Oqton

Swing Bridge Reverse Engineering Simplified with Geomagic Design X A swing bridge in a coastal dock system was decommissioned after being twisted. A ferry company needed it operational for car parking but faced a dilemma: closing the bridge to test it could jam it if it wasn’t functioning.  Unable to test physically, they created a digital twin using a long-range laser scanner and simulated the bridge’s motion if closed. Scanning a swing bridge This approach, [...]

Advancing Orthotics & Prosthetics through Digital Innovation with Freeform Luca Gualerzi, a Certified Prosthetist and Orthotist (CPO), leads Ortopedia Gualerzi, a family business in Italy. Embracing digital workflows, they use Oqton Freeform for designing 3D models. Nobel88, their B2B arm, manufactures and trains other O&P companies. Despite early challenges, they now produce diverse medical devices, including spinal braces and prostheses, with Freeform’s help. A custom spinal brace for scoliosis correction, designed using Freeform from [...]

Repositioning a Crankshaft in Control X In this blog post, we’ll explore how to reposition the nominal CAD model in Oqton’s Control X so that inspection information is reported based on the main assembly’s coordinate system rather than the local subassembly. We’ll use a crankshaft as our example. Introduction to Crankshafts Crankshafts are essential components in piston engines, converting reciprocating motion into rotational motion. Before diving into the repositioning process, it’s advisable to reposition the [...]

Geomagic Design X, known for its powerful features and scanner integration, is now more accessible with a three-tiered plan starting at $1,900 a year. These plans cater to various needs and budgets, helping new users start reverse engineering projects and upgrade as needed. Here's an outline of each:   Geomagic Design X Go A new product plan for beginners in 3D scan-based reverse engineering or simple parts, starting at $1,900/year. It includes essential tools for [...]

Miners face dangerous environments, extreme locations, and fluctuating demand. Efficiency and safety are top priorities, and 3D scanning technology may help achieve these goals. It redefines data acquisition for tunnels, shafts, stockpiles, and mills by offering speed and accuracy. 3D scanning is more efficient than traditional methods, capturing more data in less time with minimal disruption. It uses non-contact methods to gather data from risky or hard-to-reach areas, enhancing safety. 3D scan of an [...]