Resonetics

Accelerate innovation with Resonetics Lightspeed Lab in Nashua, NH. At Resonetics, we understand that speed and precision are critical in the development and prototyping process. That’s why our Lightspeed Lab in Nashua, NH, is equipped with state-of-the-art laser systems, including excimer lasers and ultra-short pulse lasers. These advanced technologies offer precise control over beam intensity, duration, and heat output, ensuring the highest quality results with minimal thermal impact on materials. Our expertise includes: - Ablation depth control - Selective material removal - 3D feature processing - Multilumen processing with dynamic OD control - Reel-to-reel wire coating stripping - Profile control micro-via array drilling Click here to connect with an expert and learn more: https://hubs.ly/Q02NZzMC0

Inauguration of our second building in Costa Rica ✨ Yesterday marked an exciting milestone for Resonetics Costa Rica, with the opening of our second building, a testament to our continued commitment to innovation and growth. The enthusiasm and support of all those present made this occasion even more special. Thank you to Juan Gabriel Ruiz, also to each of the attendees and to the members of the Resonetics Costa Rica family, who have been a fundamental part of this achievement. Their dedication and commitment have made this important expansion possible.

At Resonetics, we provide leading-edge fiber optic sensor development capabilities and advanced manufacturing experience to support high volume production of complex fiber optic products for the medical device and energy markets. Our sensors are integral in gathering precise data on pressure, temperature, and force during minimally invasive procedures. Advantages of Resonetics Fiber Optic Sensors: • Working length section diameters as small as 0.8 French • Lead-in fiber diameter less than 0.5 French • Exceptionally flexible glass fiber offers superior deliverability without kinking • Front-looking configuration of sensor tips prevents side-facing/wall-bouncing measurement artifacts • Lack of metallic components provides immunity to RF, MW, and MRI interference Whether you need a standard product or a custom solution, our team of experts have you covered. Interested in learning more? Check out our introduction to fiber optic sensors video here: https://hubs.ly/Q02N0WFL0 #Resonetics #FiberOpticSensors #MedTech #MedTechInnovation #MinimallyInvasive

Exciting career opportunities at Resonetics! We're expanding our team and have several key positions open across various locations. If you're passionate about innovation and looking to make an impact in the MedTech industry, check out these roles: Kettering, OH: - Quality Engineer Bethel, CT: - Process Engineer - Grinding - Product Development Engineer - Materials San Diego, CA: - Principal Development Engineer (Agile) - Lightspeed Application Development Engineer - Nitinol - Lightspeed Engineer Manager - Nitinol Learn more here: https://hubs.ly/Q02MTG_F0 #Resonetics #MedTech #CareerOpportunities #JobOpenings #MedTechCareer

When partnering with Resonetics for a Lightspeed Lab day, your team will be onsite at our facility working directly with a dedicated engineer and technician on multiple design iterations and prototypes throughout the day. This collaboration can shave weeks or even months off the typical prototyping process. By the end of the day, you will leave with parts in hand. Watch a Lightspeed Lab day in action here: https://hubs.ly/Q02MCKRC0 #Lightspeed #LightspeedLabDay #Resonetics #MedTechInnovation #RapidPrototyping

Photochemical machining enables us to produce high-volume products with very tight tolerances, which is crucial for applications where accuracy and repeatability are non-negotiable. This process is often used for flat components or devices, such as blades, sharps, filters, and other precision parts. At Resonetics, we manage variables such as photo tool compensation, etching chemistry, and process parameters, to consistently achieve feature sizes and tolerances that push the boundaries of MedTech manufacturing capabilities. The whitepaper 'Photochemical Machining: How it Works & Key Advantages in Medical Device Manufacturing' explores how the process works, its benefits and considerations, and the distinct advantages it offers to engineers who are pushing the boundaries of the medical device industry. Read the whitepaper here: https://hubs.ly/Q02MdGQ_0 #PrecisionEngineering #MedicalDevices #PhotochemicalMachining #BladesAndSharps #MedTech #Resonetics

Innovating medical devices with custom electromechanical sensors. At Resonetics, we design and manufacture custom electromechanical sensors for MedTech applications, capturing critical data like strain and temperature. Our sensors, perfect for minimally invasive surgeries, have a small footprint, low electromagnetic emissions, and are highly customizable. Why partner with us? From design to integration, our engineers create sensors tailored to your needs. Whether standalone or part of a device, our advanced sensor solutions support groundbreaking medical technology. Click here to speak with an expert: https://hubs.ly/Q02LtH9-0 #MedTech #MedicalInnovation #ElectromechanicalSensors #CustomSensors #Resonetics

Spotlight on our Quick Turn Catheter Shafts – designed to streamline your prototyping process and compress lead times What sets our Quick Turn Catheter Shafts apart? - Efficiency: By using off-the-shelf materials in common sizes, we expedite the process and ensure you receive functional parts quickly. - Versatility: From neurovascular to structural heart applications, our sizes cater to a broad spectrum of therapeutic needs. - Quality and Precision: Every shaft meets rigorous quality standards, providing the precision you need for groundbreaking medical devices. Partnering with us means: - Reduced lead times – get your LCT reinforced shafts in just 2 weeks. - Simplified processes – leverage our stock materials and predeveloped manufacturing process. - Elimination of multiple vendor management – saving you time and effort. Click here to learn more: https://hubs.ly/Q02L8bmW0

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

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