Finishing, Vibratory Machine Hoods keep noise under 85 dbA.
January 18, 2011 -
Available as standard and custom units designed for spindle finishers and continuous thru-feed vibratory systems, ALMCO hoods are made of sheet metal and lined with open-cell urethane sound deadening material. Functionality helps companies provide safe environment for workers while achieving noise levels that meet regulatory agency demands. Actual noise levels from machinery such as automated deburring and finishing equipment will depend on part size, finishing media, and other conditions.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Almco, Inc.
902 E. Main St.
Albert Lea, MN, 56007 2751
USA
Almco Sound Hoods for Spindle, Vibratory Machines Designed to Protect Workers, Meet Noise Requirements
ALBERT LEA, Minnesota - Sound hoods for automated deburring and finishing equipment, to help industrial companies provide a safer, more comfortable environment for workers while achieving noise levels that meet regulatory agency requirements, are now available as standard and custom units from ALMCO, Inc.
Designed for spindle finishers and continuous thru-feed vibratory systems, including both new and existing machines, the hoods keep noise under 85 dbA. Actual level depends on part size, finishing media and other conditions.
Made of sheet metal, the ALMCO hoods are lined with open-cell urethane sound deadening material, which also is installed on undersides of covers of other types of finishing machines from the manufacturer. The hoods are light in weight for easy installation or removal while ruggedly constructed for long life.
For further information contact ALMCO, Inc., 507 West Front Street, Albert Lea, Minnesota 56007, phone l-800-52l-2740, or visit the company on the internet at www.almco.com. The firm is the world's largest manufacturer and an international marketer of standard and custom-designed equipment for metal parts deburring and finishing.
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