Software - Import export

Injection mold production is a complex process that cannot be underestimated. The resulting product is the main element to be used in injection molding machines. Therefore, at every stage of the process, there are improvements that need to be made in line with the research and the data obtained from these researches. The R&D process, which started with the examination of the samples we received, continues at the design and injection stages. As AYBERKSAN, our aim is not to present a large number of products with the existing data, but rather to increase the data we have and to present better quality, problem-free and economical solutions. The process we call development cannot happen without research. With this awareness, we, as AYBERKSAN Kalıp Sanayi, continue our research to take the experience we have gained so far to the next level, to add a new one and to develop it.

Although mold production is widespread in the Plastic Mold sector, the necessary care is not taken in mold manufacturing. It is extremely wrong to expect high efficiency from the mold, which started to be produced only in line with customer demand, without the necessary tests and analysis. For the product to be mass-produced, it is essential to carry out some tests and cost and efficiency analyzes before the production starts. For this reason, as AYBERKSAN Mold Industry, we provide consultancy services to our customers in many areas.

PowerVision is a Web-based oblique imagery software developed by Birlik Harita. Basic Capabilities a) Measurement Vertical height of the objects, Horizontal distance, slope distance and height differences between two points, 3D coordinates of every detail visible on the aerial photograph, Areas on the oblique aerial photograph can be measured quickly and easily. b) Digitization Details can be vectorized as point, line, area and Point line and area objects digitized on the oblique aerial photograph can be exported in different formats. c) Vector Integration It is easy and fast to show existing 2D GIS layers on oblique images. The existing 2D GIS vector layer data sets can be converted 3D vector data sets via using digital terrain model (SAM), and the layer can be shown directly on oblique images.