Robotics in Masonry Construction Albany NY

Masonry work is an excellent candidate for robotization in Albany because it is repetitive, time-consuming, and labor-intensive. Read through this article and get more information.

Chimney Wizards
(518) 427-7603
100 Lark St
Albany, NY
 
Colonie Masonry Corp Of Albany Inc
(518) 370-2471
1971 Western Ave # 231
Albany, NY
 
Mauriello Construction
(518) 283-5321
6 Bentley Ave
Albany, NY
 
Ipek Z & Sons Inc
(518) 371-2544
7 Railroad Ave
Albany, NY
 
Di Pace Masonry Inc
(518) 459-1834
1 Kneeland St
Albany, NY
 
Tompkins Masonry Corp
(518) 465-1621
210 Sheridan Ave
Albany, NY
 
Kneeland Constr Co
(518) 452-7320
25 Corporate Cir Ste 3
Albany, NY
 
Dbl Masonry
(518) 577-2186
26b College View Dr
Albany, NY
 
Pcc Contracting Inc
(518) 785-8000
600 Troy Schenectady Rd
Albany, NY
 
Nys Concrete Masonry Assoc
(518) 464-1806
6 Airline Dr Ste 102
Albany, NY
 

Robotics in Masonry Construction

Provided By:

Source: MASONRY CONSTRUCTION MAGAZINE
Publication date: July 1, 2008

By Carolyn Schierhorn

Abstract:

Today, most manufacturing industries in the United States -- including material producers-use computer-controlled automation for certain applications.

Benefits of Robotization
Masonry work is an excellent candidate for robotization because it is repetitive, time-consuming, and labor-intensive. Robots can reduce costs 20% to 50% on 1500 to 2000 hours of work, when skilled labor earns $25 per hour.Obstacles
But automating masonry work faces many obstacles. Jorge Pardo, former director of product development and research for the National Concrete Masonry Association (NCMA), conducted research into masonry robotics in the early 1980s. "On-site navigation became much more of a problem than assembling a wall," Pardo explains. "We needed to design a robot that could navigate a site full of obstructions and lay a straight wall as a mason does." Other disadvantages of robotization include less flexibility and liability concerns.

Experimental Robotic Masonry System
Construction Automation and Robotics Laboratory (CARL) has developed an experimental robotic masonry system (ERMaS). ERMaS consists of several functional components, including: dehacking (unstacking and assessing the quality) of the bricks; design automation; brick placement; and mortar pumping.

Biomechanical Lifting Aids
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