Novus Life Sciences Limited

The most resorbable material in our lineup, Ossfila Medical PLLA is engineered to support, built to last exactly as long as healing takes. Unlike standard PLLA, our Medical PLLA is a pharmaceutical-grade polymer designed for safe degradation within the body. It's certified to USP 43 Class VI for biocompatibility and non-toxicity, and the raw material meets all ISO 10993 requirements for implantable medical devices. It is sterilizable by gamma radiation, e-beam, and ethylene oxide. It's naturally absorbed by the body over approximately 3 years, with no second surgery required for removal. With a flexural strength of 68 MPa and flexural modulus of 2.46 GPa, it closely resembles the mechanical behavior of native bone. Manufactured under strict diameter control at 1.75mm ± 0.05mm, PLLA is compatible with standard FFF machines and ships ready to print. From oral maxillofacial implants and cranioplasty to spinal interbody fusion cages, parietal bone, and radius, ulna, carpal, metacarpal, and phalangeal bone applications, Medical PLLA is built for the implants and scaffolds where the material itself is part of the healing process. Full product profile in the infographic. Reach out directly to discuss your application. #MedicalPLLA #PLLA3DPrinting #Medical3DPrinting #BioresorbableMaterial #Bioresorbable #NOVUSLifeSciences #MedTech #ISO13485 #MedicalDevices #Biomaterials #FDM3DPrinting #Cranioplasty #Orthopaedic #MedicalManufacturing

Choosing a 3D printing filament for a clinical application comes down to one question: can it perform where it actually matters like under sterilization, under stress, under inspection? Ossfila Medical PETG is built for exactly that. Unlike standard PETG, it's certified to USP 43 Class VI for biocompatibility and non-toxicity, and sterilizable by gamma radiation, e-beam, and ethylene oxide, suitable for direct and indirect patient contact. It delivers a flexural strength of 51.7 MPa and flexural modulus of 1.67 GPa, with high toughness, impact resistance, and optical clarity built for demanding clinical environments. Manufactured under ISO 13485 certification with diameter held to 1.75mm ± 0.05mm, it's compatible with standard FFF machines and ships ready to print. Available in VITA shades A1, A2, A3, B1, C2, color-matched to natural dentition, and 3 gum-pink shades, as well as with custom colors available on request. From customized surgical guides and surgical instruments to dental crowns, prostheses, training models, and anatomical models, Medical PETG is trusted by 160+ clients across 60+ countries. Full product profile in the infographic. Reach out directly to discuss your application. #MedicalPETG #PETG3DPrinting #Medical3DPrinting #BiocompatibleFilament #DentalCrowns #NOVUSLifeSciences #MedTech #ISO13485 #MedicalDevices #Biomaterials #FDM3DPrinting #DigitalDentistry #SurgicalGuides #MedicalManufacturing

In medical device manufacturing, structural integrity is not optional. It is the baseline. That is where Ossfila Medical Polycarbonate (PC) 3D Printer Filament earns its place. Polycarbonate (PC) is one of the most impact-resistant high-performance thermoplastics in medical 3D printing, valued for its exceptional rigidity, superior drillability, and ability to withstand aggressive sterilization cycles without deformation. Our Medical PC has a flexural strength of 86 MPa and a flexural modulus of 2.01 GPa, resistant to most chemicals, particularly acids, with outstanding impact resistance, polishability, and UV tolerance. It is biocompatible and non-toxic, certified to USP 43 Class VI, and sterilizable by gamma radiation, e-beam, autoclave, and ethylene oxide. At NOVUS Life Sciences, we manufacture medical-grade polycarbonate filament under ISO 13485 certification and ISO 14644 cleanroom conditions, with strict diameter control at 1.75mm ± 0.05mm, compatible with standard FFF machines, vacuum sealed with desiccants, and ready to print. From surgical instruments and surgical guides to microfluidic devices, body fluid containers, and medical device housings, Medical PC is the material for applications where strength and structural integrity cannot be compromised. Full product profile in the infographic. Reach out directly to discuss your application. #MedicalPC #Polycarbonate3DPrinting #Medical3DPrinting #BiocompatibleFilament #SurgicalInstruments #NOVUSLifeSciences #MedTech #ISO13485 #MedicalDevices #Biomaterials #FDM3DPrinting #HighPerformancePolymer #MedicalManufacturing #SurgicalGuides

Clarity is not just a material property. In the right application, it is what makes the difference. That is where Ossfila Medical PMMA 3D Printer Filament earns its place. Polymethyl methacrylate (PMMA) is one of the most widely specified optically transparent materials in medical device manufacturing, valued for its glass-like clarity, high-gloss finish, and proven biocompatibility. Our PMMA has a flexural strength of 81.7 MPa and a flexural modulus of 2.12 GPa, with outstanding chemical resistance, particularly to acids, and the ability to outlast aggressive sterilization cycles. It is biocompatible and non-toxic, tested to ISO 10993-5, 7, 10, ISO 11737-2, and USP 43 Class VI, and sterilizable by gamma radiation, e-beam, and ethylene oxide. At NOVUS Life Sciences, we manufacture medical-grade PMMA filament with strict diameter control at 1.75 mm ± 0.05 mm, under ISO 13485 certification and ISO 14644 cleanroom conditions, compatible with standard FFF machines, vacuum sealed with desiccants, and ready to print. From surgical training models and anatomical replicas to microfluidic devices and body fluid containers, PMMA is the material for applications where optical clarity and precision are non-negotiable. Full product profile in the infographic. Reach out directly to discuss your application. #MedicalPMMA #PMMA3DPrinting #Medical3DPrinting #BiocompatibleFilament #SurgicalModels #NOVUSLifeSciences #MedTech #ISO13485 #MedicalDevices #Biomaterials #FDM3DPrinting #CranialReconstruction #TransparentFilament #MedicalManufacturing

In medical device manufacturing, mechanical performance is not a preference. It is a requirement. That is where Ossfila® Medical PEEK 3D Printer Filament earns its place. Ossfila® Medical Polyetheretherketone (PEEK) is one of the most specified high-performance thermoplastics in medical 3D printing. It has a flexural strength of 151 MPa and a flexural modulus of 3.57 GPa which outperforms most polymers used in medical applications on pure mechanical terms. It is sterilizable by gamma radiation, e-beam, autoclave, and ethylene oxide, and it is biocompatible and non-toxic, tested to ISO 10993-5, 6, 10, and 23, and USP 43 Class VI. At NOVUS Life Sciences, we manufacture medical-grade PEEK filament under ISO 13485 certification and ISO 14644 cleanroom conditions, with strict diameter control at 1.75mm ± 0.05mm and unique device identification (UID) for full traceability. Compatible with all professional FFF machines, vacuum sealed with desiccants, and ready to print. From surgical tools, implants and spinal interbody fusion devices to cranioplasty and orthopaedic applications, PEEK is the material for procedures where mechanical performance is non-negotiable. Full product profile in the infographic. Reach out directly to discuss your application. #MedicalPEEK #PEEK3DPrinting #Medical3DPrinting #BiocompatibleFilament #SurgicalImplants #NOVUSLifeSciences #MedicalDevices #Biomaterials #SpinalFusion #Cranioplasty #ISO13485 #MedTech #FDM3DPrinting #HighPerformancePolymer

Most bioactive materials in bone repair rely on coatings. A layer of hydroxyapatite applied to the surface of an implant after manufacturing. The problem with coatings is that they can delaminate, degrade unevenly, or lose effectiveness after sterilization. The question we kept returning to was: what if the bioactivity was built into the material itself, at the molecular level, rather than applied on top? That is the principle behind Bonlecule®, our PMMA-based bioactive 3D printing filament embedded with nano-hydroxyapatite particles of approximately 20nm, chemically bonded to copolymer nanoparticles within the polymer matrix. Unlike commercial filaments that mix nano-HA as a filler, Bonlecule®'s nano-HA is structurally integrated, which means more even distribution, more consistent biological performance, and a material that behaves differently at the cellular level. In vitro studies confirmed it. MC3T3-E1 osteoprogenitor cells cultured for 28 days in osteogenic medium showed significantly greater calcium deposition on Bonlecule® compared to standard PMMA, a direct marker of osteoconductivity and extracellular matrix mineralization. The material does not wait for the body to adapt to it. It actively facilitates the process. For labs and hospitals evaluating bioactive materials for 3D-printed implants like cranioplasty, spinal interbody fusion, and oral maxillofacial reconstruction, this distinction matters. A biocompatible material tolerates the body. A bioactive material works with it. Bonlecule® is the world's first bioactive FDM 3D printer filament. ISO 13485 certified. Sterilizable by gamma radiation, e-beam, and ethylene oxide. Compatible with standard FFF machines. Full product profile in the infographic. Reach out directly to discuss your application. #Bonlecule® #BioactiveFilament #Medical3DPrinting #Biomaterials #NOVUSLifeSciences #Osteoconductivity #RegenerativeMedicine #MedTech #ISO13485 #SurgicalImplants

Medical PEEK is one of the most demanding materials to manufacture to clinical standards. It is also one of the most widely used high-performance polymers for medical applications. At NOVUS Life Sciences, we produce medical-grade PEEK filament under ISO 13485 certification and ISO 14644 cleanroom conditions, making high-quality materials accessible to labs, hospitals, and medical device manufacturers worldwide without the price barriers that have historically limited access. Follow Novus Life Sciences Limited for more on our full range of medical 3D printing filaments. #MedicalPEEK #Medical3DPrinting #NOVUSLifeSciences #Biomaterials #MedTech #PEEK

Our 2026 Summer Interns Have Arrived! 🧬 We're thrilled to welcome our newest batch of interns to the NOVUS Life Sciences family this summer. Joining us from universities across more than 10 countries, our interns will be working across R&D and Business Development & Marketing, contributing to projects that span biomaterials, medical 3D printing, product development, and commercial strategy, bringing fresh perspectives from around the world into our lab and our work. At NOVUS, we believe innovation happens when different perspectives come together. Working alongside our team on projects that genuinely move the needle, from the lab bench to the markets we serve. Please join us in welcoming our 2026 intern class. We can't wait to see what this summer brings. 🤝 #Internship2026 #NOVUSLifeSciences #MedicalDevices #Biomaterials #3DPrinting