2d & 3d software - Import export

Compact high productive 3D-printer. Hercules produces small items of any material with 20 micron layer resolution. Ideal for home or office: it takes up less space than an office printer. Easy to use.

Med Mammo is a diagnostic workstation that offers advanced tools for workflow optimization. Interoperability and vendor neutral allow Med Mammo to retrieve clinically relevant previous examinations, including ultrasound, MRI and tomosynthesis Optimized patient data management allows for long-term follow-up Display protocols, 100% zoom management or full size display on 5MP monitors facilitate diagnosis. Windowing, breast contour detection, video inversion, Quad Zoom are the tools available for multimodality visualization of Tomo, MRI, ultrasound, CT All exams, regardless of manufacturer, are automatically scaled and aligned to ensure optimal comparison The kinetics, the selection of images of interest, the export and the automatic sending to the archive complete the console. Request a webinar and see all functionalities!

The QS View software package is intended for dimensional control in 2D or 3D QS-View 2D / 3D software for all measuring tasks 3D representation of an irregular body for determination of volume and weight. With the 2D / 3D software a wide variety of parameters can be processed and displayed, e.g. length, width, angle height, gap, presence, volume (resp. weight), seam geometry (height, width), gap dimensions. Due to the modular structure of the software, customized specialties can be added any time. Each module delivers the results to an individual output module. The universal SPC interface allows simple connection to S7 controllers via Ethernet. 2D / 3D software developer kits are available for integrators with corresponding knowhow.

Dedicated software for 2D contact and non-contact profilometers The best surface analysis software for all types of 2D profilometer MountainsMap® Profile analyzes surface geometry and basic surface texture, calculating parameters in accordance with ISO 4287 and other standards. Surface analysis reports are created in a comfortable desktop publishing environment and series of measurements can be analyzed automatically using templates. The analysis workflow assures full metrological traceability and makes it easy to fine tune any analysis step. Optional modules are available for advanced 2D surface analysis.

Dedicated imaging, analysis and metrology software for scanning 3D surface profilometers using contact or non-contact techniques - including stylus profilers, laser triangulation profilers, confocal point sensor profilers, auto-focus profilers and white light interferometers Compatible with all scanning 3D surface profilometers used for surface analysis and metrology. Real time 3D imaging of surface topography - at any zoom level, angle and height amplification. Correct measurement artifacts - spikes, anomalous scan lines, missing data points, tip impact. Analyze surface geometry - distances, angles, areas, volumes, step heights, coplanarity. Apply advanced roughness/waviness filtering techniques - defined in ISO 16610. Analyze surface texture - in accordance with the latest ISO and national standards, including ISO 25178 and ISO 4287. Extract and analyze sub-surfaces - study them just like full measured surfaces. Increase profilometer vertical range virtually in software - combine measurements made at different heights. Easy integration into lab and production environments - export of all numerical results. Add optional modules for advanced surface texture and form analysis, contour analysis, grains and particles analysis, FFT-based analysis and more.

We work with the most modern 3D modeling tools to develop your projects quickly and efficiently. Software Tekla Structures and Solidworks.

Cutting edge 3D software for jewelry design that will keep your business ahead of the others. - DEDICATED JEWELRY TOOLS Using the modules like your workshop tools. Tucked away in a virtual drawer within the jeweler’s bench. - EASY TO LEARN, EASY TO MASTER 3Design thinks like a jeweler. You do not need to be an engineer to use this software. Design like the artist that you are! - HISTORY Optimize your creativity time. The parametric construction tree within 3Design is a big timesaving factor.

EWOQE provides model making, prototype construction, and 3D printing services for the industry. Our team of experts is highly skilled in designing and producing high-precision plastic components using advanced additive manufacturing technologies. We strive to offer swift and cost-effective solutions for your development projects, utilizing our efficient approach. Our state-of-the-art 3D printing techniques enable accelerated product development and shortened turnaround times. At EWOQE, we are committed to providing components that meet your specific requirements with the utmost quality and reliability. We understand the importance of these factors in the industry and are dedicated to meeting your expectations in every aspect. We would be honored to serve as your trusted partner for model making, prototype construction, and 3D printing services.

Access the power and control to design Hi-Fiber bars. Subscription software pack comes with savings and options for software training course.

We have several 3D design programs. We can design everything you need.

Interact with your digital instrument clusters for a full ergonomic simulation TechViz I3 option is easy to use and enables to visualize human-machine interaction scenarios, combining non-3D elements within a 3D model. Interact Instantly with your Digital Instrument Clusters, Digital Infotainment, Navigation Systems, Digital Speedometer, Digital Electronic Control Unit, Digital climate control or any kind of HMI in your product design. The aim is to emulate a touch-sensitive interaction with HMI in an immersive environment. These HMI are independent 2D applications integrated in the mock-up. For exemple in a virtual car, user’s fingers can be tracked thanks to a thimble for interaction with the virtual GPS interface. The collision between the interaction tool and the user interface emulates a computer mouse click. It enables to create various scenarios such as testing hand accessibility to the main commands from the driver seat of a car.