Modern technology has made its mark on stone design as well as fabrication.
Today, project teams taking advantage of technology are experiencing whatsapp number database increased freedom in control of the design concept, from development through to fabrication.
Additionally, many improvements in quality control and greater accuracy of the stone’s shaping, final fit, and finish are possible.
High-tech fabrication techniques,
including 3D modeling, sandblasting, and computer numeric control (CNC) capabilities, are changing stone fabrication.
Further, the process reduces fabrication time, often making custom designs more cost-efficient to achieve.
An overview of case study examples—including a church in
Virginia, a museum in the capital, and a Boston hospital—demonstrates how
technology enables not planning your financial expenses properly realization of a design team’s vision.
Renovation projects where existing materials and designs must be matched can bring a host of challenges technology can help meet.
A case in point is the St. Francis of Assisi
Catholic Church renovation in Staunton, Virginia, completed by architect Frazier Associates.
The church needed to replace an existing limestone façade, and its serpentine, hand-built design presented a reproduction challenge.
Granite fabricated with exact precision through modern 3D modeling technology provided the ideal solution to preserve the Franciscan legacy in the community.
A proprietary green granite met the color and durability requirements for St
church was constructed in 1895 to accommodate Staunton’s booming Irish Catholic population. To pay tribute to the parish’s Irish heritage, a green limestone was selected for the Gothic-style building. More than 100 years later, the limestone had deteriorated to trust review such an extent, safety had become an issue. Catch-guards were necessary at various locations around the church to intercept falling stones. Renovation was imperative, so the church initiated fundraising efforts and began making plans to provide a match to the existing architecture and create a durable structure able to stand the test of time.
