Introducing Our LCT Reinforced Quick Turn Catheter Shaft Program! Engineered to meet the demands of cutting-edge medical device applications, our LCT reinforced Quick Turn Catheter Shaft is designed to streamline your prototyping process. By providing off-the-shelf materials in the most commonly needed sizes, we put functional parts in your hands faster. Our dedicated team ensures every product meets rigorous quality standards. With a focus on precision and efficiency, we are committed to delivering superior catheter shafts tailored to your specific needs. Simply provide us with your size specifications and application details, and we’ll handle the rest. Interested in learning more about our quick turn catheter shaft program? Click here: https://hubs.ly/Q02KQnR-0
Resonetics
Manufacturing
Nashua, New Hampshire 34,255 followers
The Leader in Advanced Engineering, Prototyping, Automation, and Micro Manufacturing for Life Sciences and MedTech
About us
Resonetics is a pioneer in advanced engineering and manufacturing solutions for the life sciences industry. Core capabilities include laser ablating, cutting, drilling and welding; nitinol shape setting and electropolishing, centerless grinding and photochemical machining, fiber optic sensing and thin wall tube fabrication. With Lightspeed Application Development Labs located strategically to serve MedTech companies around the world, Resonetics is built on a foundation of quality, speed and innovation to deliver best-in-class value with a customer centric approach. For over 30 years, Resonetics has been a pioneer in micro manufacturing. Founded in 1987, Resonetics has continuously invested in leading edge technology to solve medical device manufacturing challenges and developing experts who innovate tomorrow’s medical devices. We have deployed over 500 laser workstations that cover a wide spectrum of laser types and wavelengths – femtosecond, picosecond, excimer, DPSS, and CO2. Combining state-of-the-art laser systems with a top technical team allows Resonetics to partner with customers and provide winning solutions that meet technical as well as economic requirements. Resonetics has 14 manufacturing facilities located in the United States, Canada, Costa Rica, Israel and Switzerland with ISO-13485:2003 certified quality system and lean six-sigma practices.
- Website
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http://www.resonetics.com
External link for Resonetics
- Industry
- Manufacturing
- Company size
- 1,001-5,000 employees
- Headquarters
- Nashua, New Hampshire
- Type
- Privately Held
- Founded
- 1987
- Specialties
- Dedicated Application Development & Prototyping Lab, Cleanroom Manufacturing, Laser Cutting, Laser Drilling, Wire Stripping/Ablation, Catheter Skiving/Shaping, Laser Welding, System Design & Fabrication, Nitinol Electropolishing, Nitinol Shape Setting, Laser Micro Manufacturing, stainless steel hypotube, marker bands, Precision Grinding, Medical Device Subassemblies, Mandrels, Corewire Fabrication, photochemical machining, electromechanical sensors, and nitinol processing
Locations
Employees at Resonetics
Updates
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Thank you to everyone who visited our booth at ADLM last week! Our team had a lot of great conversations with everyone who stopped by. For those who missed us or wish to continue the conversation, don't hesitate to connect with our team Terry Rusch, Samuel Obert, and Jedediah Dodrill. We are excited about the opportunities ahead and look forward to staying in touch. Be sure to check out our latest microfluidics whitepaper here: https://hubs.ly/Q02KHTvx0 Additionally, you can read our recent blog post here: https://hubs.ly/Q02KHX580
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Read our latest blog post about the Photochemical Machining (PCM) process and learn why our PCM capabilities ensure that we stay at the forefront of innovation and quality. Advantages of our Photochemical Machining Capabilities: • High-volume manufacturing • On-site automation and tooling team • Glass photo tools • Advanced etching techniques • High-yield circuit etching • Automated vision inspection systems You can read the full blog post here: https://hubs.ly/Q02Jp1KL0
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It's day 1 of ADLM and our team is here and ready to talk about your next project. Join us in booth #4062 to talk all things microfluidics and advanced diagnostics. Whether you are interested in lab-on-a-chip products, automated layering and stacking solutions, biosensors and more, our team is equipped with the knowledge and expertise to answer all your questions. We are excited to highlight the author of our latest whitepaper, "Microfluidics: Laminate Tolerancing, Capability and Measurements in Laser Processing," Terry Rusch, will be present at ADLM 2024. Take this opportunity to discuss cutting-edge advancements directly with the expert. The conference and expo runs July 28th - August 1st. Can't make it to the show but still want to talk to our team? Connect with us here: https://hubs.ly/Q02J57NV0 #ADLM #Microfluidics #AdvancedDiagnostics #PreciseManufacturing #Resonetics
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Want to learn more about microfluidics? Introducing our latest whitepaper: "Microfluidics: Laminate Tolerancing, Capability and Measurements in Laser Processing" authored by Terry Rusch, Technical Fellow at Resonetics. In this free whitepaper from Resonetics, we highlight the capabilities and requirements for tolerancing in microfluidics through the testing of a laser cut component processed with different methods and variables. The goal of the whitepaper is to examine how variables and processing methods can greatly affect the end manufactured product. What you can expect to read about: - Laser processing capability for microfluidic laminates - Capabilities and requirements for tolerancing - How material, laser wavelength, design, dimension tolerances, and measurement all impact the end result Click here to download: https://hubs.ly/Q02J5G2g0 #Microfluidics #MicrofluidicLaminates #LaserProcessing #PrecisionEngineering #Resonetics
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Check out our latest blog post: "A Comprehensive Guide on Nitinol." This in-depth resource covers the unique properties, diverse applications, and transformative potential of Nitinol in various industries. Enhance your understanding and leverage the capabilities of this remarkable material. Read the full blog post here: https://hubs.ly/Q02HJ_nX0
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Join us next week at ADLM 2024 in Chicago, IL! Stop by our booth and talk to our team about your latest projects. The show runs from July 28th - August 1st. https://hubs.ly/Q02HwZKx0 Want to learn more about our capabilities? Check out our website: https://hubs.ly/Q02Hwrwb0
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Read our latest blog "Understanding Tabbing Features and Etching Processes in Metal Manufacturing" to discover how these processes play a fundamental role in the overall manufacturing workflow, allowing for detailed and accurate production of metal parts. Key Highlights: Tabbing Features Partial Etching Etching Tolerances and Substrate Dimensions such as: - Through-Etch Tolerances - Partial-Etch Tolerances - Substrate Dimensions Read the full blog post here: https://hubs.ly/Q02Hwt-00 #PhotochemicalMachining #ChemicalEtching #MedTech #PrecisionEtching #Resonetics
Understanding Tabbing Features and Etching Processes in Metal Manufacturing - Resonetics
https://resonetics.com
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Read our latest blog post for an in-depth overview of the photochemical machining process. Discover how this innovative technique is revolutionizing precision manufacturing by offering unmatched accuracy and flexibility. Key Highlights: What is Photochemical Machining? Benefits and Applications Step-by-Step Process Industry Insights and Future Trends Read the full blog post here. https://hubs.ly/Q02G_RCZ0 #Manufacturing #Innovation #PhotochemicalMachining #PrecisionEngineering #Resonetics
Photochemical Machining Process Overview - Resonetics
https://resonetics.com
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At Resonetics, we're pioneering the future of medical device manufacturing with our cutting-edge polymer laser processing capabilities. This advanced technology is transforming how we approach precision and innovation in MedTech and Life Sciences markets. Our polymer laser processing specialties include: - Ablation depth control for blank vias or other features - Selective material removal - 3D feature processing - Multilumen processing with dynamic OD control - Reel-to-reel wire coating stripping - Profile control micro-via array drilling This process can be used for applications such as the creation of microfluidic devices, catheters, or other components requiring high precision. Interested in learning more about our polymer laser processing capabilities? Click here: https://hubs.ly/Q02GDBzX0
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