Real feedback. Real performance.
Dr. Marcus Blue @perioblue highlights the clinical advantages of combining SigmaOss™ Fiber with InterCollagen® Guide, noting the graft’s ability to remain cohesive after hydration while staying fully moldable for precise placement. He also emphasizes the membrane’s excellent drapability and suture strength, making it easier to manage even in challenging grafting sites.
From placement to closure, materials designed to work with the clinician and not against them.
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#SigmaGraft #SigmaOss #InterCollagen #BoneGrafting #DentalImplants #RegenerativeDentistry
From source to structure—engineered for performance.
InterOss® Anorganic Cancellous Bone Granules are carefully processed to preserve the natural architecture of cancellous bone, maintaining interconnected porosity that supports vascularization and new bone formation. Through a controlled manufacturing process, consistency, purity, and structural integrity are ensured: helping deliver predictable outcomes in a wide range of grafting procedures.
Built on science. Designed for reliability in every case.
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#InterOss #BoneGrafting #DentalImplants #RegenerativeDentistry #SigmaGraft
Join us at CDA 2026 in Anaheim!
Discover advanced grafting solutions and explore the science behind predictable outcomes at booth #2358. Connect with our team, see our latest innovations, and elevate your clinical approach.
📍 Anaheim, CA
📅 May 14–16, 2026
We look forward to seeing you there!
#CDA2026 #BoneGrafting #SigmaGraft #RegenerativeDentistry
Hands-on learning in action at VISTA.
This session focused on soft tissue augmentation around teeth and implants, where participants explored practical techniques, case-driven approaches, and precision handling in a clinical setting. From fundamentals to advanced applications, every detail was designed to elevate surgical confidence and outcomes.
Thank you to everyone who joined us and made this experience both engaging and impactful. More to come as we continue advancing education in regenerative dentistry.
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#SigmaGraft #VISTA #DentalEducation #SoftTissueAugmentation #RegenerativeDentistry
Precision in every pore.
From its natural bovine trabecular structure to its refined surface, InterOss® is designed across multiple scales to support bone regeneration. The interconnected macro-architecture enables vascular infiltration and space for new bone formation, while optimized micropores (40–60 µm) promote angiogenesis and osteoblast migration within the graft. At the micro level, refined surface porosity (≤1.5 µm) enhances protein attachment and stabilizes the fibrin network, supporting early cellular response.
A structure built to support regeneration from the first contact to final bone formation.
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#SigmaGraft #InterOss #BoneGraft #BoneRegeneration #Biomaterials #Osteoconduction #RegenerativeDentistry
Join leading experts for an in-depth discussion on modern extraction site management.
In collaboration with VISTA Institute, this comprehensive program features Dr. Homa Zadeh, Dr. Joseph Kan, and Dr. Gustavo Avila-Ortiz as they explore the clinical decision-making behind immediate implant placement vs. ridge preservation.
📍 Woodland Hills, CA
📅 May 2–3, 2026
🎓 16 CE Units
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#SigmaGraft #VISTAInstitute #DentalEducation #ImplantDentistry #RidgePreservation #ImmediateImplants #BoneGrafting
Engineered from macro to micro for predictable regeneration.
InterOss® is derived from natural bovine trabecular bone, its interconnected porous architecture supports vascularization and creates space for new bone formation. Optimized micropores (40–60 µm) facilitate angiogenesis and osteoblast migration, promoting effective bone ingrowth. At the surface level, refined microporosity (≤1.5 µm) enhances protein adsorption and stabilizes the fibrin network, supporting early cell attachment.
Designed to support every stage of the regenerative process: from initial blood interaction to new bone formation.
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#SigmaGraft #InterOss #BoneGraft #BoneRegeneration #Biomaterials #Osteoconduction #RegenerativeDentistry
Built for biology. Designed for regeneration.
InterOss® features an irregular porous architecture that closely mimics natural bone, supporting angiogenesis and guiding the migration of osteoblasts for effective bone formation. With well-shaped macropores (40–60 μm) and defined micropores (≤1.5 μm), it creates an ideal environment for vascularization and cellular integration.
A structure that works with the body makes healing can happen naturally and predictably.
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#SigmaGraft #InterOss #Xenograft #BoneGrafting #RegenerativeDentistry #ImplantDentistry
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