Bioceramics Refer To A Type Of Ceramic Material Used For Repairing Or Replacing Damaged Bone Tissue. They Have Many Advantages, Such As Biocompatibility, Non-Toxicity, Dimensional Stability, And Most Importantly, Biological Inertness In Root Canal Treatment.

Bioceramics Are Mainly Used As Medical Implants And Exist In The Form Of Blocks, Coatings Or Fillers. Orthopedic Surgeries Involving The Surgical Implantation Of Bioceramic Implants Include Hip Joint, Knee Joint, Joint, Craniofacial And Spinal Hard Tissue Replacement, Etc. With The Aging Of The World’s Population, The Application Of Bioceramics Is Becoming Increasingly Popular.

High-Strength Component Technology Ceramics For Surgical Implants Are Ideal Materials For Orthopedic Reconstruction And Other Biological Implant Devices, Featuring High Strength, Low Weight And Inherent Biocompatibility. Technical Ceramics Possess Numerous Adjustable And Utilizable Material Properties, Which Can Meet The Demands Of Personalized Applications, Helping To Extend The Lifespan Of Implants And Improve Patient Healing

Ceramics also have some other important applications in medical devices and tools, including tissue engineering scaffolds, medical pumps, blood shear valves for hematological testing, drug delivery devices, piezoelectric elements for medical devices and tools, and ceramic-metal components for imaging equipment. In addition, ceramic particles and microspheres are also becoming increasingly popular in cancer radiotherapy and other targeted therapies.

Liquid management/Requires a complex and reliable fluid handling system to measure, monitor and control fluids. Technical ceramic components are widely used in many medical fluid management applications due to their biological inertness, corrosion resistance, thermal stability and wear resistance, including dialysis, blood management, and the treatment of maintenance and replacement fluids.

loongceram alumina is the preferred material for most ceramic substrates. It offers durable and cost-effective performance for hybrid electronic circuits and has been verified for reliability in medical devices. loongceram has designed alumina of different grades, formulations and thicknesses to meet the demands of various applications.

Cutting equipment/Fine-grained technical ceramics are the ideal choice for cutting tools. loongceram ceramic cutting components feature wear resistance, high performance and long service life, and can replace traditional stainless steel and tungsten carbide components in medical cutting equipment.
The heat resistance, mechanical strength and electrical insulation of medical imaging/technical ceramics, combined with loongceram’s manufacturing capabilities, provide reliable X-ray tubes and components for medical imaging. Advanced ceramic materials possess powerful dielectric strength and resistivity, which can meet the demands of high power.

loongceram combines its expertise in technical ceramics with comprehensive metallization, brazing and metal-ceramic joining technologies to offer reliable X-ray tubes and medical imaging components. Our brazing and joining experts will assist you in choosing the most effective and cost-effective methods and materials for your ray tubes and components

Accelerator components for pharmaceutical production ball mills

Enhancing the performance of medical equipment/Medical devices help accurately diagnose health conditions, shorten patients’ recovery time, and improve the quality of patient care. Technical ceramic components, with their special properties such as heat resistance, mechanical strength and electrical insulation, are increasingly important in medical device applications

Durable ceramic materials and precise shape improvement for pharmaceutical manufacturing /loongcrea offers a range of robust, highly inert and corrosion-resistant components for pharmaceutical production. Our experts will assist you in material selection, manufacturability design and custom engineering.