In 2017, we opened the first R&D Center in Turkey as a result of investigations made by the Ministry of Science, Industry and Technology and within the scope of R&D Law by being eligible to receive the title and certificate of R&D Center in office furniture.
We carry out our R&D activities in a wide range from acoustic technologies to mechatronic systems, applications of advanced manufacturing techniques and material technologies with our team of 35 people including Product Engineering and Industrial Product Design departments.
As a result of our non-production-focused R&D activities, we are developing technology solutions by working in cooperation with different sectors from civil aviation to automotive as well as moving the sector forward.
As the first company with a 63 Hz reverberation room in the private sector and the only company in the furniture industry; we determine how the furniture in workspaces and public spaces can absorb and reflect the sound at which frequencies. We generate information on volume acoustics calculations and we enable sound absorber objects to develop along with design.
We also measure the ringing rate of the environment with an application we developed for smart devices and test our furniture designs to eliminate this ringing and cover them with suitable materials. We provide solutions that will support the employees' full well-being.
In addition to developing special solutions for all furniture and technology needs of airports from executive offices, VIP halls, gates to air traffic control centers, we are also conducting aviation-class foam, airplane seat and helicopter air intake cover development projects.
In order to measure the sound absorbency of sound absorbing systems, a reverberation room of 167 m3 was constucted according to ISO354 standard. As the first company with a 63 Hz reverberation room in the private sector and the only company in the furniture industry; we determine how the furniture in workspaces and public spaces frequencies.
Impedance Tube project has been initiated in accordance with ISO 10534-2 standard. Within the scope of the project, the procurement of the necessary equipment in the design for the first prototype study has been started and the studies on the software are being carried on.
In addition, anechoic room design and construction is planned in accordance with ISO26101 standard which will enable the measurement of acoustic performance values of sound producing systems at a minimum frequency of 100 Hz.
Two-component liquid plastic injection machine that is suitable for different proportions of different liquids has been developed for cleaning to provide plastic injection of two-component liquids; and B5E workstation has been developed in order to reach the capacity of a mold cake injection machine and simultaneous 5 axis machining of dense materials such as double component epoxy.
We are conducting our research with the motto 'Design for tomorrow, apply today' to predict new needs. In doing so, we aim to increase the quality of life and make life easier as well as to touch people's feelings.
With many international companies among stakeholders, as the only business partner of Fraunhofer IAO, Europe’s largest practice-based research organization, in Turkey and the project partner of Office 21 ®; we closely monitor the transformation of technology integration and try to predict the point where the workspaces will go.
By integrating the requirements of the digital age into the furniture through design, we understand the needs of today and the future by accurately observing the technology’s progress and how it affects people through our understanding of constructing space with innovative solutions.
We are trying to use all our R&D studies in a way that increases the value given to people by combining technical and academic information.
In 1997, Me Too designed by Nurus D Lab, is Turkey’ s first certified performance seat produced in such sensitivity. It has been developed in accordance with scientific research and practices by making calculations of its inclination, forward and backward angles for waist and neck vertebrae.