Brushless Orbital Sander | 125mm Disc | For Makita 18V Battery (Tool Only)

This 125mm brushless random orbital sander creates swirl-free finishes on flat surfaces. It runs on Makita 18V batteries. You get variable speed control, which means cordless use for woodworking and polishing jobs. Features and Benefits - Makita 18V Battery Use - It works with the same 18V LXT batteries as your other Makita tools (battery not included). - Brushless Motor - This motor runs efficiently. You get longer use per charge and less upkeep than with brushed motors. - Variable Speed Control - You can adjust the speed from 8,000 to 12,000 OPM. Match the speed to your sanding or polishing task. - Onboard Dust Collection - It comes with a dust bag and a port for a vacuum. This helps keep your workspace cleaner. Applications - Furniture Refinishing - It smoothly takes off old paint or varnish from tables and dressers. It won't leave swirl marks. - Woodworking Preparation - Use it to sand large panels or tabletops. This prepares them for a good stain or clear coat. - Final Surface Smoothing - It makes wood, metal, or composites very smooth. This is for before the final coat goes on. Method 1: The Drill Press Table Jig (Easiest & Most Practical) For those wondering "what is a spindle sander" and "how to build a spindle sander", a drill press table jig offers a practical solution. This method transforms your existing drill press into a versatile sanding station, ideal for curves and intricate shapes that are challenging for a standard orbital sander. While this 125mm disc orbital sander is excellent for flat surfaces, a spindle sander excels at contour work. The jig guides your workpiece around a sanding drum, ensuring consistent sanding pressure and a smooth finish. This approach is particularly useful for small workshops where space is at a premium. Materials Needed: - A sturdy piece of plywood or MDF for the base and fence. - A drill press. - Various diameters of sanding drums (available separately). - Sandpaper sleeves for the sanding drums, typically in grits from 80 to 220. - Wood screws or bolts for assembly. - A toggle clamp for securing the fence. - A router for cutting the dust extraction port. - A shop vacuum or dedicated dust extraction system. Steps: - Cut a base plate to fit your drill press table. - Create a fence with a curved cutout to accommodate the sanding drum. - Mount the fence securely to the base plate, ensuring it is perpendicular. - Drill a hole in the base plate directly below the drill press chuck, sized for your chosen sanding drum. - Attach the sanding drum to the drill press chuck. - Implement a dust extraction port into the base plate, connecting it to your dust extraction system. - Adjust the fence position to control the depth of cut. - Always wear appropriate safety gear, including eye protection. Method 2: Dedicated Standalone Spindle Sander A dedicated standalone spindle sander is a specialised machine designed specifically for sanding curves, contours, and irregular shapes. Unlike the Brushless Orbital Sander with its 125mm disc, which is best suited for general surface preparation, a spindle sander uses oscillating sanding drums to achieve smooth, precise results on intricate workpieces. For tasks requiring detailed edge work or shaping, this type of machine is invaluable. It provides a stable platform and consistent oscillating action, making it superior for repetitive contour sanding compared to handheld methods. Core Components Required: - A robust motor, typically 240V, to drive the oscillating spindle. - An oscillating mechanism for the sanding drum, ensuring even wear and a smoother finish. - A range of interchangeable sanding drums of various diameters. - A sturdy cast iron or steel work table for stability and vibration dampening. - An integrated dust extraction port, essential for managing sanding dust. - A power switch with an emergency stop function. - A spindle lock for easy drum changes.