If you’re working with high-temperature 3D printing materials like PEEK, PEI, PP SU, Ultem, and carbon fiber, you’re probably no stranger to the challenges they present. Warping, curling, and adhesion issues can turn 3D printing into a frustrating ordeal. But here’s the good news: we’ve been working passionately for the past year to develop a game-changing solution that will make your high-temperature 3D printing journey a whole lot smoother.
The Birth of Nanotech Adhesive
The spark for our nanotech adhesive and advanced carbon fiber plates came from firsthand experience. We knew there had to be a better way to tackle the issues associated with high-temperature materials. Glass beds shattered, glue sticks left us in a sticky mess, and endless build plate preparation was sapping our productivity.
Our quest for a solution led us to collaborate with one of the world’s leading polymer scientists. Together, we embarked on a journey of research and innovation that resulted in two groundbreaking products: the nanotech adhesive and the Vision Miner carbon fiber plates.
Nanotech Adhesive: The Ultimate Adhesion Solution
The nanotech adhesive we’ve developed is a game-changer, especially for high-temperature materials. It’s designed to address issues like warping, curling, and inadequate adhesion, making your 3D printing experience much smoother.
This adhesive is compatible with a wide range of materials, but it’s specifically tailored for the high-temperature players like PEEK, Ultem, PP SU, and carbon fiber-infused materials. It simplifies the 3D printing process, allowing you to focus on your projects rather than battling with your build plate.
Advanced Carbon Fiber Plates
Our carbon fiber plates are not your run-of-the-mill plates you find on Alibaba. These are the result of extensive research and material science expertise. Our material scientists worked diligently to create a surface that provides excellent adhesion while offering versatility.
One side of the carbon fiber plate features a smooth, glassy finish. This side is perfect for smaller parts where you want a mirror-like finish on the bottom. It’s ideal for delicate prints that might get damaged if there’s too much adhesion.
On the flip side, quite literally, the plate has a different finish. This side offers a stronger grip. It’s designed to handle larger surface area prints, like those involving high-temperature materials. These materials exert thousands of pounds of force while trying to peel themselves from the build plate. The nanotech adhesive and our carbon fiber plates work together to ensure that your prints stay firmly in place.
Your Free Sample Awaits
We’re thrilled to roll out these innovative products to the 3D printing community. As we enter the final stages of production and packaging, we can’t wait to send them out to you. But while you wait, if you’re eager to try them out yourself, you’re in luck. We’re offering free samples of our nanotech adhesive. All you need to do is reach out to us through our website and let us know about your use cases. We’ll find the best formulation for your needs.
We have two formulations available. One is tailored for high-temperature materials like PEEK and Ultem, while the other is a slightly lighter version designed for ABS, carbon fiber, nylon, and similar materials.
Get Your Free Sample
If you’re diving into high-temperature 3D printing and want to try our nanotech adhesive, reach out to us via our website or give us a call. We’re here to help you find the perfect solution that fits your specific requirements. The wait is finally over, and we’re excited to share our revolutionary products with the world.
If you believe that these innovations are what the 3D printing industry needs and can make working with high-temperature materials much more accessible, please show your support. Hit that like button and subscribe to our updates. Your positive feedback keeps us motivated.
Embrace the future of 3D printing with nanotech adhesive and advanced carbon fiber plates. Enjoy a seamless, efficient, and frustration-free 3D printing experience.