When comparing similar items to one another or to perfect CAD models, 3D scanning technologies offer unsurpassed comparison capabilities. Millions of data points at high resolution can be compared between two similar parts using a scan-to-scan comparison. This is beneficial for identifying discrepancies between part providers at a moment in time, between one supplier over a lengthy period of time, or prototype parts to actual components in dispute.
3D scanning services like Tangent Solutions can help you with your design and manufacturing demands. These scanning services provide you access to the most cutting-edge laser scanning equipment, giving your team the most effective tool for digitally reproducing real-world physical things when precision and detail are crucial to a creative project.
Read on to learn more about how 3D Scanning Services can help engineers:
Aftermarket companies sometimes suffer from old (or nonexistent!) CAD files of existing parts. This can not only impede aftermarket vendors from selling online or connecting with manufacturers’ ERP systems but also hold down the design process for new or customized components.
Engineers may rapidly and accurately measure every aspect of a current product using 3D scanning technology, creating future-useful 3D models. The benefits of 3D scanning are considerably greater: Reverse engineering rival parts with 3D scanning can help companies enhance or diversify their product lines.
When conducting inspections during the prototype or production phases of the product lifecycle management process, R&D and quality control teams use handheld 3D scanners. By doing this, the underlying causes of problems with a part’s design or tooling may be swiftly found and fixed, preventing expensive bottlenecks during high-volume production runs and product recalls. Additionally, 3D scans may be applied to the certification of products.
The advantages of 3D scanning technology will surely support the industry’s ongoing expansion. Any provider wishing to enhance product development, quality, and long-term commercial success must now invest in 3D scanners.
New product design benefits greatly from 3D scanning as well. It gives engineers, designers, and artists new tools, and it enables businesses to build better products while saving time and money. Additionally, 3D scanning has various advantages for product design, such as quicker time to market, improved aesthetics, and enhanced ergonomics.
Leading businesses have effectively used 3D scanning in their design processes in recent years to create better goods. The standard product design workflow is altered by the integration of 3D scanning into 3D design software. These problems can be resolved by using 3D scanning in the design process.
In essence, 3D scanning enables a designer to begin their CAD project with something more than a blank screen.
Architecture and Construction
Although it has taken a bit longer for laser scanning technology to enter the construction industry, it is now progressively taking over building sites all around the world.
The point cloud image that the laser scanner produces properly represents the scanned objects. Depending on the brand and type of the 3D scanner, scanners can be utilized up to a distance of several meters.
The models and drawings produced using point cloud data help the experts in the Architecture, Engineering, and Building (AEC) sector to carry out the construction process more successfully, precisely, and effectively.
Documentation and archiving
3D scanners record delicate items and fossils in 3D digital form, preserving history. For this kind of application, non-contact 3D scanners like structured-light systems excel since they capture the object without affecting the original in any way.
With the use of this technology, museums may share their digitally archived collections with everyone around the globe.
3D scanning is a useful technology for creating a clearer picture of sample designs, ideas, or solutions. This approach is becoming increasingly popular in engineering applications because of its cost-effectiveness, flexibility, and other advantages. It is beneficial in all aspects of engineering work, from product design to inspection, documentation, and archiving. Aside from that, a digital 3D model of an item comprises extensive and precise surface measurements. When comparing specimens to see how they differ from one another or how a specimen evolves over time is incredibly valuable for research. It is thus, safe to state that 3D Scanning services are critical for engineering professionals.