Digital models - Import export

We proudly offer specialized 3D CAD engineering services across diverse domains to meet the unique needs of our clients. In the realm of bulk material handling, we excel in creating precise and customized 3D models for conveyors, stackers, and reclaimers, optimizing material flow and system integration. Our expertise extends to recycling, where we design and model equipment such as conveyors, shredders, crushers, balers, and waste-to-energy plants, ensuring efficient and sustainable processes. Additionally, our capabilities extend to custom 3D works, allowing us to transform creative concepts into reality through digital modeling. Whether it involves unique product designs, artistic installations, or specialized components. Our commitment lies in delivering precise and efficient designs that cater to the specific requirements of each sector, ensuring that our clients receive tailored solutions that meet industry standards and regulatory compliance.

> Click on the "WEBSITE" link for more > Our SPA software identifies height limitations, predictably evaluates vehicle movements and provides an accurate representation of a vehicle and load’s movement throughout any chosen transport route. Collett’s expert Transport Consulting Team provide detailed 2D & 3D swept path analysis reports and transport analysis, allowing us to accurately analyse the impact of abnormal loads and heavy transport projects. Our knowledge and expertise allows us to create 2D & 3D digital models of loaded delivery vehicles using our transport analysis and design software to provide intricate route planning reports and meticulous analysis of the vehicle's behaviour in the surrounding environment. Each vehicle model designed by the Collett Team is specifically created for each individual abnormal load or heavy transport project, based on exact vehicle dimensions and features accurate vehicle movement characteristics

Improvement of life quality and monitoring of fitness achievements Medical scientific and research centers use 3D scanners to produce high accuracy digital models of the human body and its individual parts. Plastic surgeons, orthopedic surgeons, prosthetic care experts are in need of realistic 3D models. Medical workers no longer need to take measurements manually, to make models or do other routine and labor intensive work. Modern sensors will easily recognize body geometry, and special software will build a polygonal 3D model based on a cloud of dots generated in the process of scanning. The 3D scanning procedure is performed by a contactless method which takes less than a minute and is absolutely safe for human health. Scanners that generate a realistic 3D copy of a human body within seconds revolutionize medicine.

The Texel Portal MX is a compact, fullcolor 3D scanner for scanning people. It looks spectacular, scans quickly and prepares a 3D digital model in just 90 seconds. It takes just 30 seconds for the Texel Portal MX to analyse the person standing on the platform. Within one minute the Portal MX uses data from the sensors to create a realistic 3D model, develops it in the cloud and displays it on the screen. What can you do with the scan results? Offer your customers a small 3D model of themselves or send them a digital version by email which can then be shared on social media. The 3D models can also be integrated into other services such as AR/VR systems, computer games and virtual fitting rooms.

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.