Cadvision offers Product development, Mechanical design and 3D modeling, SolidWorks training, CNC Milling, Laser engraving, and 3D Printing using FDM technology.

We operate a CNC milling machine with a working area of 1200 × 1200 × 100 mm. Materials we machine include wood, plywood, MDF, and various plastics. For example, we produce cutouts in plastic enclosures. We also manufacture CNC-machined standalone letters and signage.

Cadvision can provide the entire product development chain—from initial scoping and concept design through prototyping and testing to market launch, as well as product data management (3D models, technical drawings, specifications, spare parts documentation, user manuals, CE documentation, product brochures, etc.).

We use a wide range of remote collaboration tools, such as Microsoft Teams, Google Meet, Zoom, Skype, Discord, WhatsApp, and Screenleap, as well as project management systems that allow you to follow project progress in real time via a web browser.

In Cadvision’s processes, all data is linked to 3D models, ensuring that information is centrally managed in one place. Required data can be quickly generated from any defined assembly or component, without information being scattered across multiple systems. This enables always up-to-date and consistent information for the needs of different departments and functions. Our CAD software is SolidWorks 3D CAD.

For project management, we use a customized open-source ERP/project management system developed in-house from the ground up. It allows us to manage project phases, tasks, costs, and schedules in a structured way and provides clear reporting. We can also tailor a dedicated ERP, CRM, or project management system for clients using the same software platform.

We are typically able to manufacture prototypes in-house. Through our partner network, we also have access to equipment such as a CNC plasma cutter, press brake, lathe, and welding facilities. Design is closely integrated with manufacturing, allowing production to begin directly from the 3D model without delay. In addition, manufacturability considerations can be taken into account already during the design phase to further improve efficiency and quality.

Some random projects during the years…