Resonetics’ proprietary chemical machining process can be used to create different blades and sharp features. Modifying the process parameters allows the edge profile to be customized to for sharpness and durability.
Visit our website to learn more: https://t.co/gNWGXKYKLM
Check out this article from MPO on The Latest of Machining for Medtech, where our own Kevin Hartke, CTO, Resonetics, was quoted talking about the latest trends in miniaturization and new technology advancements in the industry.
Read more here:
https://t.co/3fD32DRqcb
Happy New Year!
Kick off your 2021 prototyping projects with quick turn orders from the Resonetics online store!
Order today at https://t.co/bOjiVbIeRB
Happy Holidays from all of us at Resonetics!
Resonetics will be closed for the holidays on December 24th, 25th, and January 1st.
We wish everyone a safe and fun holiday season.
Want to get a head start on your development project before the holidays?
Order your parts from Resonetics' online store! Orders ship in 24hrs which means less waiting for your parts and more innovating with them.
Order from the online store here: https://t.co/MJVtXmPDTx
While 2020 may have been full of unexpected changes, our team at Resonetics has continued to thrive & operate at full force, innovating for our customers & developing new ideas for the life sciences market.
See what the Resonetics team is all about here:
https://t.co/M5H0CYODbq
Why does Resonetics make a great medical micro manufacturing partner?
“We’re built to solve challenges that will enable our MedTech customers to bring innovative new products to the life sciences market and improve health care around the world."
- Kevin Hartke, CTO, Resonetics
Join us at #ICIforAll, Global Digital Summit on December 6th and 7th! Registration is free and open to all participants, register here: https://t.co/jqJVCYaczr
We hope to see you (virtually) there!
#ICI2020
Precision CNC machining continues to gain popularity as medical device development engineers understand its benefits.
Resonetics has machining capabilities with a range of equipment and applications such as micro scale implants, catheter components and delivery system components
Our photochemical etching techniques use a strategic combination of exclusively designed equipment, enabling us to produce photochemical machined parts such as surgical jaws and blades, skin abraders and needles.
Contact us today to learn more!
Resonetics’ photochemical machining process provides another method of fabricating tight tolerance, precision features in micro-scale metal components. Our process has been innovated to support medical device applications in multiple markets such as minimally invasive surgery.
Resonetics’ precision coiling process was developed with functionality in mind and includes a variety of coil winding techniques that provide the conductivity, flexibility and radiopacity your device requires.
Resonetics has driven advancements of micro-forming technology through the addition of automation and precision tooling. One example of this includes an automated tube flaring technology which employs robotic part motion and inline geometry inspection.
The next capability in our Metal Fabrication Series is Micro-forming.
The experience and precision of Resonetics’ designated team can achieve even the most intricate manipulation of your micro-forming prerequisites.
This graphic shows ways to achieve micro-forming.
At Resonetics, our capabilities don't stop when the process is complete.
Our engineers and scientists continue to innovate and find ways to bring added value and advancements to our capabilities, enhancing your project experience.
Metal Fabrication Series: Centerless Grinding.
Resonetics’ centerless grinding process enables a nearly limitless level of micro-scale geometries for mandrels, guide wires, core wires and catheter components. Check out our LinkedIn for more info:
https://t.co/F5PCEEgzkh
Over the next few weeks we are highlighting technology advances in our metal fabrication processes such as centerless grinding and micro wire forming as shown in the image.
Contact us today to learn more about our metal fabrication processes. https://t.co/6XXD395VZO