Infracraft Detailed Joinery provides client-responsive solutions
Infracraft Detailed Joinery is a commercial fit-out company that has enjoyed tremendous growth over the past few years, thanks to a customer-centric approach and the productivity of our sophisticated woodworking software and machinery.
Based in Coffs Harbour but serving mainly the competitive Sydney office market, Infracraft Detailed Joinery has leapt from a standing start to employ around 18 staff in Coffs Harbour, with a further 5 to 10 in Sydney and elsewhere depending on project requirements.
The company has won many prestigious fit-out assignments and enjoys a multi-million dollar turnover.
Recent projects include a 20 floor fit-out of AMP Circular Quay, 10 floors of Clayton Utz in Melbourne and Sydney, 5 Floors for Merrill Lynch, 10 levels for National Australia Bank in North Sydney, and 5 for Lion Nathan Head office.
Infracraft Detailed Joinery has proven working relationships with a number of Sydney’s leading architects and interior designers, including Watermark, Bates Smart, Interiors Australia, Roberts Weaver and Davenport Campbell.
Technology has always been a large part of our success. Infracraft Detailed Joinery has invested heavily in computer aided design and manufacture, including software that links seamlessly from office to beam saw and a point-to-point boring machine, the only one of its kind in Australia.
Leading-edge software allows Infracraft Detailed Joinery to produce workshop drawings that are true to what’s being produced, so the client knows exactly what he or she is getting. We email the drawings to the client, who signs them off or modifies them for redrawing.
We have been a test site for Planit Software in the United States, working on software integration development and providing feedback to the U.S. headquarters.
While always willing to invest in the latest and most productive technologies, Infracraft Detailed Joinery is driven primarily by customers’ needs. We pride ourselves on being able to provide innovative solutions that satisfy the most demanding of requirements.
