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A Deep Dive Into Our Laser Cutting and Texturing Capabilities
Technical Blog Technical Blog | A Deep Dive Into Our Laser Cutting and Texturing Capabilities A Deep Dive Into Our Laser Cutting and Texturing Capabilities Advancements in medical technology are leading to smaller, less-invasive instruments with reduced...Enhancing Quality Control With New Metrology Equipment and Real-Time SPC
Technical Blog Technical Blog | Enhancing Quality Control With New Metrology Equipment and Real-Time SPC Enhancing Quality Control With New Metrology Equipment and Real-Time SPC We’re excited to announce we’ve made significant enhancements to our quality...Hierarchical Surface Restructuring Technology Can Outperform Coating and Thin-Film Technologies for Long-Term Implantable Electrodes and Microelectrode Arrays
Technical Blog Technical Blog | Hierarchical Surface Restructuring Technology Can Outperform Coating and Thin-Film Technologies for Long-Term Implantable Electrodes and Microelectrode Arrays Hierarchical Surface Restructuring Technology Can Outperform...New Titanium Alloys Are Made For Medical—Part 1
Technical Blog Technical Blog | New Titanium Alloys Are Made for Medical—Part 1 New Titanium Alloys Are Made For Medical—Part 1 Titanium alloys such as Ti6Al4V (Grade 5) and Ti6Al4V ELI (Grade 23) are widely used in medical devices—and for good reason. Titanium...Laser Restructuring Enhances Electrode Properties
Technical Blog Technical Blog | Hierarchical Surface Restructuring Enhances Electrode Properties Hierarchical Surface Restructuring Enhances Electrode Properties A new surface modification process enhances the properties of the metal alloys used for implantable...
