NEWS
DIGITALIZATION OF BUSINESS OPERATIONS IN GLASS PRODUCTION
Project Code: NPOO.C1.1.2.R3-I2-01-V5.0179
Project Description: Through this project, Bokart aims to implement a digital transformation of its operations, focusing on tracking production and procurement processes (implementation of an ERP system), sales processes (implementation of a CRM system), digital project monitoring, B2B channels, and employee training.
Project Goal:This project seeks to strengthen the market position and enhance the competitiveness of Bokart d.o.o. by integrating advanced software solutions, specifically the ERP system, into its business operations.
Expected Outcomes: The anticipated results of this business digital transformation are:
1. Greater transparency and operational efficiency, with improved quality control;
2. Enhanced communication with partners (customers, suppliers, and employees);
3. Improved cost control and approval processes;
4. Market expansion leading to increased sales revenue;
5. Upgraded knowledge and digital skills of the company's employees.
Financial Support:
Total project value: €26,425.00
Total eligible costs: €21,140.00
Grant funding: €9,502.43 (44.95%)
Project duration: February 13, 2024 – February 13, 2025
DIGITALIZACIJA POSLOVANJA U PROIZVODNJI STAKLA
Kod projekta: NPOO.C1.1.2.R3-I2-01-V5.0179
Opis projekta: Tvrtka Bokart ovim projektom namjerava provesti digitalnu transformaciju svog poslovanja, u dijelu praćenja proizvodnih i nabavnih procesa (uvođenje ERP sustava), te prodajnih procesa (uvođenje CRM sustava), digitalno praćenje projekata i B2B kanala, te edukaciju djelatnika.
Cilj projekta: Ovim projektom se jača tržišna pozicija i povećava konkurentnost poduzeća Bokart d.o.o. uvođenjem u poslovanje složenih softverskih rješenja, odnosno ERP sustava.
Očekivani rezultat: Očekivani rezultati digitalne transformacije poslovanja su:
1. Veća transparentnost i učinkovitost poslovanja, bolja kontrola kvalitete;
2. Poboljšanje komunkacije s partnerima (kupcima i dobavljačima, djelatnicima);
3. Bolja kontrola troškova i njihovo odobravanje;
4. Proširenje tržišta i posljedično rast prihoda od prodaje;
5. Unaprijeđena znanja i digitalne vještine zaposlenika tvrtke.
Financijska potpora:
Ukupna vrijednost projekta: 26.425,00 €
Ukupni prihvatljivi troškovi: 21.140,00 €
Bespovratna sredstva: 9.502,43 € (44,95 %)
Razdoblje trajanja: 13.02.2024. – 13.02.2025
Development of Glass Door and Partition Wall Systems
Project Code: PK.1.1.06.0003
Project Description: Bokart is developing an innovative system of glass partitions that provides sound insulation up to 42 dB. This project is supported by the Faculty of Mechanical Engineering and Naval Architecture (FAMENA) through contracted services, including the conceptualization, design, and computational testing of individual system components.
Role of the Faculty in the Project:
1. Continuous research and development advisory support for the conceptualization, modeling, preparation of technical documentation, and testing of individual components of glass door and partition wall systems.
2. Finite element method (FEM) computational simulations for glass door and partition wall systems to monitor and control critical locations.
Project Goal: The project aims to strengthen Bokart d.o.o.'s capacity for research and innovation. Collaboration with the Faculty facilitates the development of new products and production processes, focusing on product and service commercialization.
Expected Outcome: The project will enable competitive production of innovative glass partition walls with aluminum profiles. A production program will be established, characterized by competitiveness, controlled processes, high quality, and sustainability. This will open a new market segment, expand the customer network, and strengthen the brand. Given the rapid growth of this high-potential market, significant increases in sales revenue and exports are anticipated.
Financial Support:
Total project value: €9,500.00
Total eligible costs: €7,600.00
Grant funding: €6,460.00 (85%)
Project duration: August 13, 2024 – December 11, 2024
Razvoj sustava staklenih vrata i pregradnih sistema
Kod projekta: PK.1.1.06.0003
Opis projekta: U tvrtci Bokart se razvija inovativni sistem staklenih pregrada koji omogućava zvučnu izolaciju do 42 dB. Ovim projektom se pruža stručna podrška poduzeću u razvoju inovacije od strane ZIO (Fakultet strojarstva i brodogradnje) u vidu ugovornog pružanja usluge u vidu osmišljavanja pojedinih dijelova sistema i njihovom računalnom testiranju.
Uloga Fakulteta u projektu:
1. Kontinuirana istraživačko-razvojna savjetodavna podrška pri osmišljavanju, modeliranju, izradi tehničke dokumentacije i testiranju pojedinih dijelova sustava staklenih vrata i pregradnih stijena
2. Računalne simulacije metodom konačnih elemenata sustava staklenih vrata i pregradnih stijena u svrhu kontrole kritičnih lokacija.
Cilj projekta: Projektom se jačaju kapaciteti tvrtke Bokart d.o.o. za istraživanje i inovacije, te se suradnjom s Fakultetom olakšava razvoj novih proizvoda i samog proizvodnog procesa, s naglaskom na komercijalizaciju proizvoda i usluga.
Očekivani rezultat: Rezultat projekta je omogućena konkurentna proizvodnja inovativnih pregradnih staklenih stijena na aluminijskim profilima. Omogućuje se uspostava proizvodnog programa koji će biti konkurentan i sa kontroliranim procesima visoke kvalitete i samoodrživosti. Sve navedeno rezultirati će otvaranjem novog segmenta tržišta, širenjem mreže kupaca i etabliranjem brenda. Obzirom da se radi o brzo rastućem tržištu visokog potencijala, očekuje se značajan rast prihoda od prodaje, kao i izvoza.
Financijska potpora:
Ukupna vrijednost projekta: 9500,00 €
Ukupni prihvatljivi troškovi: 7600,00 €
Bespovratna sredstva: 6.460,00 € (85%)
Razdoblje trajanja: 13.08.2024. – 11.12.2024.
Development of Glass Door and Partition Systems - PK.1.1.06.0003
Bokart d.o.o. is the recipient of an Innovation Voucher issued by the Ministry of Economy under the "Innovation Vouchers for SMEs" call for project proposals (Ref. code: PK.1.1.06). The company will utilize this voucher in collaboration with the Faculty of Mechanical Engineering and Naval Architecture at the University of Zagreb, a scientific and research institution.
The project focuses on developing an innovative system of glass partitions that provides sound insulation up to 42 dB. This new system addresses the challenge of sound isolation while meeting the modern architectural demand for visual openness in spaces. The collaboration leverages the expertise of the Faculty of Mechanical Engineering and Naval Architecture to provide technical support for innovation development. This includes conceptualizing specific system components and conducting computer-based testing.
The project is nearing successful completion, with all anticipated results expected to be achieved. This milestone marks an important step for Bokart d.o.o., enabling the company to gain new market momentum in the coming period.
INNOVATIVE SYSTEM OF PARTITION GLASS WALLS WITH HIGH SOUND INSULATION
Project Name: Innovative System of Partition Glass Walls with High Sound Insulation
NPOO.C1.1.2.R2-I5.01.0262
Recipient: BOKART LLC for Trade and Services
Brief Project Description: The project aims to enable Bokart LLC to commercialize an innovative product: partition glass walls with high sound insulation, produced using innovative technology. The company has developed a system of glass partitions that allows for sound insulation up to 42 dB. There is an increasing need for sound insulation in modern public and private spaces for several reasons. The new system of glass walls with special properties addresses the issue of sound insulation, while meeting the requirements of modern architecture for visual openness of spaces, as it involves the application of innovative glass processing technologies during production: micro sandblasting and glass printing.
Objectives and Expected Project Results: Enable BOKART LLC to successfully launch an innovative product on the market - commercialization of an innovative product resulting from research and development within the company.
Total Project Value: €624,877.32
EU Co-financing Amount: €466,069.47
Project Implementation Period: July 1, 2022 - July 1, 2024
Contact Person:
Neven Kvesić,neven@bokart.hr
Materiais 2023
Irena Ivanišević Ph.D. held a lecture "Photothermal treatment of silver coated glass surfaces" (Materiais 2023 - XXI Congresso da Sociedade Portuguesa de Materiais and XII International Symposium on Materials, Guimaraes, Portugal, 3-6 April 2023).
10 April 2023
28th Croatian Meeting of Chemists and Chemical Engineers
At the conference 28th Croatian Meeting of Chemists and Chemical Engineers, Rovinj, March 28-31, 2023. Prof. Domagoj Vrsaljko, Ph.D. presented "Optimization of thermal and photothermal sintering of inkjet printed amphiphilic silver nanoparticles on glass surfaces".
4 April 2023
LOPEC 2023
Asst. Prof. Petar Kassal, Ph.D presented the research "Inkjet printing of nanoparticle-based conductive inks towards electrochemical sensors" (LOPEC, International Exhibition and Conference for Flexible, Organic and Printed Electronics, Munich 1.-2.3.2023) via poster.
6 March 2023
Solutions in Chemistry 2022
Irena Ivanišević Ph.D. presented the results of the research "Glass surface modification with inkjet printable amphiphilic silver nanoparticles" at the Solutions in Chemistry conference, Sv. Martin na Muri, 8-11 November 2022.
15 November 2022
Our technology - a novelty on the global market
"Research and development of innovative glass processing technologies" - in further experimental procedures we proved that any photo or graphic on glass can be obtained with this technology in the form of a partial mirror surface and a transparent or colored part. In addition to the decorative element, applied metals on glass also have specific technical characteristics - they conduct electricity, can heat, and therefore can be used for a wide range of purposes in different industries.
Such glass can be used for various decorative purposes in architecture - as partition glass walls, glass doors, fences, wall coverings, glass floors, etc. This innovative glass processing technology is new to the global market, as proven by a search of patent databases.
May 2023.
Nano-inks in real conditions
As part of the project "Research and development of innovative glass processing technologies", we are currently testing the properties of glass processed with nano-inks in real conditions. We are interested in whether it reduces energy consumption in the buildings in which it is installed - i.e. what is its level of energy efficiency; how marketable it is, etc. We expect that the result of this phase will be a special type of glass. Glass that has a layer of copper or silver on it that makes the surface reflective. After applying the desired metals, the glass is either laminated (the process of gluing two or more glasses) or varnished with a protective layer of paint to protect the layer of applied metal.
January 2023.
Experimental development
In the 2nd phase of the project "Research and development of innovative glass processing technologies", we are conducting experimental development, i.e. all materials and results obtained in the previous phase were tested in the company Bokart d.o.o. with the aim of using the acquired technological, business and other knowledge and skills related to glass processing technology. We approached a series of experimental printing on glass and variants of glass processing with the help of special nano-ink.
The effect of lamination
"Research and development of innovative glass processing technologies" - an important part of the research is testing the impact of glass lamination and EVA foils for lamination on the durability of the copper/silver print. The need for this arose from the request to make a print of special nano inks on glass in a transparent version. The conductivity of the print will also be tested in order to determine the further possibility of application as heating elements.
May 2022.
Print durability
In the project "Research and development of innovative glass processing technologies" we also examine the durability of copper/silver printing and susceptibility to changes in visual and technical characteristics over time. The influence of the medium of the copper/silver solution on the durability of the heads is also important, i.e. whether and how the medium affects the long-term print quality. When protecting the silver/copper layer by applying paint, we find out which protective paint coating is the most stable in the long term and resistant to the effects of glue and other external influences.
January 2022.
Testing of metallic inks
Encouraged by the results so far of "Research and development of innovative glass processing technologies", we are approaching further testing. We performed adhesion testing of silver/copper ink on glass, measured the sedimentation layer of silver/copper ink on glass to determine which layer gives the best results.
Metal print on glass
As part of the industrial testing phase "Research and development of innovative glass processing technologies", we are developing the technology of applying thin metal coatings to glass by inkjet printing. Our goal is to obtain glass of very high aesthetic value, which increases the energy efficiency of the buildings on which it is installed - it provides shade in the summer, and preserves heat better than ordinary glass in the winter. First of all, it was necessary to develop a solution that has satisfactory technical characteristics for applying the print on glass. That part of the research is carried out by the Faculty of Chemical Engineering and Technology. After that, that media is tested on different heads in the printer to determine which size head gives the best results.
May 2021.
Ink-jet printer for special inks
As part of the project "Research and development of innovative glass processing technologies" in Bokart d.o.o. we developed an ink-jet printer on which we tested the inks obtained in the previous research phase. We will use these special inks to print on glass and thereby obtain metal layers on the glass. During industrial research, the goals are to create components of a complex system of innovative new glass processing technology, as well as to realize the first attempts at printing with nano-ink on glass, i.e. the first samples.
January 2021.
Test phase
We have successfully started the test phase of the project "Research and development of innovative glass processing technologies". In the first phase of research conducted by our partner, the Faculty of Chemical Engineering and Technology, we are developing metal precursor ink. These are special inks for printing on glass, for which it was necessary to test the appropriate solvent as well as to test the conductivity and rate of sedimentation of metals (silver and copper).
September 2020.
Internationalization of business by presenting products at international fairs
Project name: Internationalization of business by presenting products at international fairs - KK.03.2.1.16.0269
Beneficiary: BOKART limited liability company for trade and services
Summary: The Applicant's business development strategy implies a significant expansion into new markets in the decorative glass segment, which is why it is necesary to invest in presenting it to potential foreign customers and renowned architectural and design houses through specializes fairs. in order to promote the product in growing markets (Southern and Western Europe, Russia, Southest Asia, North America, Middle East) and take part of the market share, it is necessary that renowned architects and designers who work on buildings in the target markets recognize the Applicant as a quality and reliable supplier. As a result of presentation at fairs in London, Paris and Chicago the applicant will increase sales revenues on the domestic and foreign markets.
- Promotion f new products and services;
- Presentation of reference works in the field of decorative glass;
- Researching the international market and expanding the customer network;
- Competition check;
- Increase in sales through new orders.
Total value of the project: HRK 707.745,45
Amount of the project co-financed by the EU: HRK 589.896,12 HRK
Project implementation period: From September 18, 2019. until 16.6. 2021.
Contact person: Daniel Kvesic, daniel@bokart.hr
Note: The project was co-financed by the European Union from the European Fund for Regional Development.
The content of the website is the responsibility of BOKART d.o.o.
Commercialization of the innovative technology of decorative reflective glass
Project name:Commercialization of innovative technology of decorative reflective glass - KK.03.2.2.06.0025
Beneficiary: BOKART limited liability company for trade and services
Brief description of the project: The project commercializes the company's innovation - digitally produced glass obtained by an innovative technological method (gold, silver, lead or copper is applied using special techniques). The processed glass has superior characteristics compared to the standard low-e layer of iron oxide. The very process of processing such glass is more energy efficient and has less waste than the classic way (digital techniques are used). Glass with applied gold, silver, lead or copper has an even lower coefficient of heat transfer by an additional 20 - 50%, depending on the applied decorative element.
The process is unique in the world and no manufacturer uses the same manufacturing technology.
Goals and expected results of the project: Enable the company BOKART d.o.o. successful launch of an innovative product on the market (commercialization) and increase in sales through new orders.
Total value of the project: HRK 4,009,404.28
Amount of the project co-financed by the EU: HRK 1,952,043.85
Project implementation period: from June 1, 2020. until June 1, 2022.
Contact person: Neven Kvesić, neven@bokart.hr
Note:The project was co-financed by the European Union from the European Fund for Regional Development.
The content of the website is the responsibility of BOKART d.o.o.
Research and development of innovative glass processing technologies
Project name: Research and development of innovative glass processing technologies - KK.01.2.1.02.0059
Beneficiary: BOKART limited liability company for trade and services
Partner: University of Zagreb - Faculty of Chemical Engineering and Technology
Brief description of the project: Bokart d.o.o. is a company specialized in the processing and production of glass in architecture, with an emphasis on decorative and art glass. Techniques used in glass processing are: airbrush, glass painting, digital printing on glass, glass fusion, production and restoration of stained glass, glass lamination, glass microblasting, glass sandblasting, blown glass, embossed glass, mirror making, verre eglomise... Such specificity sets the company apart from typical competing companies in Europe, because precisely thanks to investment in development and knowledge, they are able to carry out even the most demanding products and projects.
Project goals: to prove the effectiveness of innovative technology for glass processing, according to the innovative idea of the company Bokart d.o.o.
Total value of the project: 3.694.887,44 HRK /
Amount of the project co-financed by the EU: 1,897,452.94 HRK
Project implementation period:From August 15, 2020. until 15.8.2023.
Contact person: Neven Kvesić, neven@bokart.hr
Note:The project was co-financed by the European Union from the European Fund for Regional Development.
The content of the website is the sole responsibility of BOKART d.o.o.
Masters of stained glass
Reporters from Croatian Television visited us and filmed a feature for the show "At our home". The occasion was conservation work on the stained glass windows of the Zagreb Cathedral.
April 2023.https://fb.watch/kGP0xA_D6b/
Bokart - little giants
The BOKART company produces glass products for architectural and decorative solutions. After over twelve years of dedicated work, they have successfully completed projects in over 20 countries. Director Daniel Kvesić told us the family story about the founding of Bokart.
June 2022.
Pavilion of Silvio Vujičić
Nomination for the "Bernardo Bernardi" Award. The author of the project is architect Ana Lisonek. Glass production Bokart d.o.o.
May 2023.
https://uha.hr/nominacija-bernardo-bernardi-projekt-j28-u-zagrebu/