Product development - Import export

New products are developed in close connection with end customers. We are being recognized as development supplier. Products are developed according to the basic customer specification, using such approach of cooperation we can offer to customer products with the most optimal characteristic taking into account optimal price. For shorter lead time from idea to product, parallel engineering and project managemend according to ISO/TS16949 standard is being used .

FIBRE COMPOSITES Structural od trim parts Prepreg, SMC (sheet molding compound) Carbon, Glass od Natural fiber reinforced PLASTICS Injection molding RIM Thermoforming METAL Die casting Forming Forging Machining D RAPID PROTOTYPING Multi compound FDM Selective Laser Sintering Stereolithography

Developing a new product is a lengthy process that starts with a conversation where you can give us more information on what your needs are. It is the part of the procces where we define who the product will be intended for, how it will be marketed, and determine all of the other parameters, such as whether the product will be of natural origin or whether it will also contain chemical elements. This is followed by making a sample where you check the structure, lubricity, absorbency and other defining properties. Based on your comments and feedback, the product is finished and thus the appropriate product can be finally manufactured. In the last phase, the color in the scent of the product are determined.

Dermatological testing of cosmetics – pH, lubricity and viscosity – is routinely performed to ensure proper product development, while solubility, disintegration and brittleness are tested for food supplements and tablets. Certain tests are performed in our laboratory, and additional tests at a recognized foreign laboratory. Due to our contract with them, we can guarantee you favorable prices.

IMCS is a sophisticated multi-sensor measurement, data collection, analysis and alerting system. IMCS is extremely versatile due to its open and modular architecture, enabling a diverse set of applications. It can equally well be used on the factory floor monitoring production line performance, in a greenhouse continuously monitoring environmental conditions and effecting measures for ensuring optimal growth conditions, or for capacity monitoring within electrical distribution grid nodes.

Due to the nature of the vacuum insulation panel (VIP) design and manufacturing process it is challenging to verify VIP quality both during and after production with regards to the vacuum level in the manufactured VIPs. Furthermore, it is even more challenging to monitor VIP vacuum level after installation, and over the lifecycle of a VIP. As VIP’s thermal isolation performance is directly correlated with VIP’s vacuum level, such monitoring is crucial for ongoing panel performance and quality evaluation. To address these challenges we have developed a low-cost, contactless sensor Stripres® for measuring vacuum levels in VIPs, both during the manufacturing process and over the course of a VIP’s lifetime. Stripres® sensor is designed to be permanently installed into VIPs during panel production, and subsequently allows for vacuum measurement at any time and almost any place, thanks to contactless measurement process.

Having a highly skilled development department allows us to compete for financing from funds. We have concluded an agreement with the Public Agency for Entrepreneurship, Internationalization, Foreign Investments and Technology on co-funding the project Smart solar LED light: Bringing together solar energy and advanced, easy-to-use and efficient light solutions (SSLL). The project will be funded by the Republic of Slovenia and the European Union from the European Regional Development Fund. Find out more about Slovenia’s cohesion policy at www.eu-skladi.si. The main purpose of the SSLL project is developing a smart solar LED light. The final product will be a solar light with integrated controls. The system, which will support intelligent regulation, will use an advanced battery charging mode that will significantly improve the charging efficiency and prolong the product’s useful life. The product will represent a new chapter.

Having a highly skilled development department allows us to compete for financing from funds. We have signed an agreement with the Ministry of Economic Development and Technology on co- funding the project Smart Node in the Internet of Lights: Internet Connectivity for Smart Lights (SNIOL). The project will be funded by the Republic of Slovenia and the European Union from the European Regional Development Fund. Find out more about Slovenia’s cohesion policy at www.eu-skladi.si. The main purpose of the SNIOL project is to develop a smart node for Internet of Lights systems that can be integrated into smart lights i.e. developing an innovative optical sensor (based on the IP camera technology), and effectively and uniquely integrating it into LED lights. We will also develop and integrate into the system original innovative algorithms for processing the images and for connecting the lights, the monitoring system and the internet.

We have signed an agreement with the Ministry of Economic Development and Technology on funding of the project DiaVit. In the project our company acts as a partner for industrialization process. Project is co-financed by The Republic of Slovenia and the European Union from the European Regional Development Fund. The main objective of the DiaVit project is the development of a non-invasive blood glucose self-monitoring device. Our goal is to improve the lives of diabetic patients worldwide by simplifying the way they measure blood glucose levels and monitor the disease.

The main objective of the project is the development of an innovative affinity-based system for blood cell separation. Project is co-financed by the Slovenian Research Agency. Our company acts as a co-financier and a participating research organization. Research field: Biotechnical sciences – biotechnology, Medical and health sciences – medical biotechnology Duration of the project: 1.7.2019 – 30.6.2021 Participating research organizations are University of Maribor- Faculty of Medicine, University of Maribor- Faculty of Chemistry and Chemical Technology.

Our highest priority and responsibility are to provide first-class products with the highest level of quality to our customers and meeting their expectations. To achieve this goal, we include carefully selected quality methods in all our processes to all development stages, production, sales and after-sales activities. We always listen to our customers and other stakeholders, and take the time to understand their requests, desires and expectations. In our search of finding the best solution we systematically engage our middle management and all employees in finding the best solutions. We have established a good foundation and a reward system for promoting new ideas, initiatives and innovations. The responses of recognizable, renowned domestic and foreign customers after each assessment prove that our procedures are adequately structured, planned and implemented.

We are very flexible with our PCBA process and are able to provide you with customized solutions for your system, including supporting any special requirements when needed, such as stress-free de-panelling. Our PCBA contains all the necessary technologies such as surface mount technology (SMT), laser marking, through hole technology (THT), cleaning, coating, programming, rework and repair, to provide you custom made solution for your system.

With prototyping or low volume assembly we offer you full service of manual or automated PCBA assembly, including 3D prints and support assembly parts. Prototypes allow you to test a form and functions, present them to your customer or stakeholders, ensuring they have been designed appropriately for manufacturing.

During development we will work closely with you, guide you through the complete development process, and once your product is developed, we will produce it in our factory. Product development consists of technical specification and requirements definition, architecture definition, BOM optimization, HW, SW and mechanical designs, electric and thermal simulations, optics simulation and design, functional tests, end of line test equipment design, highly accelerated lifetime tests and packaging design. Design processes follow known project management standards.

Understanding the needs of a customer and reflect them in the final product is essential. During concept design we define product performance, while also tune and customise it across various customer needs. Next step that we take is to define the best product architecture, recognise and mitigate risks, control cost, features and time to market.

Strip’s is design for manufacturing oriented. With the experience in APQP/PPAP all projects are coordinated with standardized reviews and the predictable project flow. Tools such as DFMEA enable us to analyse manufacturability in early stage of development and consequently reduce product costs. If required, we will take full care of individual product certification. This is taken into consideration already during the development phase, which leads to quicker and easier product certification process. As EMS provider Strip’s is using broad set of test methods and test equipment and we have knowledge and experience for consistently ensuring high quality levels.

The electronic boards are packed in customised packaging to meet the maximum protection and customer requirements. We provide worldwide deliveries by land or sea by professional carriers with economic competitiveness. To meet our goals, just-in-time delivery and customers continuity of supplies, Strip’s is offering buffer stock with which we can eliminate order peaks and other unpredictable circumstances.