• Product Type: Porcelain and Ceramic Core Bit
• Rim Thickness: 2 mm
• Thread: 5/8-11
• Recommended Speed: 1,600–2,800 RPM
• Wet/Dry Use: Wet or Dry on Material Up to 6 mm Thick
• Wet Use: Required for Material Thicker Than 6 mm
• Material Thicknesses: 6 mm, 8 mm, 10 mm, 12 mm, 20 mm and 30 mm
• Material Applications: Porcelain, Ceramic and Ultra-Compact Sintered Stone
• Compatible Materials: Dekton, Lapitec, Neolith, Laminam and Similar Porcelain Panel Materials

Frequently Asked Questions

What materials can Weha Weramic Core Bits drill?

They are designed for large-format porcelain panels, ceramic products, and ultra-compact sintered stone materials including Dekton, Lapitec, Neolith, and Laminam.

Can Weramic Core Bits be used on ceramic tile?

Yes. The bits are designed to work on ceramic products including floor tile and wall tile.

Can Weha Weramic Core Bits be used dry?

Yes, on material up to 6 mm thick they can be used wet or dry.

When is wet drilling required?

Wet drilling is required when drilling material thicker than 6 mm.

What material thicknesses can these core bits handle?

The supplied product information lists 6 mm, 8 mm, 10 mm, 12 mm, 20 mm, and 30 mm material thicknesses.

How thick is the cutting rim?

The Weramic core bits feature a thin 2 mm rim designed for fast, clean drilling through porcelain and ceramic materials.

What thread do Weha Weramic Core Bits use?

The core bits use a 5/8-11 threaded connection.

What is the recommended operating speed?

The recommended operating range is between 1,600 and 2,800 RPM.

Are these core bits designed to reduce chipping?

Yes. The thin-wall design is engineered to produce smooth, clean holes with minimal chipping in compatible porcelain and ceramic materials.