Autodesk Shines at SPAR International 2014

Last week, Autodesk participated in the SPAR International conference in Colorado Springs, Colorado, where they showcased their innovative reality capture solution—Autodesk ReCap. Over the past few years, the laser scanning, measurement, and mapping industry has seen a wave of new technologies that have made these tools more user-friendly, cost-effective, and accessible across various industries. Autodesk ReCap allows users to seamlessly integrate real-world data into their design workflows. Through point clouds and image-based 3D models, ReCap enables professionals to work directly within Autodesk’s design and creation platforms. At the event, Autodesk demonstrated how ReCap is used in factory design, construction, and beyond, with live presentations at their booth.

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Mike Jolicoeur demonstrates how companies like Dearborn Midwest use laser scanning and ReCap to enhance factory design and renovation, boosting productivity while cutting costs.

The response to ReCap was overwhelmingly positive, earning it the “Best in Show” award from the CAD blog TenLinks. Roopinder Tara, founder of TenLinks, praised the product, saying, “Autodesk brings 3D modeling of the real world to a whole new level of accessibility and affordability with ReCap. Even small firms and individuals can now model everything from single objects to entire landscapes, which can be used for information, modification, or as a foundation for new designs.”

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Robert Shear, senior director of Reality Solutions at Autodesk, accepts the “Best in Show” award from Roopinder Tara.

In addition to showcasing ReCap, Autodesk partnered with 3D Robotics to demonstrate the IRIS UAV at the scenic Garden of the Gods. Attendees watched as the drone completed two missions—one manually controlled and one autonomous. The IRIS can fly up to 250 feet high and operate for 15 minutes per flight. Equipped with a GoPro camera, it captured over 100 images, which were then uploaded to Autodesk's Photo on ReCap 360 service to create a detailed phototextured 3D mesh. This model could then be used in various Autodesk software for visualization and engineering purposes.

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A representative from 3D Robotics prepares the IRIS for flight.

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Customers and media watch as 3D Robotics representatives control the IRIS around the Garden of the Gods.

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Tristan Randall of Autodesk explains the capture process and how the images are converted into a 3D model using ReCap 360 web service.

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A 3D model created from images taken by the GoPro and processed through Autodesk ReCap.

Autodesk also introduced the concept of Reality Computing to attendees. This emerging approach bridges the digital and physical worlds by digitally capturing existing conditions, analyzing the data, and applying the results back into the real world. “Reality Computing and ReCap are transforming how we think about and work with 3D data,” said Elmer Bol, director of product management for Autodesk’s Reality Solutions group. “It’s not just about visualizing point clouds—it’s about extracting value and meaning from real-world data to improve design efficiency, construction confidence, and our understanding of the physical world without being physically present.”

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Dr. Aaron Morris discusses Reality Computing and ReCap during his presentation “Turning Things Into Data, Data Into Things, and What Happens In Between.”

Copper Pipe Bending Machine

In this article, we will share some professional tips on how to bend copper pipes, as well as some precautions. Whether you are a DIY enthusiast or a professional craftsman, these methods can help you complete the task easily.
First, let's talk about preparation. Before you start bending copper pipes, you need to make sure that the length and diameter of the copper pipe are suitable for your project needs. In addition, you also need to prepare some tools, such as pipe bender, pipe bending spring, gloves, and safety glasses.
A common way to bend copper pipes is to use a pipe bender. This is a professional tool that makes the bending process easier and more precise. First, put the copper pipe into the clamp of the pipe bender, and then adjust the angle and radius of the clamp. Next, slowly guide the copper pipe into the clamp and use the hand wheel to gradually bend the pipe. Remember to maintain a steady speed and pressure to avoid twisting or breaking the pipe.
In addition to the pipe bender, you can also use a pipe bending spring to bend copper pipes. This method is suitable for some smaller diameter pipes. First, insert the pipe bending spring into one end of the copper pipe, and then slowly bend it to the required angle. The pipe bending spring can provide sufficient support to prevent the copper pipe from deforming.
Always wear gloves and safety glasses to ensure safety when performing bending operations. Copper tubes may have sharp edges and direct contact may cause injury. In addition, glasses can protect your eyes from flying copper chips.
In conclusion, the best way to bend copper tubes varies depending on your specific needs and available tools. Whether you choose to use a tube bender or a tube bending spring, make sure you are steady and safe when doing it. I hope these professional tips are helpful to you and I wish you good luck with your project! If you have more questions, please feel free to consult our professional team.
Copper pipe bending machine
pipe bending machine

Copper pipe bending machine

Zhangjiagang heshun machinery manufacturer co.,ltd. , https://www.hsformer.com