Services

This is what we do

As a full service architectural and engineering company, we are engaged in design, manufacturing and installation stages of the project. From concept to completion, we can greatly enhance the value chain and efficiency of the building process

Services

This is what we do

As a full service architectural and engineering company, we are engaged in design, manufacturing and installation stages of the project. From concept to completion, we can greatly enhance the value chain and efficiency of the building process

Services

This is what we do

As a full service architectural and engineering company, we are engaged in design, manufacturing and installation stages of the project. From concept to completion, we can greatly enhance the value chain and efficiency of the building process

Design

Design

The design process is organised in a way that allows us to get involved in work at any stage of your project.

We develop concepts independently, as well as work alongside other architectural and engineering organisations.

The design process is organised in a way that allows us to get involved in work at any stage of your project.

We develop concepts independently, as well as work alongside other architectural and engineering organisations.

Design

The design process is organised in a way that allows us to get involved in work at any stage of your project.

We develop concepts independently, as well as work alongside other architectural and engineering organisations.

Concept design

Concept design

Concept design

We can help you with concept analysis, preliminary design, technical working design, project design documentation and custom specifications for the cladding

We can help you with concept analysis, preliminary design, technical working design, project design documentation and custom specifications for the cladding

We can help you with concept analysis, preliminary design, technical working design, project design documentation and custom specifications for the cladding

Mesh to solid model generation

Mesh to solid model generation

Mesh to solid model generation

  • Parametric models

  • Parametric models

  • Parametric models

  • Mesh model design

  • Mesh model design

  • Mesh model design

  • Mesh to solid model generation

  • Mesh to solid model generation

  • Mesh to solid model generation

  • Cladding specifications

  • Cladding specifications

  • Cladding specifications

  • Cladding specification generation based on the solid model

  • Cladding specification generation based on the solid model

  • Cladding specification generation based on the solid model

  • Automated specifications generation for the production of glass panels

  • Automated specifications generation for the production of glass panels

  • Automated specifications generation for the production of glass panels

Design tools

Design tools

The design is carried out using parametric and BIM design tools Rhino3D/Grasshopper/Kangaroo/Karamba3D, which ensures the design of mesh shells at the LOD 500 level of detail

The design is carried out using parametric and BIM design tools Rhino3D/Grasshopper/Kangaroo/Karamba3D, which ensures the design of mesh shells at the LOD 500 level of detail

We created our own macros for our specialised tasks based on the Rhinoceros-Grasshopper software

We created our own macros for our specialised tasks based on the Rhinoceros-Grasshopper software

What does it mean

What does it mean

High automation thanks to creation of our own macros

High automation thanks to creation of our own macros

Minimisation of human factor risks

Minimisation of human factor risks

⁠⁠Possibility of integration with other BIM environments (for example, loading our shells into the general building model, which is developed by the designer)

⁠⁠Possibility of integration with other BIM environments (for example, loading our shells into the general building model, which is developed by the designer)

Design tools

The design is carried out using parametric and BIM design tools Rhino3D/Grasshopper/Kangaroo/Karamba3D, which ensures the design of mesh shells at the LOD 500 level of detail

We created our own macros for our specialised tasks based on the Rhinoceros-Grasshopper software

What does it mean

High automation thanks to creation of our own macros

Minimisation of human factor risks

⁠⁠Possibility of integration with other BIM environments (for example, loading our shells into the general building model, which is developed by the designer)

Manufacturing

Manufacturing

Our production is located in Novosibirsk, Russia and Ras Al Khaimah, UAE

Both are equipped with the latest technology from the world's leading manufacturers

Our production is located in Novosibirsk, Russia and Ras Al Khaimah, UAE

Both are equipped with the latest technology from the world's leading manufacturers

Manufacturing

Our production is located in Novosibirsk, Russia and Ras Al Khaimah, UAE

Both are equipped with the latest technology from the world's leading manufacturers

  • Manufacturing equipment

  • Manufacturing equipment

  • 5-axis machining centers: Grob (Germany) and Haas (USA)

  • 5-axis machining centers: Grob (Germany) and Haas (USA)

  • Manufacturing capacity – 10 000 sqm per month

  • Manufacturing capacity – 10 000 sqm per month

  • Materials used

  • Materials used

  • Modern high-strength aluminium alloys with characteristics that are comparable to the strength characteristics of steels: EN AW-6082 and EN AW-6063T with yield strength 200 MPa and 355 MPa

  • Modern high-strength aluminium alloys with characteristics that are comparable to the strength characteristics of steels: EN AW-6082 and EN AW-6063T with yield strength 200 MPa and 355 MPa

  • In certain cases, we use steel elements, either on their own for the whole project or in combination with aluminum

  • In certain cases, we use steel elements, either on their own for the whole project or in combination with aluminum

  • Certification and testing (ift Rosenheim GmbH)

  • Certification and testing (ift Rosenheim GmbH)

  • Water tightness – EN 12154:1999-12

  • Water tightness – EN 12154:1999-12

  • 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

  • Manufacturing equipment

  • 5-axis machining centers: Grob (Germany) and Haas (USA)

  • Manufacturing capacity – 10 000 sqm per month

  • Materials used

  • Modern high-strength aluminium alloys with characteristics that are comparable to the strength characteristics of steels: EN AW-6082 and EN AW-6063T with yield strength 200 MPa and 355 MPa

  • In certain cases, we use steel elements, either on their own for the whole project or in combination with aluminum

  • Certification and testing (ift Rosenheim GmbH)

  • Water tightness – EN 12154:1999-12

  • Air permeability – EN 12152:2002-02

  • Resistance to wind load – EN 13116:2001-07

Installation

Installation

The company has many years of construction experience, specialising in implementing custom projects and have completed projects in Russia, UAE, Palestine, Latvia etc

Our area of expertise lies in building metal structures and glass structures, using raw materials that have passed 100% incoming control.

The company has many years of construction experience, specialising in implementing custom projects and have completed projects in Russia, UAE, Palestine, Latvia etc

Our area of expertise lies in building metal structures and glass structures, using raw materials that have passed 100% incoming control.

Installation

The company has many years of construction experience, specialising in implementing custom projects and have completed projects in Russia, UAE, Palestine, Latvia etc

Our area of expertise lies in building metal structures and glass structures, using raw materials that have passed 100% incoming control.

  • Control

  • Control

  • Control

  • Offer control at all stages and provide engineers with installation supervision services.

  • Offer control at all stages and provide engineers with installation supervision services.

  • Offer control at all stages and provide engineers with installation supervision services.

  • Carrying out 100% control assembly of all manufactured structures with verification of all geometric parameters of the structures.

  • Carrying out 100% control assembly of all manufactured structures with verification of all geometric parameters of the structures.

  • Carrying out 100% control assembly of all manufactured structures with verification of all geometric parameters of the structures.

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