Page 7 - COMPANY PROFILE

Prefabricated Concrete

With more than 20 years of experience in adopting prefabricated concrete technology, D-Innova

can adapt the technology to most buildings without the minimum manufacturing requirement. The

manufacturing processes was not limited to being just concrete walls, but also the beams, floors, pathways,

and any other concrete pieces. With prefabricated processes being done within factory, the quality of the

product is controlled, and the construction site is left with only assembly problems: the construction site will

be less problematic and the concrete skin is smoother.

See Appendix A for “Construct a house in 24 Days in Thailand (2005)”, an article written in 2005 to

describe in details on processes of manufacturing, assembly, and quality control on a house

With the prefabricated concrete in the factory, D-Innova has extended its knowledge to onsite

casting to deliver the preferred pattern on concrete casting surface. For example, in Casa de Alisa project,

D-Innova experienced casting process to deliver timber pattern concrete walls (40m by 4m) with no casting

joints. The process begins from design drawings, to shop drawings of the timber pattern, the concrete

specification, the tools and equipment required for the casting and to the final touch-up on the walls before

submitting for approval with clients. D-Innova believes that with the right sequence of methods, the right

team, the right tools, and the past experiences, any concrete casting can be made possible.

Prefabricated Steel

In 2012, the management team discussed the plan to adopt new construction technology in
addition to the precast concrete walls and decided to invest on prefabricated steel production system in

2015. D-Innova added two CNC machines, one laser cut machine, and one band saw machine to support

the steel structure production line.

Additional to the steel system, the study on materials that can be worked with the steel structures

were performed in depth along with the study combination of steel structure and precast concrete to

develop new possible construction systems.

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