We believe in revolutionizing the construction business by providing 3D printed commercial and residential building to our clients.
Recent data from the U.S. Census Bureau shows that the average construction project has 30% waste of raw materials, and that the cost of construction has increased by 17.5% in the last year due to an increase in labor and cost of materials. This has been the largest spike in cost of construction since 1970. At Buildliner, we use the latest 3D printing technology and patented concrete geopolymer raw material to print buildings to the exact dimension. This not only reduces our carbon footprint by reducing waste of raw materials, but also reduces our economic burden by reducing labor costs.
The average residential home takes only 2-3 months to complete with Buildliner, compared to the national average of 9-12 months when done with regular construction methods.
Recent data from the U.S. Census Bureau shows that the average construction project has 30% waste of raw materials, and that the cost of construction has increased by 17.5% in the last year due to an increase in labor and cost of materials. This has been the largest spike in cost of construction since 1970. At Buildliner, we use the latest 3D printing technology and patented concrete geopolymer raw material to print buildings to the exact dimension. This not only reduces our carbon footprint by reducing waste of raw materials, but also reduces our economic burden by reducing labor costs.
The average residential home takes only 2-3 months to complete with Buildliner, compared to the national average of 9-12 months when done with regular construction methods.
Our patented geopolymer is fire, flood, and earthquake resistance above the current building standards for the United States.
Our team of engineers have a combined
+100 years in international property development and use modern architectural designs to create buildings that are both aesthetically beautiful and sustainable for the environment and our future generations.
Our team of engineers have a combined
+100 years in international property development and use modern architectural designs to create buildings that are both aesthetically beautiful and sustainable for the environment and our future generations.
Green Design Approach and Solar Powered Buildings
In this era of climate change, Buildliner is placing more and more emphasis on a building's "green" credentials. We are considering our environmental impact when leading decisions around design, construction and operations.
A smart building is one that uses technology to enable efficient and economical use of resources, while creating a safe and comfortable environment for occupants. Smart buildings may use a wide range of existing technologies and are designed or retrofitted in a way that allows for the integration of future technological developments.
A building is designed to be environmentally friendly by being built with recyclable or biodegradable construction materials, having little waste products in its construction, running on renewable energy sources, and having an internal recycling system. Lastly, its design should blend in with the local environment. The aims are to reduce our carbon footprint to an absolute minimum to help sustain the earth for future generations to enjoy.
A smart building is one that uses technology to enable efficient and economical use of resources, while creating a safe and comfortable environment for occupants. Smart buildings may use a wide range of existing technologies and are designed or retrofitted in a way that allows for the integration of future technological developments.
A building is designed to be environmentally friendly by being built with recyclable or biodegradable construction materials, having little waste products in its construction, running on renewable energy sources, and having an internal recycling system. Lastly, its design should blend in with the local environment. The aims are to reduce our carbon footprint to an absolute minimum to help sustain the earth for future generations to enjoy.
Geopolymers: Fire, Flood and Earthquake Resistant above the Current Building Code Standards
Geopolymer Solutions has engineered the longest lasting acid resistant and heat resistant concrete on earth. The geopolymer is a Cold Fusion concrete with zero percent Portland cement. Our Geopolymer concrete is a more economical, more durable, and more environmentally friendly concrete with a carbon footprint of only about 10% of Portland cement, which is the current building standard. Our Geopolymer is made from recycling coal-ash and other byproducts of industrial incineration. We convert hundreds of millions of tons of these industrial byproducts that are currently going into landfills into a valuable commercial product that can be used in a rapidly growing construction market.
Our geopolymer is:
• Resistant to flood. Our mesopore concrete does not allow large water molecules to diffuse through its barrier.
• Inert to severe corrosive environment and acidic rain.
• Fire resistant up to 3200F
• Superior thermal resistance that will save up 40% on cooling and heating HVAC energy consumption.
• Composite fibrous geopolymer is 3 to 5 times stronger than convectional concrete that eliminates rebars on exterior and interior building wall.
• Self-healing material when cracks have accrued
• Our 3D print material is green with zero waste products, thus fighting our global
Construction & Demolition waste impact.
• Recyclable smart crusher can transform 3D print material to sand, gravel, and cement so the house can be renewable and recyclable.
• 3D Material is tested per ASTM-C1314, & ASTM C293 (uniform fracture, no cold joint)
• Ability to resist earthquake, 5-7 times stronger than conventional concrete.
Modern Elegant Designs
Prefabricated Interior Components for Efficient Building Time
Customizable Floorplans and interior features
Our geopolymer is:
• Resistant to flood. Our mesopore concrete does not allow large water molecules to diffuse through its barrier.
• Inert to severe corrosive environment and acidic rain.
• Fire resistant up to 3200F
• Superior thermal resistance that will save up 40% on cooling and heating HVAC energy consumption.
• Composite fibrous geopolymer is 3 to 5 times stronger than convectional concrete that eliminates rebars on exterior and interior building wall.
• Self-healing material when cracks have accrued
• Our 3D print material is green with zero waste products, thus fighting our global
Construction & Demolition waste impact.
• Recyclable smart crusher can transform 3D print material to sand, gravel, and cement so the house can be renewable and recyclable.
• 3D Material is tested per ASTM-C1314, & ASTM C293 (uniform fracture, no cold joint)
• Ability to resist earthquake, 5-7 times stronger than conventional concrete.
Modern Elegant Designs
Prefabricated Interior Components for Efficient Building Time
Customizable Floorplans and interior features
Agile Construction:
1. Shorter supply chain and quicker design process
On-site 3D printing means that various time-consuming steps can simply be cut out from the design process. Normally, the building design process requires input from up to five different parties including architects, engineers, contractors, clients, and executive parties. With 3D printing, all these roles can be integrated into the role of the architect alone, with the help of simulation techniques and modelling to ensure structural integrity. 3D representations also enable consumers to visualize the design, meaning that design changes can easily be implemented before we start building.
2. Fewer logistical processes and less waste
Contractors interviewed in our research believe that 3D printing has the potential to eliminate three major factors relating to transportation logistics.
1. Many parts get damaged in transit, which could be eliminated by on-site printing.
2. Parts must be over-engineered to withstand transportation, involving additional costs. On-site 3D printing would remove the need for such over-engineering.
3. Secure transportation and hoisting requires parts to have additional features, creating a need for additional, post-assembly work. On-site 3D printing would remove the need for these features. Furthermore, 3D printing removes the need for wooden molds that are used in traditional construction, because in 3D printing, the raw material are directly molded into the construction form.
3. Making Customized Houses Available to the Wider Market
The digitization of a large part of the production process means that complex products can be customized at a minimal added cost. Traditionally, constructing a house with the help of an architect has been too expensive for many consumers – not because of the cost of the architect per se, but because of the need for adapting construction methods. With 3D printing of concrete, the actual shape that is printed is irrelevant to the cost, meaning that more people will be able to afford customized houses to meet their requirements.
4. Simpler and more efficient installation of pipes and electrics
In conventional construction, heating systems, insulation, running water and electricity all require labor-intensive on-site installation. But with 3D printing of concrete, some of these functions can become integrated in the 3D printing process. Printing hollow walls means less materials are needed, enables improved insulation, and can potentially enable the use of 3D printed canals to transport hot or cold water.
On-site 3D printing means that various time-consuming steps can simply be cut out from the design process. Normally, the building design process requires input from up to five different parties including architects, engineers, contractors, clients, and executive parties. With 3D printing, all these roles can be integrated into the role of the architect alone, with the help of simulation techniques and modelling to ensure structural integrity. 3D representations also enable consumers to visualize the design, meaning that design changes can easily be implemented before we start building.
2. Fewer logistical processes and less waste
Contractors interviewed in our research believe that 3D printing has the potential to eliminate three major factors relating to transportation logistics.
1. Many parts get damaged in transit, which could be eliminated by on-site printing.
2. Parts must be over-engineered to withstand transportation, involving additional costs. On-site 3D printing would remove the need for such over-engineering.
3. Secure transportation and hoisting requires parts to have additional features, creating a need for additional, post-assembly work. On-site 3D printing would remove the need for these features. Furthermore, 3D printing removes the need for wooden molds that are used in traditional construction, because in 3D printing, the raw material are directly molded into the construction form.
3. Making Customized Houses Available to the Wider Market
The digitization of a large part of the production process means that complex products can be customized at a minimal added cost. Traditionally, constructing a house with the help of an architect has been too expensive for many consumers – not because of the cost of the architect per se, but because of the need for adapting construction methods. With 3D printing of concrete, the actual shape that is printed is irrelevant to the cost, meaning that more people will be able to afford customized houses to meet their requirements.
4. Simpler and more efficient installation of pipes and electrics
In conventional construction, heating systems, insulation, running water and electricity all require labor-intensive on-site installation. But with 3D printing of concrete, some of these functions can become integrated in the 3D printing process. Printing hollow walls means less materials are needed, enables improved insulation, and can potentially enable the use of 3D printed canals to transport hot or cold water.
Building Intelligence:
Our exclusive and unique combination of services is what sets Buildliner apart from the current industry standards. Buildliner is a company that uses a geopolymer concrete and 3D print technology to print modern homes that include smart technologies such as heat pumps, floor heating, metal roofs, integrated solar panels. The remarkable thing about these houses is not just their green technology, but their modern design, and the fact that they are built in a very short time and at a reasonable price.
- Modern Elegant Designs
- Prefabricated Interior Components for Efficient Building Time.
- Customizable Floorplans and Interior features.
- Minimize Energy Usage and Decrease Carbon Footprint
Technology of Concrete 3D Printer:
- 3D Print is an additive form of manufacturing which means we print to the exact dimension. We add material instead of the traditional form of manufacturing that has to bring materials on site in order to cut wood, and create waste. In contrast, we have no waste of raw materials at Buildliner.
- 3D Print Design starts from 3D design file which is transformed to a STL file format. An STL file format consists of multiple layers of 2D horizontal designs which get sliced into a G code. G codes are 3D printers use to print 3D print structures.
- 3D Print machine has a mechanical arm with end extruder, and it’s designed for repeated work, extremely accurate, efficient, and quick.
- 3D machine is capable to build a large house, in any width and length and shape.
- Speed
- High performance, mass production
- Low labor impact
- Precise and beautiful
- Lower cost
- Resistance to fire, flood, and earthquake
- Architect friendly
- Durable, and low maintenance
- Zero waste energy
- Buildings Printed to the Dimension with zero waste products
The main goal of the Buildliner is to make the best possible effort to reach the client’s objectives of quality, costs and delivery reliability. We would like to vividly support our internal and external customers by offering the highest possible flexibility and innovativeness.
We gage our product against our customers’ satisfaction and their happiness.
We gage our product against our customers’ satisfaction and their happiness.
