An integrated woodworking system connectable to an external source of electricity includes an enclosure, a management and control center, and plural tool holders. The management and control center is provided in the enclosure; is connectable to the source of electricity and a source of gas pressure; can control the consumption of input electricity, the flow rate of input gas, and a pneumatic tool such as a dust collector; and has at least one electricity output cable and at least one gas output hose. The tool holders are provided in the enclosure and are each connected to the electricity output cable or the gas output hose. The system incorporates the woodworking tools one needs into the enclosure and can be sold as a whole to save the trouble of purchasing and installing the tools individually. By managing power consumption in general, the system prevents overloading.

An apparatus is described that is suitable for mounting in a variety of orientations and for forming a variety of woodworking joints at a high throughput. The apparatus is directed to a tool that couples with a power tool to either plunge into or cross feed through a workpiece. The apparatus is particularly well suited for forming biscuit dado, dado, mortise, tenon, floating tenon, dowel, bridle, half lap, tongue, and groove joints, without requiring significant tool changes.

The present invention is an inlay wood router adapter designed to easily convert a handheld rotary tool into a miniature precision wood router. The adapter can be used to precisely set the cutting depth, as well as provide finer control to the user. The adapter includes a cylindrical body and a head. The rotary tool is inserted into a bore hole of the cylindrical body. Once the rotary tool is properly positioned and the desired cutting depth is set, the user tightens a pair of set screws to lock the rotary tool in place. An exhaust port is routed through the cylindrical body, which can be used to direct pressurized air onto the work surface to clear away chipped material. A pair of beehive-shaped knobs are attached to the head. The pair of knobs allow the user to make precise movements while engraving or carving into a work surface.

An apparatus is described that is suitable for mounting in a variety of orientations and for forming a variety of woodworking joints at a high throughput. The apparatus is directed to a tool that couples with a power tool to either plunge into or cross feed through a workpiece. The apparatus is particularly well suited for forming biscuit dado, dado, mortise, tenon, floating tenon, dowel, bridle, half lap, tongue, and groove joints, without requiring significant tool changes.