DYNABRADE 58446 Air Random Orbital Sander 0.45hp 8 Inch

Dynabrade 58446 air random orbital sander is used with a central vacuum system. This 8 inch orbital sander is suitable for general metalworking, woodworking, fibreglass, plastics and composites.

Features:

• Dynabrade 58446 air random orbital sander has a vinyl-face sanding pad, making it ideal for use on curved and contoured surfaces.
• Its ergonomic shape and low vibration provide operational comfort to the user.
• This orbital sander has an anti-clog design for efficient sanding of damp filler material.
• It has a combination lip-seal shroud-overskirt for workpiece visibility and enhanced vacuum capability.

Compatible Accessories:

• Dynabrade 95843 Air Lube: This lubricant protects the sander from rust and increases its life.
• Dynabrade 96346 Bearing Separator: This 2-inch separator is suitable for the removal of gears and bearings.
• Dynabrade 96283 Motor Repair Kit: This kit contains tools for assembly / disassembly of the sander.
• Dynabrade 11405 Air Line Filter-Regulator-Lubricator: This unit provides precise air pressure regulation, two-stage water filtration and lubrication of pneumatic components.

Frequently Asked Questions:

Q. How often should Dynabrade 59029 sander be lubricated?

A. Dynabrade orbital sander requires two full plunges of grease after every 50 hours of operation.

Q. What is the difference between an orbital sander and a regular sander?

A. Regular sanders use sandpaper sheets, while orbital sanders use special sanding discs as abrasives.

Q. How is a random orbital sander better than a palm sander?

A. Random orbital sanders achieve a smoother finish than palm sanders.

Q. How often should this sander be lubricated?

A. Dynabrade orbital sander requires two full plunges of grease after every 300 hours of operation.

Q. What is the difference between an orbital sander and a regular sander?

A. Regular sanders use sandpaper sheets, while orbital sanders use special sanding discs as abrasives.

Q. How is a random orbital sander better than a palm sander?

A. Random orbital sanders achieve a smoother finish than palm sanders.