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Welcome to Ysm Design
Our collaborative environment drives the advancement of knowledge and technology in the Kingdom, paving the way for a future of smart and sustainable construction.
Ysm Design
Our Vision and Mission
Our primary goal is to integrate the transformative potential of Artificial Intelligence with the cutting-edge advancements of sustainable 3D printing technologies.
Our mission is to revolutionize industry standards by prioritizing the development of eco-friendly structures.
With a strategic approach and unwavering commitment to innovation, we strive to establish new benchmarks for sustainability and efficiency, positioning ourselves as the driving force shaping the future of construction.
Year Established
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New Innovations in Construction
3D Printing Process
Data Visualization
Data is crucial in 3DCP, involving path generation for precise nozzle movement.
Material Preparation
Mixing and loading the material, ensuring smooth pumping and printability.
Printing Process
The concrete printing process is a synergy of nozzle speed and material flow.
Portfolio
Workspace
ClientIsabella HartDateJanuary, 2020AuthorJohn Miles
Scandinavian style
ClientIsabella HartDateSeptember, 2019AuthorAmy Walker
British design
ClientIsabella HartDateJuly, 2019AuthorAmy Walker
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Frequently Asked Questions
How fast you can print a certain structure depends on many factors, such as print/building size, material properties, operation workers’ experience and other project management factors.
It is also important to know about the wall design (single wall or double wall with cavity between the walls).
The printer has a maximum speed of 100 cm/sec. The ability use more or less of the full speed depends on the size of the pump, the materials to be used and other factors. We are regularly printing with a speed of 40 or 50 cm/sec.
Smaller buildings like a 50m2 3D printed house can be printed with our BOD2 3D construction printer in one day.
With our BOD2 printer, it is possible to 3D print houses and buildings up to 10 meters (32 feet) in the height, which allows for printing of 3 story buildings.
Several 2 story buildings and houses have been 3D printed with our technology – as references, check out PERI and KampC.
3D Concrete Printing (3DCP) refers to an innovative technology that uses software to control the placement of materials in order to build a 3D object or structure without the need for a standard formwork. The most common placement process in 3D concrete printing relies on extrusion of cement-based composites – whether this is a mortar with fine aggregates or concrete with large aggregates. 3DCP promises to enable the production of complex geometries in a fully-automated setup while delivering advantages such as material savings, greater efficiency in the production of complex concrete products, new architectural insights and design strategies.
A 3D construction printer is a 3D printing system specifically developed and specialized for construction.
- As with regular 3D printing, a digital model of the building is created using CAD software.
- The digital model is converted into G-code and uploaded to the 3D printer.
- A material delivery system is connected to the printer.
- The printer then reads the G-code and lays down successive layers of the supplied material.
The time it takes to set up our printer depends on how much experience you have. A well-experienced team can set up the printer in less than 4 hours, and even less time when concrete bases are used for the installation. Larger printers (more than 4-5 modules in length and width) naturally require more time.
We suggest a team of 3-4 people. Initially, it would be good if there were more on the ground.
- Printer operator, it is recommended that the operator has a good technical background and knows some 3d modelling. This person will be the main contact to the architects and it is his or her responsibility to make sure the printed structure is according to the drawings provided. Good knowledge about electronics and 3d printing in general as well.
( Recommended operator could have a background as an Architect – Civil engineer – 3d printing expert – Mechanical engineer) - Materials operator, we recommend someone with an engineering background and also physically fit. The role of this person will be preparing the batches and doing the initial material examination and testing (slump test, vain test). In addition, the person would also be responsible for adjusting the mix according to the printing conditions and coordinating with the printer operator (Recommended Materials operator could have a background in Civil engineering, 3d printing expert, Mechanical engineer or Concrete and construction)
- Materials operator helper. This role is physically active to help with measurements and support the materials operator as well as help on cleaning and refilling the silos. (construction site experience)
- Hands-on helpers. On-site to help setting up the printer, hose, move around and ongoing printing visual inspection. It is also favourable if they can drive a boom loader to feed the batch plant with materials while printing (filling up the sand and aggregates … etc.), flush the system and clean the equipment. (construction site experience)
The same team can also be trained to install and uninstall the printer on-site with the help of a crane.
The BOD2 is an open source 3D construction printer. It can print with concrete, mortar, or any other printable material. This ensures the most cost-efficient materials, as raw materials can be locally sourced.
Abaad do not believe in proprietary mixes as they are limiting and very expensive. A lot of our peers within the industry forces their customers to use proprietary mixes. This blows the flexibility and cost of any project out the water, making it virtually impossible to gain anything from it.
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