Weha Rock Dog Router Single Speed with Aquaplaning Base

SKU: 9000
Vendor
Weha
Regular price
$2,850.00
Sale price
$2,850.00
Regular price
$0
Sold out
Unit price
Quantity must be 1 or more

Weha Rock Dog Router Single Speed with Aquaplaning Base for Granite, Marble, Quartz, Quartzite, Stone

The Weha Rock Dog Router is a 9000 RPM single speed Router that can profile practically any edge that comes through the shop.
Whether you need a router for granite, marble, quartz, quartzite, or any other stone, the Rock Dog Router can get it done.
Made with a Unibody Aircraft Aluminum housing, the Rock Dog is a super smooth 9000 rpm profile router that can get the job done fast.
With a 2.4 HP 220 Single Phase motor, the Rock Dog can profile up to 6cm without any worries whatsoever.

The Rock Dog Router comes with an aquaplaning base for easy movement across the surface.
The 22mm x 10mm thread spindle accommodates practically all router bits on the market.

The Rock Dog comes with a 20' long heavy 12 gauge AWF with ground power cord that can handle the load.
The water connection is a quick disconnect for easy connection to the shop water lines.

With a 12 month warranty, Weha solidly stands behind the Rock Dog. If something does go wrong, Weha will trouble shoot and either send the parts for a quick repair in your shop, or return back to our headquarters in Charlotte, Nc and it will be repaired by Weha technicians.


Specifications:

  • Spindle: Stainless Steel
  • Rotation Speeds: 9,000 rpm
  • Rise and Fall: 1.18"
  • 22mm Shaft with 10mm bolt thread
  • Frame: Unibody 1 piece Aircraft Aluminum Housing
  • Power: 2.4HP
  • Supply Power: 230V / 60HZ / Single Phase
  • Water Quick Disconnect
  • Thermal Overload Safety Cut-out
  • Base: Aquaplaning System
  • Machine Length: 22", Width: 13.7", Height: 15"
  • Power Cord: 20 feet 12 AWF w/ground
  • Machine Weight: 77 lbs
  • Packed Wooden Crate: 24" x 16" x 20"
  • Shipping Weight: 100lbs

12 Month Warranty • Water Quick Disconnect

Fits Router Bits with a 22mm Shaft • 10mm Thread

Go to full site