THE START OF MASS CUSTOMIZATION

THE END OFF MASS PRODUCTION

For the past hundred years, modernist architects believed that they could make people’s lives better through design using mass-produced houses. Now, a hundred years later the consumer has changed, the consumer is a person. Nowadays, people don’t want to live in identical units, they want to express their difference. Nowadays, it’s about the individual, not the masses…

Can architects and products create new meanings and new unity?

Products can, and architects should.

In the information age, the data baseddata-based architecture is the substance of a new form of architecture.

Together with our international partners, Dolmen developed the Sakani Process, a new way to develop mass-production building projects with a tailored approach and our idea is that Sakani Process may develop into a real Sakani Software for bigger projects.

This will be the end of mass production and the start of mass customization.

It is our engineering solution to solve the complicated equation between the developer, consultant, and contractor.

We are in the middle of both of them. Our solution will create the adaptation needed for the designer, facilitate the process of construction for the contractor, and will increase the profits of the developer.

To customize into mass production, this group of geometric figures produces unlimited layout and volume options of houses while maintaining the same square meter area.

WHY SAKANI ?

In today’s competitive marketplace a business needs more than a quality product at a fair price, it needs an edge-something different, something better. We have such an edge in a revolutionary approach to the construction of residential, commercial, and institutional buildings fleCS (Flexible construction Systems) implements a Mass production ad mules methodology for factory-built, pre-engineered, finished panels and modules ready to be shipped to the site for assembly/installation. A combination of superior quality, lower costs, custom design, and a much shorter time frame provides the best value for money available. This breakthrough technology may also be used in other allied industries (e.g. special construction such as highways, bridges, or airports) due to the lightweight, excellent oxidation resistance, high-temperature strength, environmental stability, and nonstrategic nature of fleCS products

One of the primary advantages of fleCS is that all panels, modules, and/or components are constructed under ideal conditions with precise control over all the variables that affect their durability, strength, and appearance. This is critical, as factories such as mix ratios, air entrainment, heat and humidity levels for curing, etc., all have an enormous effect on resistance to deterioration from weather extremes, salt-induced corrosions, chemical elements, And the passing of time. The carefully quality-controlled condition under which the construction is performed ensures reliable, long-term performance from fleCS products, even in extremely harsh conditions that would destroy lesser materials. This quality control is also applied to the assembly and finishing of the modules providing consistent, superior results. All fleCS structures meet or, as in the case of residential units, far exceed the code requirements of the uniform building code (UBC) and the national building code of Canada as sponsored, endorsed, and maintained by the international conference of building officials (ICBO), building officials and code administrators (BOCA), the southern building code congress international (SBCCI), the council of American building officials (CABO) and the Canadian standards association (CSA). Another important fleCS advantage is the greatly reduced time frame required to complete a project. Time-saving of as much as 50% is possible with fleCS, as different phases of the construction process overlap. Panels and modules are constructed in the factory while site preparation is underway. Once the site work is done, an average house, for example, can be installed within a matter of hours.

Modular Precast System patented 3-dimensional, manufactures, monolithic, load-bearing, and reinforced concrete precast modules. The founding company in Australia has over 60 years of experience in the precast industry. The 3D monolithic system was developed a couple of decades ago and is being used in all weather conditions, from desert terrains with high-level humidity to snowy, icy weather.