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Buildink
Next-gen 3D Construction Printers & environment friendly High performance 3D Concrete.
Our company’s vision is to initially leverage our technology to support building of low-cost housing projects in various areas of the world, including developing countries.
While there are numerous applications for concrete 3D printing technologies, Buildink is focusing its efforts on transforming and revolutionizing home-building.
Our Services
We deliver quality 3D Printers & 3D High performance Digital Concrete to companies, professionals and enthusiasts, we want to disrupt the industry by the benefits it brings to the local market in terms of reducing the labor costs while providing a healthier work environment, reducing material waste, sustainable environment-friendly construction, reduced carbon emission, improved design capabilities, and reduced duration of construction. Breaking the borders for the potential of 3D printing to change the ways we design and build, so we can truly contribute to creating a better and healthier world.
Since 3D Printing builds up objects layer by layer parts, the following key
benchmarking properties have been identified in order to characterize the
mix:
▪ Maximum workability to have adhesive and homogeneous layers with maximum flowability,
▪ Extrudability to reach continuous easy-flow paste from source,
▪ Strong bonding between layers,
▪ Maximum compressive strength,
▪ Low setting time,
▪ Maximum buildability to avoid collapse.
▪ Generally speaking, the cable robot printers have the advantage of being more mobile/movable than gantry printers and of being able to print certain prints due to the 4 DOF movement. Gantry printers on the other hand typically have cost and stability advantages, where cable robot offers the ability to make larger prints and even print entire buildings in one go (as opposed to the more limited prints of gantry printers and the arm robot printers need for printing single elements). Cable robot and gantry printers also allow non-continuous printing, which is needed when printing entire buildings, and are far easier to control and does not require highly skilled programmers.
frequently asked question
Buildink is disrupting the construction industry with concrete 3D printing technology enabling the delivery of large structures in less than one week using our signature environmentally friendly proprietary signature concrete mixture, reducing total construction time by up to 75%. Our solutions aim to simplify the complex processes and to work together more efficiently.
At Buildink we are providing an affordable solution for fast and cheap construction, and at the same time providing innovation in the design of end result. We developed a cable robot 3D concrete printer, providing flexibility and affordability when scaling while 3D printing in larger construction areas.
We also developed an eco-friendly proprietary concrete mixture that is made from local raw materials, characterized by its high durability strength, fast setting time, and strong layer bonding.
To print any project or a structure the following is required: Buildink’s 3D printer, automated concrete preparation and feeding unit, electrical connection or autonomous generator of electricity, water supply.
At Buildink we are providing an affordable solution for fast and cheap construction, and at the same time providing innovation in the design of end result. We developed a cable robot 3D concrete printer, providing flexibility and affordability when scaling while 3D printing in larger construction areas.
We also developed an eco-friendly proprietary concrete mixture that is made from local raw materials, characterized by its high durability strength, fast setting time, and strong layer bonding.
First there must be a smooth foundation so that we can print the project on top of it. Meanwhile, before the is initiated Buildink’s 3D printer automatically scans the surface of the terrain, and then prints a permanent formwork to compensate for differences in height of up to 10 cm. The team will install the printer around the printing area, and there are no requirements for this part.
It depends on the design required, meanwhile the team have special techniques to accomplish these manners.
We did and still doing intensive tests on our concrete, to provide safety and durability. The overall tests showed zero inside our concrete, and thus water can’t get through or affect the structure. All the results can be disclosed by contacting our team. Our concrete is designed to hold low and high temperature conditions.
Buildink’s concrete 3D mix, and designed to be compatible with 3D printing. We are collaborating with laboratories around the world to compile with safety standards.
The mix can be customized and designed based on the strength requirements and pumping system used. The time-dependent effects on our formulation are null using our unique High- Performance Concrete, no drying shrinkage and well-controlled plastic shrinkage due to high-quality controlled processing.
The performance of our fiber-reinforced concrete has been specifically developed for 3D printing applications. Its formulation with a very low W/C ratio provides high ductility, low permeability, and consequently high durability. Our concrete mix provides flexibility and high-volume stability. The 3D Printed concrete curing is performed within a few hours. Buildink is currently working on a new mix with ultra-high flexural strength property in an attempt to nearly compensate for the lack of steel reinforcement in comparison to conventional reinforced concrete.
Fibers are included in the mix, based on the project use case, we can include metal while printing. The foundation of the house must have metal to avoid flexure from ground soil. As we go further in the research and development in multi-level housing, we may get another case scenario.
Buildink in Media
