News & events

As medical devices grow more sophisticated and regulatory standards tighten, controlled manufacturing spaces have become critical. At Cadence, we’ve stepped up to this challenge by expanding our cleanroom capabilities, giving our customers exactly what they need: precision assembly, meticulous packaging, and rigorous inspection—all under carefully controlled conditions. Expanding Cleanroom Facilities to Meet Demand Recognizing the rising demand, we’ve expanded our ISO Class 7 and Class 8 cleanroom spaces across multiple Cadence facilities. These enhanced environments are specifically designed to meet the strict requirements of assembling sensitive medical devices, including implantable technologies and diagnostic tools. Delivering Fully Integrated Solutions Our cleanroom services aren’t just about assembly. We seamlessly integrate components that we manufacture in-house alongside parts supplied by our customers or third-party vendors. Our skilled teams excel in complex procedures like precision bonding, laser welding, and sterile barrier packaging, ensuring quality at every stage. Ensuring Quality and Compliance Cadence’s cleanroom operations are designed and maintained to ensure...

The demand for smaller, more complex medical device components continues to rise. To support this growing need, Cadence has expanded its machining capabilities by adding advanced multi-axis equipment that increases both precision and production efficiency. Tackling Complex Designs Head-On Our new multi-axis machining centers enable us to handle increasingly intricate designs with ease, allowing tighter tolerances and more complex geometries. This means fewer secondary operations, increased repeatability, and greater overall design flexibility—leading directly to shorter production cycles and significant time savings. Expanding Material Expertise In addition to handling traditional materials like stainless steel, Cadence’s machining operations now have expanded capability with high-performance alloys such as implant grade titanium and cobalt chrome. These materials are commonly used in orthopedic instruments, minimally invasive surgical tools, and implantable devices. Optimizing Processes for Quality and Efficiency Behind the scenes, Cadence’s integrated teams—engineers, machinists, and quality experts—collaborate closely to fine-tune every step. By optimizing processes and...

Laser processing is an essential capability for manufacturing the highly precise and complex components required in today’s medical devices. At Cadence, we’re continuously evolving—especially when it comes to precision. Our recent investments in advanced fiber and femtosecond laser systems allow us to expertly handle even the most intricate features and demanding medical applications, including micromachining delicate materials like nitinol. Unmatched Precision & Speed By incorporating cutting-edge automation and precision fixturing, we’ve enhanced our ability to deliver repeatable accuracy and faster production cycles. Our expanded laser welding capabilities also provide stronger, more attractive joints while reducing the need for post-processing—crucial for high-quality medical devices. Supporting Complex Medical Applications Our laser processing capabilities are essential for components used in catheter-based delivery systems, endoscopic surgical tools, and implantable devices. These devices often require extremely fine features and tight tolerances that laser processing can deliver consistently. Improving Precision, Speed, and Repeatability By leveraging automation and...