If you’re considering 3D scanning for your project, you may wonder about the costs involved. Scanning costs depend on the size and complexity of the part being 3D scanned, and the application that the scan data will be used for. 3D scanning a part can cost anywhere from £200 upwards. Typically, we price scanning jobs on a per hour basis (or per day if we’re scanning large scale projects such as aircraft or buildings). Understanding 3D Scanning Costs In this blog post, we’ll break down the key factors that can determine how much a 3D scanning project will cost. How Size and Geometry of the Part ..read more

In the ever-evolving world of technology and innovation, the demand for 3D scanning equipment is increasing. Whether you’re in the field of manufacturing, architecture, healthcare, or countless other industries, the need for accurate and reliable 3D scanning solutions is paramount. But how do you go about finding the right 3D scanning and data capture equipment to meet your unique needs? At PES Scanning, we understand that navigating the world of 3D scanning equipment can be daunting. The market has many types of 3D scanners plus different brands and models, each claiming to be the best. Howev ..read more

When it comes to choosing the optimal 3D scanner for your business, there are numerous factors to consider. Not all 3D scanners are suitable for every project, so it’s crucial to fully understand your specific application and process requirements before embarking on the selection process. When considering the best 3D scanner for your project, it’s essential to weigh several key factors, including part tolerances, part finish, part size, acquisition time, accuracy, cycle time requirements, budget, repeatability, resolution, speed, part size, versatility, software features, maintenance costs, an ..read more

3D scanning has emerged as a superior alternative to traditional Coordinate Measuring Machines (CMMs) and tactile measurement systems in various industries due to its numerous benefits. Here are some of the key advantages of 3D scanning over traditional methods: Full Surface Data Capture: One of the primary advantages of 3D scanning is its ability to capture full-field data, covering the entire surface of a component. This comprehensive data provides a detailed inspection and analysis of the entire part, offering a more complete picture of its geometry. Detailed Information: Compared to tradit ..read more

In September 2021, the famous French auto manufacturer Renault announced its intention to create an online virtual museum of its most iconic classic cars from the past 123 years. These ranged from the 1898 Type A, Renault’s first vehicle through to futuristic concept cars, and included such classics as the Renault 5, F1 racing cars driven by Alain Prost and Fernando Alonso, and even some more unique vehicles such as a 1926 Renault LO fire engine. Arnaud Belloni, Renault Global Chief Marketing Officer, said: “Renault, an iconic brand of pop culture, needed a museum worthy of the name. With this ..read more

In the world of prosthetic fittings, traditional plaster casting has long been the go-to method for taking measurements and creating devices for patients. This process involves manually measuring partial limbs, applying uncomfortable layers of plaster, and patiently waiting for them to dry. Unfortunately, in many cases, these painstakingly crafted plaster casts are not retained, resulting in the loss of valuable measurements that could prove useful in the future. However, there’s a game-changing solution on the horizon: 3D scanning technology. When combined with cutting-edge AI software, it pr ..read more

Companies rely on their suppliers to produce and deliver custom parts. However, if these parts do not meet the specified dimensions, it can lead to significant issues during the assembly process. To avoid such problems, companies often conduct internal quality inspections or enlist the help of third-party service providers to inspect the components they receive from their suppliers. Bombardier Transportation, now Alstom, located in Hennigsdorf, Germany, specialises in building rail vehicles. As part of their manufacturing process, they integrate supplier parts and complete assemblies onto trai ..read more

The development of portable and handheld scanners has significantly impacted the accessibility and flexibility of 3D data capture. Where traditionally high-quality data capture was solely the preserve of static CMM machines and the larger scanners that require tripod operation, newer portable and handheld scanners can provide metrology-grade scanning solutions, more flexibly. Here are some key points regarding portable and handheld scanners: Flexibility: Portable and handheld scanners offer a high degree of flexibility in terms of where and what can be scanned. Their mobility allows for s ..read more

In the world of manufacturing, discovering a crucial component from a key supplier will no longer be available is something no company wants to face. This phenomenon, known as “part obsolescence,” can lead to significant headaches for manufacturers, anticipating the loss of items critical to continued production. Yet, there’s a way to navigate this complex landscape and extend the life of seemingly obsolete parts via 3D scanning and reverse engineering. Navigating the World of Obsolescence Management When manufacturers are confronted with the unavailability of essential parts, they often resor ..read more

The quest to achieve fusion has become one of the most significant technological endeavours of our time. It promises to generate vast amounts of carbon-free energy, addressing the mounting energy challenges we face today. However, achieving fusion is an enormous challenge. It naturally occurs at the core of stars like the Sun, requiring scientists to recreate those extreme conditions here on Earth. To tackle this grand ambition, the International Thermonuclear Experimental Reactor Project (ITER) was established in 1985, to prove the feasibility of fusion as a large-scale, carbon-free energy so ..read more