Ceramic Filament Brushes Diminish Burrs
Osborn will showcase its ATB line of ceramic filament brushes designed to diminish burrs on materials ranging from plastic to high-temperature alloys used in aerospace and other high-technology industries.
Related Topics:
Osborn will showcase its ATB line of ceramic filament brushes designed to diminish burrs on materials ranging from plastic to high-temperature alloys used in aerospace and other high-technology industries. The brush design enables faster run times, increased output, and precision deburring and polishing, the company says. The brushes also are suited for edge-breaking, cleaning, finishing and other industry-specific applications.
The ceramic filament line includes master wheels, aggressive composite wheels, flexible composite wheels, ringlocks, Uni-lock max disc brushes, Uni-lock turbo disc brushes, bridled-end brushes and Uni-lock quick-change tools.
Related Suppliers
Product
FlexBeam's Open Design Provides Unrestricted Access
Cloud-Ready Siemens Opcenter Aids Production Efficiency
Marposs’ GEMCMS-02 Monitors for Collisions, Mitigates Crash Damage
Tungaloy Expands TungModular Grooving Tool System
Tungaloy’s CeramicSpeedMill Improves Productivity When Machining HRSAs
RELATED CONTENT
-
Burning Away the Burrs
Searching for an efficient means of deburring internal passages led this company to develop a specialized machining cell that incorporates thermal energy to smooth away rough edges.
-
Automated Deburring Accelerates Vise Production
Using new Flex-Hone abrasive technology from Brush Research Manufacturing, Orange Vise Co. was able to automate deburring and surface finishing in a single operation.
-
How Electro-Chemical Machining Works
Machine tool builder EMAG has produced a very nice video that explains and illustrates how the electro-chemical machining (ECM) process is able to perform simple deburring operations as well as produce precision surfaces and shapes.