Part Precision Sweden AB’s Post

Whether for orthopedic implants or imaging devices, precision machining enhances the reliability and functionality of medical devices. As demand increases, collaboration with specialized precision machining partners like Vantedge Medical or Hobson & Motzer, Inc. is crucial to staying ahead in the medical device industry. #MedicalDevices #MedTech #PrecisionMachining #MinimallyInvasiveSurgery

German Project Yields Three New Medical Machining Processes Recent research has resulted in a new mix of high-speed turn whirl milling, polygon turning and rotational turning for manufacturing medical bone screws and out-of-round nails. https://lnkd.in/d-NDvuSs

1 in ten people will need an orthotic or prosthetic device at some point in their lives. With this huge global demand, additive manufacturing is a game changer for clinicians, patients and manufacturers alike. Our latest article explores how additive manufacturing is supporting the industry. Read more: https://lnkd.in/eVZGpUFJ #AMFG #orthoticsandprosthetics #additivemanufacturing #AM

CNC machining of small medical device parts is a highly complex and technically demanding process. It not only involves high-precision equipment and technology, but also requires consideration of the particularity of materials, rationality of design, optimization of process parameters, and strict quality control. This article will explore how to deal with these difficulties and how to deal with them.

CNC machining of small medical device parts is a highly complex and technically demanding process. It not only involves high-precision equipment and technology, but also requires consideration of the particularity of materials, rationality of design, optimization of process parameters, and strict quality control. This article will explore how to deal with these difficulties and how to deal with them.

In the realm of medical device manufacturing, every micron counts. Our production partner, Axis, has ushered in a new era of precision with their latest tooling solutions tailored for medical implants. Variable Helix End Mills: Designed for vibration-free machining, these mills ensure a smooth surface finish at higher feeds, a critical factor when manufacturing components like hip and knee implants that demand exceptional surface quality. High-Performance Through Coolant Drills: Axis has redefined deep hole drilling with drills that feature four-margin geometry for balanced drilling and wavy cutting edges for superior chip control. This innovation is crucial for creating precise, deep holes in implants with unmatched accuracy. Torx End Mills for Screw Heads: Specializing in the milling of hexalobe shapes, these end mills come with smooth radius transitions for more stability, ensuring the high precision required for the intricate features of bone screws. The dedication to quality doesn't stop here. Axis employs superior grade carbide and cutting-edge surface engineering technologies like MMP Superfinishing and PVD Coating, enhancing tool longevity and performance. Dive into the specifics of Axis's offerings: NexGen High Precision Tools for Medical Implants 👇 #Axis #Medical #CNC #CNCMachining #MedicalDevice #MonaghanTooling #PrecisionMachining #Drilling #Milling #Quality #Carbide

In case you missed it at IMTS, our latest inspection release is a Multi-Sensor Measurement System used for high-precision, automated part inspection. The system offers three different measurement methods to account for all dimensional callouts. Check out the article to learn more! #KEYENCE #Quality #Noncontact #Metrology #CMM

The quality of life of patients has been enhanced by #medical machining's significant contribution to the development of diverse body implants. The #machining of PEEK CAGES is one example where high-quality parts must be produced using technologically advanced #CuttingTools that can effectively manage tight tolerances. TaeguTec's wide range of services and #miniature cutting tools, which are unrivaled in the industry, along with its wealth of experience in the machining of medical parts, are ideal for manufacturers looking to efficiently produce high-quality parts. “Miniature Industry” brochure at https://bit.ly/MiniBro “The Right Choice – Technical Guide” at https://bit.ly/3cVEYhL #PeekCages #NonFerrous #TaeguTec #precision #milling #turning #drilling #threading #IndustrySleuth #IndustrySolutions #RightTool #ToolLife #MachineShop #micro #micromachining #microtools #manufacture #StockControl #HighSpeed #HighFeed #metalworking #CostReduction #machinist #EngineeringExcellence #GetInspired #tooling #HighPerformance #MachinistLife #ToolingSolutions #HighProductivity #ToolRoom #ManufacturingExcellence #MachineShopLife #EngineeringLife #ChipControl #LeadingEdge #MetalIndustry #innovation #AdvancedMachining #fabrication #ToolsOfTheTrade #CuttingEdge

Choosing Red Star for mold build and tooling offers several key advantages that can ensure the success of your injection molding project: 1. Precision and Consistency across production runs, reducing the risk of defects and ensuring compliance with industry standards. 2. Comprehensive Tooling Expertise in designing and building molds for complex geometries, which is especially beneficial if your project requires intricate designs or tight tolerances. 3. Material Expertise ensuring that the mold is designed to accommodate the material’s specific flow, shrinkage, and cooling characteristics. 4. Validated Processes and Compliance by reducing the time and cost associated with validation, while ensuring compliance with FDA and ISO standards—critical for medical device manufacturers. 5. Ongoing Support and Maintenance ensuring that your tooling stays in top condition throughout the project, which reduces downtime and maximizes productivity. By partnering with Red Star, you're not just getting a mold, but a fully optimized, validated tooling solution backed by years of expertise in the medical device manufacturing industry. #InjectionMolding #OverMolding #Tooling #MoldDesign #MedDevice #Diagnostics #LifeSciences #SportsMedicine #Robotics #Navigation #Orthopedics

This article explores the transformative potential of AM in the ceramic industry, highlighting how it reduces production costs, increases design freedom, and enables the creation of complex geometries. Dive into the latest advancements, technological innovations, and future directions in ceramic AM to understand how this technology is revolutionizing material science. Read the full article to learn more: https://lnkd.in/ewtTNb4z Curious about how AM can transform orthopedics? Visit SiNAPTIC at @American Orthopaedic Foot & Ankle Society (AOFAS) Annual Meeting next month on September 11-14 to learn more! #AdditiveManufacturing #3DPrinting #Ceramics #Innovation #Engineering #MaterialScience