Invisible fastening of the horizontal stone slabs in strips, so that each slab can be individually attached or detached

Extensive component testing to ensure optimal interaction between stone slabs and the substructure

UB System

ProdEx System

Facade material: Natural stone slabs and fiber-reinforced concrete

Structural design for increased wind and snow loads

Challenging installation and implementation at 2,320 meters above sea level.

UB System

Facade material: Fiber-reinforced concrete

A solution that seamlessly combines the substructure, fall protection, and precise geometries

Combination of the OM system with Thermo H-brackets , and custom design of an integrated aluminum window frame with railing

System OM

Facade material: Composite materials and profiled frames

Optimizing the design in advance with all stakeholders to ensure a solution that can withstand high wind and seismic loads

Determining the optimal fastener design in advance based on component testing

UB System

Facade material: Fiber-reinforced concrete

An extreme challenge posed by the requirement for a high degree of perforation in the exterior facade

Shaping of the 3D elements just before assembly and just-in-time delivery to the construction site

System OM

customized system

Facade material: 3D composite material

Safe installation of curved GFB elements weighing up to 800 kg and measuring up to 5 m in length, with high ease of installation

Newly developed special stainless steel brackets and a new, very rigid T-profile designed to support heavy loads

UB System

Facade material: Fiber-reinforced concrete

Installation of photovoltaic panels in various configurations over an area of 1,210 square meters

Thanks to early communication, crucial adjustments are made to the steel structure, which make the optimal primary profile grid possible in the first place

System OM

GH Solar System

Facade material: PV modules

Three-dimensional facade elements made of fiber-reinforced concrete, designed to be installed on-site as easily as possible using an optimal substructure

Factory pre-assembly for highly efficient installation; special brackets with a 20 mm Thermostop backing for maximum insulation performance

UB System

Facade material: Fiber-reinforced concrete

Large-format, voluminous, three-dimensional elements made of ALUCOBOND, combined with limited space around the construction site

To ensure smooth logistics: Delivery of the elements in a flat state; unfolding only on site; bonding with prefabricated crossbars and riveting

UB System

Facade material: 3D composite material

Custom design for suspended ceilings with a wide span

High Efficiency Through Close Collaboration

System OM

Material of the soffits: plaster base with soundproofing panels

Heavy facade elements and varying building depths

Development of an efficient solution in which the primary substructure consists, as far as possible, of a single level

UB System

Facade material: Fiber-reinforced concrete

Challenges posed by a high dead load of 100 kg/m², high wind and seismic loads, and a large suspension distance

UB System

Facade material: glass tiles

Cost-effective and systematic installation of a facade featuring 730 photovoltaic modules

Material- and labor-efficient implementation

GH Solar System

Facade material: Glass and PV modules

High demands on structural integrity, connection details, and dimensionally accurate installation

Development of a new solution for narrower parapet elements based on the UB system

UB System

Facade materials: natural stone slabs, fiber-reinforced concrete

Challenge posed by the heavy weight of the facade elements, which are positioned more than 300 mm in front

This places special emphasis on the " brackets" anchoring system and seismic safety

UB System

System PT (OM)

Facade material: fiber-reinforced concrete and plaster base panels

A distinctive joint pattern created by trapezoidal ALUCOBOND® elements, some of which are butt-jointed

Complex planning and the combined use of various substructure systems

UB System

System OM

System KA

Facade material: composite material

Installation of solar panels on the existing main building facade using a custom version of our GH Solar mounting system

GH Solar System

Facade material: PV modules

Adjustment and optimization of the force distribution of the pultruded profiles to accommodate wind loads on the company's in-house test wall

Development of special sliding supports for the unrestricted mounting of ceiling panels

System OM

customized system

Facade material: Plastic profiles

Limited options for attaching the substructure to the very large 3D elements

Substructure made of special, partially welded " brackets " and optimization of the visual design and drainage of the cladding on the mockup

UB System

Facade material: 3D composite material

Development of a new support profile to significantly reduce installation effort

Reduction in the number of clips required thanks to optimized plate geometry

UB System

Facade material: Fiber-reinforced concrete

The challenge posed by a facade consisting of closely spaced, trapezoidal-cross-section slats and curved elements

Maximizing the bracket spacing for minimal heat loss and improved rounding of the corner areas through a symmetrical U-profile

customized system

Facade material: slats made of aluminum profiles

Unknown load-bearing capacity of the sheet metal cassettes; therefore, the structurally feasible spans are unknown

Testing the load-bearing capacity and the resulting substructure using a wind load test with the original cladding on the Ecolite test wall

System OM

System KA

Facade material: perforated metal panels

Seamless transition of the balcony and window cladding into the horizontal profiles

Cost-effective manufacturing of components thanks to our efficient production processes

System OM

Facade material: Profiles, railings, composite material

Invisible mounting of the profile tubes using pre-assembled support brackets

Customization of the Thermo H brackets specifically for this building

System OM

Facade material: composite material

Use of three different, independent substructures to achieve an optimal solution

Increased stiffness of the substructure due to increased wind loads

UB System

System OM

Facade material: fiber-cement panels and PV modules

Challenges Posed by Different Materials and Construction Depths

Flexible, robust, and aesthetically pleasing

System OM

Facade Materials: Wood and Composite Materials

Vertical protective slats up to 11 meters long that must be installed without thermal bridges and with free expansion

Special slotted holes on the primary profiles to prevent creaking noises and binding

System OM

Facade material: Profiles

Complex project involving substructures for ceramic and sheet metal modules

Addressing challenges through specialized hole geometries and 26 different holder types

System OM

ZF System

Facade material: Ceramic and sheet metal modules

High static loads due to large fiber-reinforced concrete elements and limited fastening options caused by the building's structural design

Development of a design based on flexible standardization to ensure high cost-effectiveness

UB System

System KA

Facade material: fiberglass-reinforced concrete

Invisible installation of vertically oriented GFB panels up to 2,845 mm in length

A customized system designed to significantly reduce the number of substructure components required

customized system

Facade material: Fiber-reinforced concrete