Mastercam Mill 2D Toolpaths – Webinars on Demand
Mastercam Mill 2D Toolpaths - Webinars on Demand Interested in seeing all of the possibilities Mastercam 2020 has for programming 2D toolpaths? Watch this on demand replay of Cimquest's 30-minute webinar that was live on April 28th and demonstrates Mastercam Mill and answers your questions. https://cimquesttv.wistia.com/medias/v5ndf5yjcx?embedType=async&videoFoam=true&videoWidth=640
Nexa3D announces New 3843-xABS Black Material
Nexa3D announces the immediate availability of 3843-xABS Black Material for durable prototypes and functional production parts powered by Loctite™ high-performance materials. Nexa3D recently joined Henkel’s Open Materials Platform with the goal of expanding the capabilities of its ultrafast production 3D printing technology. Together, the companies are combining their skills and expertise to further scale improvements in industrial additive manufacturing. As a result, both companies are announcing the availability of Nexa3D 3843-xABS Black suitable for durable prototypes and functional parts production with attributes similar to ABS. This is a single-component light cure, acrylic resin based on Loctite 3843 that is specifically tuned for use with Nexa3D’s flagship NXE400 3D printer. 3843-xABS Black is a high performance, high modulus material that boasts excellent flexural and tensile physical properties with a relatively high degree of elongation. It also displays high green strength and excellent heat deflection temperature, enabling it to print accurately and function in a wide variety of demanding engineering applications including connectors, arms, levers and brackets, and other mechanical assemblies used in robotics, automation machinery and manufacturing stations, in addition to parts and systems for a variety of last mile transportation vehicles, including drones. Tough resin with High impact resistance High print resolution and [...]
Nexa3D and Henkel Partner to Expand Access to Ultra-Fast Functional 3D Printing
Nexa3D announces the immediate availability of 3843-xABS Black Material for durable prototypes and functional production parts powered by Loctite™ high-performance materials. Nexa3D, the maker of ultrafast stereolithography production 3D printers, recently announced that they entered into a partnership with Henkel to develop and deliver a family of co-branded performance photopolymer materials through its expanding Nexa3D channels globally. Nexa3D joins Henkel’s open platform of material partners with a focus on jointly addressing high throughput industrial production opportunities leveraging its leading print speed, large build volume and intelligent resin management technology to convert Henkel performance resins into functional parts on its NXE400 3D printer. Nexa3D and Henkel entered into this collaboration to leverage their combined expertise and drive orders of magnitude of improvement in industrial-scale additive manufacturing. Comparatively speaking, Nexa3D’s flagship printer, the NXE400, takes current 3D printing speeds from dialup internet to broadband, printing up to 19 liters of part volume at high speed, reducing the time to produce ready-to-use functional prototypes and production parts from hours to just minutes. Nexa3D 3843-xABS Black is a high performance, high modulus material that boasts excellent flexural and tensile physical properties with a relatively high degree of elongation. xABS Black displays high green strength and excellent heat [...]
Learn about Nexa3D & Print in Real Time
Learn about Nexa3D & Print in Real Time Nexa3D printers are among the fastest in the marketplace, but how exactly does this technology work? In this webinar we will examine the logistics, overview the technology as a whole, and lastly print a build in real-time. Join us as we delve into the mechanics of Nexa3D https://cimquesttv.wistia.com/medias/u877n27358?embedType=async&videoFoam=true&videoWidth=640
Machine Data Collection with Cimco
Machine Data Collection with Cimco - Webinars on Demand In this last chapter of this webinar series we will provide another substantial function to implement on your day to day use of the Cimco product.We will challenge you to learn the functions of Machine Data Collection (MDC) to collect shop floor information such as cycle start/stop, feed/speed overrides, etc. We will implement the use of MDC Ports to collect the data and MDC Clients to utilize the data by either displaying ‘live’ information on TV monitors strategically placed on the shop floor or in reporting. We’ll integrate the FUTURE by allowing Web Clients to enable the use of devices like Tablets, both for remote access, as well as providing a portable method to enter and view information. https://cimquesttv.wistia.com/medias/i80pscuvgl?embedType=async&videoFoam=true&videoWidth=640
Supply Chain Disruptions – Bringing Your Sourcing In-house
By George Sigouros, Account Executive Today, as we review our place in a new world order, it now features the pandemic crisis and a significant disruption in the global supply chain. Who knew we would be forced to evaluate our strategy and use additive manufacturing to in-source. As demonstrated by the global spread of the virus, combined with the life-saving response of the additive manufacturing community, clearly this has changed the way we do business. As medical teams struggle to cope with the reality of this global pandemic and work diligently to secure medical supplies, the crisis and the supply chain disruption has impacted the healthcare system and its ability to save lives. Now more than ever it is incumbent on us as a community to ensure that the medical teams have what they need to battle this crisis. The acceleration of producing medical parts and products, and not being dependent on outsourced manufacturing, is the new reality. With its ability to instantly adapt, additive manufacturing can deliver parts into a disrupted supply chain and be the life preserver that our community needs. This has brought new awareness and renewed value to the ability and strength of our industry. Insourcing and using 3D [...]