About us
Expanding possibilities since 2002
Designing holistically by integrating engineering from the outset of the design process can lead to more innovative and unique outcomes. Taking an integrated design approach is the key to achieving such results.
About us
Expanding possibilities since 2002
Designing holistically by integrating engineering from the outset of the design process can lead to more innovative and unique outcomes. Taking an integrated design approach is the key to achieving such results.
About us
Expanding possibilities since 2002
Designing holistically by integrating engineering from the outset of the design process can lead to more innovative and unique outcomes. Taking an integrated design approach is the key to achieving such results.
About Space Frame Structures
About Space Frame Structures
The company was formed back in 2002 in Novosibirsk, Russia and initially specialised in installing translucent enclosing structures. We also did a lot of production as a certified processor of Schüco aluminium profile systems
In 2007, we shifted our focus to engineering with a particular emphasis on parametric design and production of our own self-supporting grid shell structures used for constructing building shells of free geometry
The company was formed back in 2002 in Novosibirsk, Russia and initially specialised in installing translucent enclosing structures. We also did a lot of production as a certified processor of Schüco aluminium profile systems
In 2007, we shifted our focus to engineering with a particular emphasis on parametric design and production of our own self-supporting grid shell structures used for constructing building shells of free geometry
About Space Frame Structures
The company was formed back in 2002 in Novosibirsk, Russia and initially specialised in installing translucent enclosing structures. We also did a lot of production as a certified processor of Schüco aluminium profile systems
In 2007, we shifted our focus to engineering with a particular emphasis on parametric design and production of our own self-supporting grid shell structures used for constructing building shells of free geometry
Team
Team
Our company has 4 full-service international offices in Novosibirsk (Russia), Moscow (Russia), St Petersburg (Russia) and Ras Al Khaimah (UAE) with a total of 60 specialists working across three different locations. Of these, 20 are in-house design and engineering experts who specialise in parametric design and space frame structures. The remaining 40 professionals work on the manufacturing plant. By fostering an open and collaborative work environment, our design and production teams work together to create integrated, unique designs that truly stand out. This approach strengthens our capabilities and reinforces our commitment to quality and innovative design and engineering
Our company has 4 full-service international offices in Novosibirsk (Russia), Moscow (Russia), St Petersburg (Russia) and Ras Al Khaimah (UAE) with a total of 60 specialists working across three different locations. Of these, 20 are in-house design and engineering experts who specialise in parametric design and space frame structures. The remaining 40 professionals work on the manufacturing plant. By fostering an open and collaborative work environment, our design and production teams work together to create integrated, unique designs that truly stand out. This approach strengthens our capabilities and reinforces our commitment to quality and innovative design and engineering
Team
Our company has 4 full-service international offices in Novosibirsk (Russia), Moscow (Russia), St Petersburg (Russia) and Ras Al Khaimah (UAE) with a total of 60 specialists working across three different locations. Of these, 20 are in-house design and engineering experts who specialise in parametric design and space frame structures. The remaining 40 professionals work on the manufacturing plant. By fostering an open and collaborative work environment, our design and production teams work together to create integrated, unique designs that truly stand out. This approach strengthens our capabilities and reinforces our commitment to quality and innovative design and engineering
Assets
Assets
Our company possesses several valuable assets that are integral to our operations. These assets include a plot of land that spans over 3 hectares, as well as production workshops and large assembly sites that cover a total area of 8000 sq.m. In addition, we have office premises that occupy a total area of 1700 sq.m. These assets provide us with the space and resources we need to deliver high-quality products and services to our clients.
Our company possesses several valuable assets that are integral to our operations. These assets include a plot of land that spans over 3 hectares, as well as production workshops and large assembly sites that cover a total area of 8000 sq.m. In addition, we have office premises that occupy a total area of 1700 sq.m. These assets provide us with the space and resources we need to deliver high-quality products and services to our clients.
Assets
Our company possesses several valuable assets that are integral to our operations. These assets include a plot of land that spans over 3 hectares, as well as production workshops and large assembly sites that cover a total area of 8000 sq.m. In addition, we have office premises that occupy a total area of 1700 sq.m. These assets provide us with the space and resources we need to deliver high-quality products and services to our clients.
Certification
Certification
Certification
Certification and testing (ift Rosenheim GmbH)
Certification and testing (ift Rosenheim GmbH)
Certification and testing (ift Rosenheim GmbH)
Water tightness – EN 12154:1999-12
Water tightness – EN 12154:1999-12
Water tightness – EN 12154:1999-12
Air permeability – EN 12152:2002-02
Air permeability – EN 12152:2002-02
Air permeability – EN 12152:2002-02
Resistance to wind load – EN 13116:2001-07
Resistance to wind load – EN 13116:2001-07
Resistance to wind load – EN 13116:2001-07
Patents
Patents
Patents
Extendable truss of cantilever span of alternate overhang RU2687662C1
Extendable truss of cantilever span of alternate overhang RU2687662C1
Extendable truss of cantilever span of alternate overhang RU2687662C1
Self-supporting mesh core element RU181496U1
Self-supporting mesh core element RU181496U1
Self-supporting mesh core element RU181496U1
Node connection of the rods of the spatial structure frame of the constructions RU72708U1
Node connection of the rods of the spatial structure frame of the constructions RU72708U1
Node connection of the rods of the spatial structure frame of the constructions RU72708U1
Assembly RU137302U1
Assembly RU137302U1
Assembly RU137302U1
Mesh arch RU181357U1
Mesh arch RU181357U1
Mesh arch RU181357U1