Latest videos
Curated from 5 channels · 52 videos · Page 4 of 5
The Hidden Company Powering Your CAM Software (Fusion, Mastercam & More)
This video features an interview with the CEO of ModuleWorks, a company whose technology powers toolpath generation in major CAM software like Fusion 360, Mastercam, and Siemens NX. The discussion covers ModuleWorks' role in developing CAM kernels, their work on 5-axis FDM 3D printing, and the future of CAM automation through AI. The video provides valuable insight into the hidden technology behind modern CNC machining software that machinists and CAM programmers rely on daily.
I Have The Power!! (Burnishing)
The video demonstrates a power burnishing tool being tested on a lathe to improve surface finish and hardness of metal parts. The creator experiments with different RPMs and pressure settings to achieve optimal results, finding that higher speeds and moderate pressure produce the best burnishing effect. This technique could be useful for machinists looking to enhance the quality and durability of their metal components without additional machining steps.
Tormach 1500MX: First Impressions, First Parts, and Why It Made Sense for Us!
The video provides an in-depth look at the Tormach 1500MX CNC mill, showcasing its first parts and discussing why it was chosen for their shop. The presenter demonstrates the machine's capabilities by machining a fixture plate and explains the benefits of the 1500MX's larger work envelope and improved features compared to previous models. This content would be valuable for machinists and shop owners considering an upgrade to a larger, more capable CNC mill for their operations.
Fusion 360 Tips: Notes, Reminders & Communication Tricks for Your Team!
The video covers various methods for adding notes and reminders in Fusion 360 to communicate with team members or document important information about CAD sketches, CAM patterns, and CNC programs. It demonstrates how to use the Notes feature, add comments to sketches, utilize the CAM Comment feature, and create custom parameters for storing information. These techniques are useful for CNC machinists, designers, and engineers who need to collaborate on projects or keep track of important details in their Fusion 360 designs and toolpaths.
Using Fusion 360 as a CMM to Measure Parts on an Okuma CNC Mill!
This video demonstrates how to use Fusion 360 with a Renishaw spindle probe on an Okuma CNC mill to measure parts, effectively turning the machine into a coordinate measuring machine (CMM). The hosts modify their Okuma post processor to enable easy part measurement within Fusion 360, showcasing the process of probing a part and comparing the results to CAD model dimensions. This technique can be a valuable tool for shops that need to verify part dimensions but don't have access to a dedicated CMM, offering a cost-effective alternative for quality control and reverse engineering applications.
Finishing my Custom CNC Router Build + First Cuts
This video concludes the Frankenoko build series, showing the final assembly, wiring, and first test cuts of a custom CNC router built on a heavily modified Shapeoko platform. The creator demonstrates cuts in both wood and acrylic, confirming the machine is functional while noting remaining tasks like tramming the spindle. The project offers insights into DIY CNC design decisions, custom frame construction, and the practical challenges of building a machine from scratch.
Make Your Own Air Knife!
The video demonstrates how to build a DIY air knife using a 3D printed housing and a standard air nozzle. The creator tests various nozzle configurations and air pressures to optimize airflow and velocity, finding that a 1.5mm nozzle at 80 psi produces the best results for blowing away debris. This project would be useful for makers and hobbyists looking to create their own air knife for cleaning or drying applications.
XYLA's Handsome Hand Tools!!
The video showcases Xyla's handmade hand tools, including a mallet, marking knife, and marking gauge, which she crafted as part of a Secret Santa exchange. Xyla demonstrates the tools' functionality and discusses the materials and techniques used in their construction, highlighting the precision and craftsmanship involved in creating these woodworking essentials. This video would be of interest to woodworking enthusiasts, DIYers, and those curious about traditional hand tool making techniques.
Christmas Darts! - Family Recipe - Secret Santa 2024
The video documents the creator's participation in the Maker Secret Santa 2024 event, where they build a Christmas-themed darts game for James Bruton and receive a gift from Xyla Foxlin. The creator showcases the construction process of the darts game, which features a festive design and incorporates elements of family recipes. Throughout the video, holiday music from various artists creates a cheerful atmosphere, complementing the DIY project and gift exchange.
Fixing Broken Fishnets
The video demonstrates a CNC router project focused on repairing a broken landing net using a custom-designed part. It details the design process, machining steps, and testing results for durability. This content is useful for enthusiasts looking to understand how to fabricate and test repair components for outdoor equipment.
Assembling My Custom CNC Router Frame | The Frankenoko Project Part 2
The video details the assembly of a custom CNC router frame, focusing on the design and construction of the machine table. The creator explores various permutations to achieve maximum rigidity, ultimately settling on what he claims is the most rigid Shapeoko foundation ever built. This project, assisted by Fabworks' metal laser cutting services, is part of the ongoing Frankenoko build series, aimed at CNC enthusiasts and makers interested in custom machine construction.
The Secret Life Of Gas Springs
The video covers the internal mechanics and physics of gas springs, explaining how compressed nitrogen gas and a sealed piston system generate near-constant force over a stroke. It includes disassembly, pressure measurements, and real-world testing to demonstrate their behavior under load, debunking common misconceptions. This is useful for CNC builders, furniture designers, and anyone using gas springs for counterbalancing or controlled motion in mechanical systems.