Kyle Kruse 🚀’s Post

Medical devices with complex geometries can be a challenge to manufacture with traditional methods. But, there's a secret weapon in the world of medical device design: Dip Molding! This innovative technique can tackle those complicated shapes that injection molding can't handle. Swipe to see how this game-changing manufacturing method works! ➡ Interested? Read the full blog to learn more: https://bit.ly/4aofVzv #MedicalDeviceDesign #DipMolding #DesignForManufacturing #MedTech #DeviceManufacturing

🔬 Exploring the Vital Link: ALTEST Revolutionizes PCB Manufacturing for Medical Devices! 🔍 In the ever-evolving realm of medical technology, precision and reliability are paramount. Printed Circuit Boards (PCBs) serve as the backbone of countless life-saving devices, from diagnostic equipment to implantable devices. At ALTEST, we're proud to be at the forefront of PCB manufacturing, offering innovative solutions tailored specifically to the unique needs of the medical industry. Why ALTEST? 🛠️ 🔹 Unmatched Expertise: With decades of experience in PCB manufacturing, ALTEST brings unparalleled expertise to the table. Our team of seasoned professionals is well-versed in the rigorous standards and regulations governing medical device production, ensuring the highest level of quality and compliance. 🔹 Cutting-Edge Technology: We leverage state-of-the-art equipment and advanced manufacturing techniques to produce PCBs of exceptional precision and reliability. From multilayer boards to flexible circuits, our capabilities are tailored to meet the diverse requirements of medical device manufacturers. 🔹 Customized Solutions: At ALTEST, we understand that one size does not fit all. That's why we work closely with our clients to develop customized PCB solutions that align with their unique specifications and performance criteria. Whether it's optimizing space constraints or enhancing signal integrity, we're committed to delivering tailored solutions that exceed expectations. How ALTEST Supports Medical Companies 🏥 In the fast-paced world of medical device development, time is of the essence. That's where ALTEST truly shines. Our streamlined manufacturing processes and rapid prototyping capabilities empower medical companies to accelerate their product development timelines without compromising on quality or reliability. Moreover, we recognize the critical importance of regulatory compliance in the medical industry. With rigorous quality control measures and adherence to industry standards such as ISO 13485, we ensure that our PCBs meet the strictest regulatory requirements, providing our clients with peace of mind and confidence in their final products. Looking to elevate your medical device innovation? Partner with ALTEST and experience the difference firsthand. Together, we can transform visionary ideas into life-saving realities. Reach out today to learn more about our PCB manufacturing solutions for the medical industry! Read more about our manufacturing facility here: https://lnkd.in/g-TBz_y #MedicalTechnology #PCBManufacturing #Innovation #MedicalDevices #ALTEST #HealthcareInnovation #EngineeringExcellence

Revolutionize your manufacturing with the FCS CT-180 e Series, a groundbreaking all-electric injection molding machine. It caters to a wide range of industries, including packaging, optics, medical devices, and electronics. With a clamping force from 50 to 900 tons, its state-of-the-art features include precise motion control for 0.01mm accuracy. Contact us to discover how the CT-180 e Series can revolutionize your plastic manufacturing. #FCSCT180eSeries #InjectionMolding #AllElectricMachine #ManufacturingRevolution #PlasticManufacturing #PrecisionMolding #IndustrialMachinery #PackagingIndustry #OpticsIndustry #MedicalDevices #ElectronicsManufacturing #ClampingForce #PrecisionControl #StateOfTheArtMachinery #ManufacturingInnovation #HighPrecisionMolding #AdvancedTechnology #PlasticIndustry #IndustrialAutomation #RevolutionizeManufacturing

Step 6: laser etching Silicone keypad laser etching, also known as silicone keypad laser marking, is a precision manufacturing process used to create intricate and durable designs on silicone rubber keypads. This process involves the use of laser technology to selectively remove or ablate the top layer of silicone material, leaving behind a permanent, high-contrast, and precise mark. Silicone keypads are commonly used in a variety of electronic devices, such as remote controls, medical devices, and industrial equipment, where tactile feedback and durability are essential. #laser etching#silicone keypads#laser technology

Our engineering team has been focused on developing repeatable and precise fixturing for our medical device assembly processes. A key enabler has been the use of kinematic mounting techniques in our custom fixtures. Kinematic mounts utilize 3 contact points on a part to constrain all 6 degrees of freedom in a repeatable way. We machine v-grooves and hemispherical cavities into our fixtures to interface with cylindrical locators on the parts. The geometry is designed to ensure the part seats in the exact same position every time. This approach eliminates overconstraint and allows for micron level repeatability. As we scale up production, having reliable, precise fixturing is crucial for maintaining quality and process control. The kinematic mounts have proven robust and easy to implement. We're excited by the potential this unlocks as we optimize our assembly workflows. #newproductdevelopment #medicaldevices #meddevice #contractmanufacturing #researchanddevelopment #prototyping #catheter #innovation #kinematicmounts

Two new auxetic cell shapes have been added to the Lattice feature in Creo. These capabilities are implemented in the regular lattice workflow. The two shapes are auxetic uniform cell controllable by one angle (X) value, and auxetic non-uniform cell controllable by two angle (X and Y) values. This allows you to create lattices with negative Poisson ratios, lattices with high energy absorption and fracture resistance metamaterials, and is useful in applications like body armor and medical devices. Learn more about additive manufacturing in #Creo: http://ptc.co/JRVm50QHXvV

As medical device engineers, we often utilize 80/20's versatile modular framing systems when designing fixtures and enclosures for our clients. The standardized T-slot aluminum profiles allow us to rapidly prototype and iterate on custom solutions. For functional test fixtures, the modular 80/20 components allow us to quickly design and reconfigure frames, mounts, brackets, and workstations tailored to each device. We can also integrate fixtures onto carts and workbenches on wheels for easy portability between labs and production floors. Let us know if your medical device engineering needs could benefit from 80/20's versatility. We can deliver fixtures and safety enclosures with speed and flexibility using these modular building blocks. #newproductdevelopment #medicaldevices #meddevice #contractmanufacturing #researchanddevelopment #prototyping #catheter #innovation #8020 #80_20

Rigid Thermoformed Packaging Design Tips (2nd Installment): Many medical devices have tubing or wires connected to them that are cumbersome to control when removing a device from a sterile package. Control of the sequence in which this tubing or wiring is removed from the package can be achieved by creative cutout tabs or flaps with locking mechanisms designed in a rigid plastic pouched tray. Of course this has to be done in a specific way to avoid having difficulty while manufacturing these trays. Innovation is nice but fast cycle speeds allow you to crush those KPI goals.🤔 #medicalpackaging #thermoforming

Step 6: laser etching Silicone keypad laser etching, also known as silicone keypad laser marking, is a precision manufacturing process used to create intricate and durable designs on silicone rubber keypads. This process involves the use of laser technology to selectively remove or ablate the top layer of silicone material, leaving behind a permanent, high-contrast, and precise mark. Silicone keypads are commonly used in a variety of electronic devices, such as remote controls, medical devices, and industrial equipment, where tactile feedback and durability are essential. #laser etching#silicone keypads#laser technology

Precision medical machining involves the precise manufacturing of medical hardware components.