Nexa3D
xFLEX402-Black Semi-Firm, Rubberlike Elastomer 3D Printing Resin
updated
Learn more about NexaX 3.0 👉 nexa3d.com/software
Get an in-depth look at the powerful new features of NexaX 3.0, including:
✅ Enhanced Account Management: Seamlessly manage printer details, print history, and data with the new account management system.
✅ Operational Insights: Quickly check printer status, uptime, material consumption, and print success rates. Our intuitive dashboard allows you to dive into analytics for individual printers or your entire fleet, making performance monitoring a breeze.
✅ Intelligent Print Queueing: Optimize your workflow with intelligent print queueing that sends files directly to available printers based on material and capacity. Effortlessly manage multiple builds across your fleet, ensuring efficient utilization of resources and reduced downtime.
Discover the cutting-edge technology behind Nexa3D’s innovative approach to rapid prototyping and production. Watch as our experts, including Sebastian Krell, Managing Director at SK Industriemodell, showcased the speed, precision, and versatility of Freeform Injection Molding. See how digital designs were transformed into high-quality, functional parts in real-time. This demonstrates the future of manufacturing and how Nexa3D is pushing the boundaries of what’s possible with 3D printing technology.
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Download the Polyurethane Molds Processing Guideline nexa3d.com/guides/polyurethane-molds
Here’s what you’ll learn:
✅ Discover how to drastically reduce the time from CAD design to the first production shot, achieving days instead of weeks.
✅ Learn about the cost-saving benefits of 3D printed tooling for injection and polyurethane molding applications.
✅ Explore real-world examples of how 3D printing and traditional manufacturing converge to create incredible applications.
✅ Gain valuable insights from industry experts at BASF’s Forward AM on the latest advancements and best practices in ultrafast 3D tooling solutions.
Thank you to everyone who stopped by and contributed to making this event such a success!
Learn more about FIM 👉 nexa3d.com/digital-tooling
Speakers:
➔ Carsten Jarfelt, FIM product expert, Nexa3D
➔ Kubi Kara, President of APSX
Here’s what you’ll learn:
➔ Brief overview of Nexa3D's freeform injection molding and the APSX PIM Molding Unit.
➔ Watch the unit in action from CAD file to molded part.
➔ Examples of successful applications in various industries.
➔ Ask your questions, discuss potential applications and technical details.
nexa3d.com/xipnova
nexa3d.com/industries/dental-3d-printing
1. Bring a CAD file into NexaX software
2. Setup print job on NexaX
3. Start print
4. XiP features and materials overview
5. Remove part from build plate
6. Perform a quick wash of the part
7. Add part to xCURE Desktop for curing
8. Remove finished part!
Learn more about XiP 👉 nexa3d.com/xip
The XiP and xCURE Desktop Demo:
1. Bring a CAD file into NexaX software
2. Setup Print Job on NexaX
3. Start Print
4. Review XiP Features and Materials Overview
5. Remove Part from Build Plate and Wash Part
6. Add Part to xCURE Desktop for Curing
7. Remove Finished Part!
In this on-demand webinar, you will learn:
✅ Learn how high speed extrusion works
✅ Hear a quick overview of the full line-up of HSE printers
✅ Learn about leverage true independent dual extrusion (IDEX)
✅ Explore an expansive material portfolio of engineering, high-performance, and specialty polymers
We'll also have a live Q&A session at the end with Dr. Blake Teipel, Chief Strategy Officer at Nexa3D and co-founder of Essentium!
The XiP Demo:
1️⃣ Bring a CAD file into NexaX Software
2️⃣ Setup print job on NexaX
3️⃣ Start Print
4️⃣ XiP Features and Materials Overview
5️⃣ Remove Build Plate with Finished Part
🔍 Explore XiP - bit.ly/3ON24Iy
📦 Request a 3D Printed xRook Sample - bit.ly/3ptXt3l
⬆️ 60-Day Money-back Guarantee - bit.ly/3CuhrkI
🎥 More Webinars - bit.ly/3S0ua4i
Nexa AI aims to provide users with the print intelligence needed to ensure first time print success, every single time. This is of tremendous value to industrial and production users where print repeatability and reliability are paramount to scaled additive production. The software’s intelligence amplifies with each print, continually enhancing its efficiency and effectiveness.
Users will benefit from streamlined and automated workflows, remote monitoring and print management, and real-time error detection, intervention, and remediation. The resulting user benefits include reduced material consumption, lower labor costs, higher production yields, and superior process repeatability.
Learn more about Nexa AI 👉 nexa3d.com/blog/nexa3d-unveils-nexa-ai
Here's what you'll learn in this on-demand webinar:
✅ What makes TPC different from other TPU and TPE materials
✅ How you can use TPC for production applications
✅ The performance characteristics of TPC
✅ How you can control material performance through design
✅ Automating your production workflow for TPC components
✅ How TPC can impact production parts, including footwear and sporting goods
There's also a Q&A session at the end with Dwayne Jeon, Design Director for the acclaimed La La Land Production and Design house, and John Calhoun, Director of QLS Business at Nexa3D.
Here’s what you’ll learn:
✅ How Freeform Injection Molding works
✅ The benefits of using FIM for MIM prototypes
✅ How FIM can de-risk development and accelerate innovation
✅ How Fraunhofer used FIM and xMOLD to prototype metal parts in 10 days or less
Learn more about FIM 👉 nexa3d.com/digital-tooling
Read the Fraunhofer IFAM case study 👉 nexa3d.com/case-studies/fraunhofer-case-study
Learn more about XiP Pro 👉 nexa3d.com/3d-printers/xip-pro
Hear real-world examples of how FIM not only enabled Alpine’s customers to quickly iterate and develop their designs but also test them with production-level performance, and learn how Alpine leveraged FIM to develop and deliver 80 injection molded prototypes in just 10 days.
Here's what you'll learn:
✅ How Freeform Injection Molding works
✅ The benefits of using FIM to develop prototypes
✅ Things to consider when implementing FIM in your own design or production process
✅ How programs like Moldex3D can simulate mold flow and improve FIM mold design
Learn more about FIM 🔗 nexa3d.com/digital-tooling
Read the Alpine Advance Materials' Case Study 🔗 nexa3d.com/case-studies/alpine-case-study
Talk to a FIM Expert 🧑💻 nexa3d.com/contact
Watch as we take you through the process of designing and creating this extraordinary cap, highlighting every step of the way, from concept to reality.
Learn more about xMOLD: nexa3d.com/digital-tooling
Visit the PepsiCo Perfect Cap Project Timeline: nexa3d.com/digital-tooling/project-timelines/pepsico-perfect-cap
#pepsico #xMOLD #3dprinting #innovation #design #technology #behindthescenes #fim #freeforminjectionmolding
During this webinar we discussed Freeform Injection Molding (FIM) - a hybrid approach to digital tooling that combines 3D-printed freedom of design with the industrial strength of injection molding. The innovative approach to 3D printed tooling unlocks tremendous potential for contract manufacturers, regional molders, service providers and low-volume manufacturers looking to take full advantage of the design freedom, speed, and agility of 3D printing while using tried and true injection molding materials.
Here are the topics we cover:
✅ Unleash the potential of Freeform Injection Molding, merging complete design freedom with injection molding.
✅ Validate your designs in production materials
✅ Use any ordinary injection molding unit and standard injection molding feedstock for your next product development journey.
✅ Leverage reliability and durability of injection molding with trusted plastic materials.
✅ Understand how FIM is used today to accelerate design, test fully functional prototypes, and leverage FIM for production and mass customization opportunities.
But what is it? And what makes it unique from other 3D printing technologies like SLA?
In this recorded webinar, experts from Xometry and Nexa3D will unveil this new technology, its benefits, and how its engineered materials create functional, end-use parts useful across various industries, including commercial, medical, dental, and manufacturing.
🤖 Learn more about LSPc: nexa3d.com/guides/ultrafast-3d-printing
📦 Request a 3D printed sample: nexa3d.com/sample-part-request
🖥️ Get an On-Demand Quote from Xometry: xometry.com
🦷 nexa3d.com/software/dentflow
SLS continues to reign supreme as the preferred additive manufacturing technology for low-volume manufacturing of complex components. As more and more manufacturers turn to this technology to solve production needs and supply chain woes, important questions emerge—How sustainable is this process? How effective is this process for higher-volume manufacturing?
✅ QLS technical overview
✅ Thermoplastic powder selection
✅ Build speed and throughput capabilities
✅ Recycled powder performance and handling
✅ 80% reduction in production costs
✅ From ear scan to custom mold in 40 minutes
✅ Printed tools compatible with standard medical grade molding materials
“XiP’s open material platform enabled us to explore diverse materials before choosing a biocompatible resin that is used for printing our custom tooling.” -- Jesper Winther Andersen, CEO at earfab®
Full story ⏩ nexa3d.com/case-studies/earfab-case-study
#shorts #nexa3d #3dprinting #3dprinter #medicaldevice #3dprintedtooling
Watch as we lift the hood on our new ultrafast resin desktop 3D printer, XiP. Rapid prototyping with 3D printing has become more common in product design, and XiP brings new meaning to "rapid" at the desktop. We will cover how the mSLA process combined with Nexa3D's proprietary LSPc technology achieves this, and ultimately delivers higher productivity.
About the Speakers:
Michael Currie
Vice President, General Manager Desktop Business Unit
Michael's leadership of Nexa3D's Desktop Business starts with the launch of XiP. He brings years of engineering, sales and marketing experience delivering proven solutions to the market across the tech sector, including additive manufacturing and specifically desktop 3D printing.
Melissa Hanson
Vice President, Product Marketing
Melissa is a full-stack marketing leader with over 15 years of experience driving high growth for manufacturing technology companies. She has spent over half of her career in the additive space, focusing on educating markets and delivering value to product designers and engineers needing parts, printers, software and more.
An in-depth overview of the new XiP Pro Industrial 3D Printer. We walk you through all the features and technical specifications of this powerful new printer that will take your additive manufacturing to a completely new level of productivity.
Speed without Compromises
With industry-leading print speed of up to 24 vertical centimeters per hour, XiP Pro can produce its entire build volume in under 2 hours without sacrificing print quality or surface finish.
Largest Build Volume in Its Class
With a 19.5-liter build volume, a single XiP Pro delivers the daily throughput of at least four competitive resin-based printers, allowing you to dramatically change the economics of 3D printing production
Unrivaled Accuracy and Surface Quality
XiP Pro boasts a cutting-edge 7K resolution LCD screen with 46µm pixel size ensuring that every detail of a design is captured with unparalleled precision resulting in finished products that are both stunning and accurate.
Broad Material Range
An open material platform with a broad range of already validated high-performance materials, ranging from strong and durable resins, such as xABS, xPP, and xCE, to elastomeric materials, such as xFLEX475 and xFLEX405.
0:00 - Preparing Workspace
0:43 - Accessories & Toolkit
1:38 - Printer Leveling
2:14 - Power & Ports
2:40 - Registration
3:20 - Installing Buildplate
3:49 - Installing Vat & Membrane
4:24 - Loading Resin
5:11 - Nexa X
5:50 - xWASH Setup
6:57 - xCURE Setup
8:04 - First Print
Learn more about XiP Pro 👉🏻 nexa3d.com/pro or visit our support portal support.nexa3d.com/hc/en-us
Learn more about XiP Pro: nexa3d.com/pro
XiP Pro really packs a punch. On top of delivering highest throughput and lowest total cost of ownership in its class, it features print speeds exponentially faster than the traditional SLA and DLP-based technologies, more powerful print engine, and a 19.5-liter build volume. Need we say more? Well, there is a lot more. Watch this video to see what we mean…
Speed without Compromises
With industry-leading print speed of up to 24 vertical centimeters per hour, XiP Pro can produce its entire build volume in under 2 hours without sacrificing print quality or surface finish.
Largest Build Volume in Its Class
With a 19.5-liter build volume, a single XiP Pro delivers the daily throughput of at least four competitive resin-based printers, allowing you to dramatically change the economics of 3D printing production
Unrivaled Accuracy and Surface Quality
XiP Pro boasts a cutting-edge 7K resolution LCD screen with 46µm pixel size ensuring that every detail of a design is captured with unparalleled precision resulting in finished products that are both stunning and accurate.
Broad Material Range
An open material platform with a broad range of already validated high-performance materials, ranging from strong and durable resins, such as xABS, xPP, and xCE, to elastomeric materials, such as xFLEX475 and xFLEX405.
Largest Build Volume and Fastest Print Speed in its Class
XiP Pro delivers highest daily throughput at the lowest cost of operation. It offers the largest build volume and fastest print speed in its class, producing functional prototypes and final use parts at previously unattainable production economics. Its state of the art, LCD-based VAT photopolymerization process using Nexa3D’s patented Lubricant Sublayer Photocuring (LSPc) technology delivers high accuracy, excellent dimensional stability, and superb surface quality, all on an open material platform with over 30 validated high-performance resins.
✅ 19.5L Build Volume
✅ 7K LCD Resolution
✅ 25 µm – 200 µm Print Resolution
✅ 46 µm Pixel Size
Learn more about XiP Pro 👉🏻 nexa3d.com/pro
Rapid Tooling
The patented Freeform Injection Molding (FIM) process uses ultrafast Nexa3D printers and xMOLD resin to print injection molding tools that are compatible with thousands of off-the-shelf injection molding materials, including reinforced high-performance feedstocks. The ability to design, iterate, and validate using final grade production materials in hours versus weeks is invaluable in any product development process.
Dissolvable Tooling
The FIM process produces fully soluble tools, enabling true design freedom and eliminating the need for time consuming design and gating considerations typically associated with conventional tooling process. You can quickly design and print tools for highly complex parts, inject with injection molding feedstock, and then dissolve away the tool to reveal the complex shape underneath.
nexa3d.com/industries/dental-3d-printing
CEOs
Avi Reichental - Nexa3D
Shai Terem - Markforged
Ziad Abou - Quickparts
Moderator
Adam Penna - additivemanufacturing.com
Learn more: nexa3d.com/industries/dental-3d-printing
ABS, PP, and PEEK are just a few of the thermoplastics that now have resin analogs. How do these light-loving resins match up with their warm-weather counterparts? Let’s find out.
🤖 Learn more about XiP: nexa3d.com/3d-printers/xip
📖 2023 Materials Guide - info.nexa3d.com/2023-material-guide
📦 Request a 3D printed sample from XiP: nexa3d.com/xrook
🖥️ Customer Stories - nexa3d.com/case-studies
🤖 Learn more about XiP: nexa3d.com/3d-printers/xip
📦 Request a 3D printed sample from XiP: nexa3d.com/xrook
🎸 Explore Liquid Sound Technologies - liquidsoundtechnologies.com
🖥️ Visit Applied Rapid Technologies - artcorp.com


