ICS advances Building Technology into the 21st Century.
This Building Technology simplifies the manufacturing, handling, and
on-site assembly process of modern housing. The innovative building process
utilizes building panels which are small, standard-size segments of the
entire structure. ICS panels quickly interlock together onsite without fasteners, resulting in a completely
prefinished home with preinstalled electrical, plumbing, etc... while
providing superior overall structural integrity.| ICS Building Advantages | Real World Applications |
|---|---|
 Low Cost, Affordable Housing Superior, Longer Lasting Structures. Quick on-site construction. Pre-installed Electrical, Plumbing, etc... ICS Panels are completely prefinished. No cranes or special transport required. ICS Panels are Reusable in future projects. |
Permanent Rural and Export Housing. Housing for disaster and emergency relief victims. Non-Residential offices, schools, or storage units. Military Housing, Outpost Structures Commercial and agricultural buildings Recreational/Camping Shelters Self-Sufficient, Eco-Friendly Housing |
Full-Scale ICS Manufacturing Benefits
An efficient assembly/production line approach (much like automobiles) can be realized by concentrating lean manufacturing technology to automate the production of a limited combination of smaller “standard sized” ICS panel/sections, thus reaching a production level not possible in today’s manufactured/modular housing plants (where a multiple combinations of full sized components are conventionally framed in-plant) or on-site in custom construction.
The complete pre-finishing and preserving of these standardized ICS panel/sections can be more efficiently accomplished along the assembly/production line to produce a higher quality, longer lasting building component, compared to finishing full-sized components of modular and manufactured housing in-plant, or on-site construction using conventional finish application processes.
Current Building Technologies invented in the 19th Century
With the advent of the two-by-four and stick framing, Current Building Technologies were first invented in the mid 1830's and designed around a better quality material resource.
The lifespan and structural integrity of Homes built today is much less than that of Homes built over 50 or more years ago, consequently they're requiring major repairs within their first few decades of service.