As Tanış A.Ş., with over 60 years of experience in the mill machinery and industrial equipment sector, we conduct comprehensive research and development activities to maintain our technological leadership and provide innovative solutions to our customers. Our R&D and innovation studies focus on developing technologies that shape the future of the sector, increase efficiency, and are sustainability-oriented.
On this page, you can find detailed information about our ongoing and completed research projects, our R&D vision, collaboration opportunities, and the contributions of our work to the sector.
Our R&D and Research Vision
Our Research and Development Philosophy
The foundation of our research and development philosophy at Tanış A.Ş. lies in developing applicable and value-added solutions for real needs in the sector. We adopt three fundamental principles in our R&D work:
- User-focused design: Research approach that centers customer needs and user experience
- Sustainability: Developing technologies that improve energy efficiency, resource conservation, and reduce environmental impacts
- Digital transformation: Designing intelligent and connected systems that embrace Industry 4.0 principles
Our research focus areas include energy efficiency, process optimization, intelligent systems, advanced material technologies, and digital transfomation. Through the projects we conduct in these areas, we provide continuous improvement and innovation in mill technologies.
Our R&D center, officially established in 2016, consists of laboratories equipped with the latest technology, test units, and prototype development workshops in a 1,500 m² enclosed area. Our research center includes:
- Material testing and analysis laboratory
- Product performance and efficiency test units
- 3D modeling and simulation stations
- Prototype production and assembly workshop
- Measurement and calibration equipment
Our 15-person expert R&D team consists of competent professionals in mechanical engineering, electronics, software, food technology, and materials science.
We apply a systematic and data-driven methodology in our research projects:
- Sectoral need and problem analysis
- Literature research and current technology evaluation
- Conceptual design and simulation studies
- Prototype development and laboratory tests
- Pilot application and field trials
- Data analysis and performance evaluation
- Commercialization and product development
This methodology combines scientific research with practical application, enabling theoretical solutions to be tested and improved under real-world conditions.
We have established a broad collaboration network to increase the effectiveness of our research work:
- Academic partnerships: Joint projects with GAÜN (Gaziantep University)
- Sectoral collaborations: Field applications and performance tests with mill operators and flour producers
- Technology suppliers: Strategic collaborations with sensor, control systems, and material manufacturers
This collaborative approach accelerates knowledge and experience sharing, contributing to the development of innovative solutions.
Sustainable Production Technologies Project
This project aims to reduce the environmental impacts of mill operations and develop sustainable production practices. Within the scope of the project, which started in 2023 and is planned to last 3 years, we are working on:
- Mill systems that reduce energy consumption by 10%
- Separation technologies that minimize waste during the cleaning phase
- Innovative processes for utilizing by-products
- Packaging solutions that reduce packaging material usage
Our project, which aims to develop interconnected and intelligent mill systems compatible with Industry 4.0 principles, aims to provide process optimization through data analysis and automation. Within the project scope, we are developing:
- Real-time data collection systems with IoT sensors
- Process optimization with machine learning algorithms
- Remote monitoring and predictive maintenance systems
- Cloud-based control and reporting platform
Initial pilot applications have shown 15% efficiency increase and 20% reduction in maintenance costs, particularly in roll systems.
In our project aimed at reducing energy consumption in mill operations, we are implementing optimizations at equipment and system level with innovative engineering solutions:
- High-efficiency motor and drive systems
- Thermal energy recovery units
- Pneumatic conveying systems with fluid dynamics optimization
- Renewable energy integration models
This project, conducted jointly with GAÜN, has the potential to reduce total energy consumption in mill operations by up to 10%.
In this project, which we conduct to improve the performance and lifespan of materials used in mill equipment, we are working on advanced engineering materials and surface coating technologies:
- Nano-composite wear-resistant coatings
- Antibacterial surfaces compliant with food safety standards
- High-strength and lightweight composite structures
- Special alloys resistant to corrosion
This project, supported under TÜBİTAK and the European Union Horizon program, aims to extend equipment lifespan, reduce maintenance costs, and improve food safety.
Our Completed Successful Research Projects
High-Efficiency Roll Technology Project
In this project completed between 2019-2021, we developed innovative solutions to increase efficiency and product quality in roll systems:
- Precision pressure control systems
- Optimized roll surface patterns
- Smart cooling and temperature management
- Vibration damping and noise reduction
The technologies developed as a result of the project provided 18% efficiency increase, 12% energy savings, and significant improvement in product quality compared to standard roll systems. These technologies are now used as standard in Tanış A.Ş.’s new generation roll unit series.
Precision Dosing and Control Systems Project
Our products, in which new generation systems providing precise dosing and control in flour and grain processing processes were developed, have been supported. Within the product scope:
- High-precision sensor technologies
- Adaptive control algorithms
- Software providing consistent performance under variable conditions
- Real-time monitoring and quality control systems
were developed. These technologies have significantly improved product standardization and quality consistency by raising dosing precision to 0.1% level.
Low Energy Consumption Mill Equipment Project
In this project conducted between 2017-2020, comprehensive research was carried out to reduce the energy consumption of mill equipment. As a result of the project:
- Low-friction bearing and roller bearing systems
- Aerodynamically optimized sieve and conveying units
- Energy-efficient air flow designs
- Innovative transmission systems
were developed. These technologies reduced the energy consumption of mill equipment by an average of 22% and provided a return on investment cost within 3.5 years.
In this project aimed at developing modular mill systems that provide ease of installation in limited spaces:
- Compact designs providing up to 40% space savings
- Modular structures for rapid installation and commissioning
- Scalable systems according to capacity needs
- Accessible designs providing easy maintenance and part replacement
were developed. The “CompactMill” series resulting from this project has received great interest as an ideal solution especially for facilities in urban areas and developing markets.
Development Agency and KOSGEB Supported Projects
Our projects supported for regional development and SME development:
- İpekyolu Development Agency: “Mill Technologies Innovation Center” (2020-2021)
- KOSGEB R&D Innovation: “Digital Transformation in Packaging Systems” (2021-2022)
These projects contribute to the development of suppliers by strengthening the regional ecosystem and increase the innovation capacity of SMEs.
Projects we conduct in collaboration with academic institutions:
- GAÜN: “Optimized Surface Patterns in Mill Roll Balls”
- GAÜN Collaboration: “Advanced Fluid Dynamics Applications in Grain Processing”
Within the scope of these projects, support was provided to 5 master’s and 2 doctoral theses, 7 scientific articles were published, and 3 patent applications were made. These studies, which constitute successful examples of university-industry collaboration, transform theoretical knowledge into industrial applications.
Contributions to Efficiency and Performance Improvement
Technologies developed as a result of our research projects provide significant efficiency improvements in mill operations:
- 15-22% increase in grinding capacity
- 18% reduction in labor costs
- Up to 22% savings in energy consumption
- 35% reduction in maintenance downtime
These improvements reduce our customers’ operational costs while increasing production capacity and providing competitive advantage.
Our research work also offers important developments in product quality and safety:
- Homogeneous flour quality and consistent granule distribution
- Advanced traceability and quality control systems
- Hygienic designs that minimize food safety risks
- Safety solutions beyond international standards
The developed technologies enable our customers to produce higher quality and reliable products.
One of the important outputs of our research projects is the progress in the field of sustainability:
- Up to 30% reduction in water consumption
- 25% reduction in carbon footprint
- Contribution to zero waste target through utilization of by-products
- Significant reduction in noise and dust emissions
These improvements support businesses in achieving their sustainability goals while reducing the environmental impacts of mill operations.
Our digital transformation-focused research projects are shaping the future of the milling sector:
- Real-time data collection and analysis systems
- Proactive maintenance and failure prediction solutions
- Remote monitoring and intervention capabilities
- Artificial intelligence applications for resource optimization
These technologies make mill operations more intelligent, efficient, and competitive.
Research Collaboration Models
As Tanış A.Ş., we are open to developing joint research projects with sectoral stakeholders through different collaboration models:
- Developing joint R&D projects and fund applications
- Technology validation and field testing collaborations
- Intellectual property sharing and licensing models
- Personnel exchange and joint research teams
We design flexible and mutually beneficial models according to the special needs of each collaboration project.
Academic Collaboration Opportunities
Our collaboration opportunities for academic institutions:
- Research topics and financing for postgraduate thesis work
- Industrial research projects for faculty members
- Joint laboratory use and testing facilities
- Internship and research assistantship opportunities for students
By combining academic knowledge accumulation with industrial application experience, we develop collaborations that create both theoretical and practical value.