Everwhite Dental Solutions

• Titanium 6AL 4V construction for durability and biocompatibility.
• SLA surface with increased surface area for optimal tissue-level contouring.
• 2.5 Hex indentation and 11-degree Morse Taper for a secure connection.
• Dual thread design with 0.8mm pitch for reduced surgical time.
• Twist Type cutting edge for self-tapping ability and minimized bone resistance.
• Micro thread technology with 0.2mm depth for enhanced initial fixation.
• Tapered apex with dimensions tailored for stability in various implant sizes.

• Tapered internal hex design for easy insertion.
• Variable thread for self-tapping in diverse conditions.
• Micro & major threads enhance adaptability.
• Rounded tip ensures precise adaptation.
• SLR surface finish promotes optimal bone growth.
• Dual Buttress Thread with finer cortical thread.
• Blasted surface for increased biocompatibility.
• Immediate loading possible for efficiency.
• Twist Type cutting edge minimizes bone resistance

• Micro Thread Design (0.2mm): Enhances surface area, improving initial fixation and facilitating a smooth connection with the main thread.
• Conical Main Thread with Lower Deep Thread: Maximizes stability during insertion into the implant bed, potentially allowing for immediate loading.
• Dual Thread Design (0.8mm Pitch): Reduces surgery time with efficient rotations (1.6mm per 1 rotation), enhancing the speed and effectiveness of implant placement.
• RBM Surface: Treated with highly biocompatible Calcium-Phosphate Media, the surface is blasted to increase surface areas, promoting improved biocompatibility for successful integration.
• Twist Type Cutting Edge: Enhances self-tapping ability during implant placement, minimizing bone resistance and contributing to smoother procedures.
• Versatile 4mm Diameter: Offers versatility for various clinical applications, providing flexibility in treatment planning.
• Apex Design (D-0.7mm): The apex features a tapered body shape, contributing to overall implant stability.
• Potential for Immediate Loading: Depending on achieved stability during insertion, the implant may support immediate loading, providing quicker restoration.

• Micro Thread Design (0.2mm): Enhances surface area, improving initial fixation and facilitating a smooth connection with the main thread.
• Conical Main Thread with Lower Deep Thread: Maximizes stability during insertion into the implant bed, potentially allowing for immediate loading.
• Dual Thread Design (0.8mm Pitch): Reduces surgery time with efficient rotations (1.6mm per 1 rotation), enhancing the speed and effectiveness of implant placement.
• RBM Surface: Treated with highly biocompatible Calcium-Phosphate Media, the surface is blasted to increase surface areas, promoting improved biocompatibility for successful integration.
• Twist Type Cutting Edge: Enhances self-tapping ability during implant placement, minimizing bone resistance and contributing to smoother procedures.
• Versatile 4mm Diameter: Offers versatility for various clinical applications, providing flexibility in treatment planning.
• Apex Design (D-0.7mm): The apex features a tapered body shape, contributing to overall implant stability.
• Potential for Immediate Loading: Depending on achieved stability during insertion, the implant may support immediate loading, providing quicker restoration.

• Micro Thread Design (0.2mm): Enhances surface area, improving initial fixation and facilitating a smooth connection with the main thread.
• Conical Main Thread with Lower Deep Thread: Maximizes stability during insertion into the implant bed, potentially allowing for immediate loading.
• Dual Thread Design (0.8mm Pitch): Reduces surgery time with efficient rotations (1.6mm per 1 rotation), enhancing the speed and effectiveness of implant placement.
• RBM Surface: Treated with highly biocompatible Calcium-Phosphate Media, the surface is blasted to increase surface areas, promoting improved biocompatibility for successful integration.
• Twist Type Cutting Edge: Enhances self-tapping ability during implant placement, minimizing bone resistance and contributing to smoother procedures.
• Versatile 4mm Diameter: Offers versatility for various clinical applications, providing flexibility in treatment planning.
• Apex Design (D-0.7mm): The apex features a tapered body shape, contributing to overall implant stability.
• Potential for Immediate Loading: Depending on achieved stability during insertion, the implant may support immediate loading, providing quicker restoration.

• Micro Thread Design (0.2mm): Enhances surface area, improving initial fixation and facilitating a smooth connection with the main thread.
• Conical Main Thread with Lower Deep Thread: Maximizes stability during insertion into the implant bed, potentially allowing for immediate loading.
• Dual Thread Design (0.8mm Pitch): Reduces surgery time with efficient rotations (1.6mm per 1 rotation), enhancing the speed and effectiveness of implant placement.
• RBM Surface: Treated with highly biocompatible Calcium-Phosphate Media, the surface is blasted to increase surface areas, promoting improved biocompatibility for successful integration.
• Twist Type Cutting Edge: Enhances self-tapping ability during implant placement, minimizing bone resistance and contributing to smoother procedures.
• Versatile 4mm Diameter: Offers versatility for various clinical applications, providing flexibility in treatment planning.
• Apex Design (D-0.7mm): The apex features a tapered body shape, contributing to overall implant stability.
• Potential for Immediate Loading: Depending on achieved stability during insertion, the implant may support immediate loading, providing quicker restoration.

• Micro Thread Design (0.2mm): Enhances surface area, improving initial fixation and facilitating a smooth connection with the main thread.
• Conical Main Thread with Lower Deep Thread: Maximizes stability during insertion into the implant bed, potentially allowing for immediate loading.
• Dual Thread Design (0.8mm Pitch): Reduces surgery time with efficient rotations (1.6mm per 1 rotation), enhancing the speed and effectiveness of implant placement.
• RBM Surface: Treated with highly biocompatible Calcium-Phosphate Media, the surface is blasted to increase surface areas, promoting improved biocompatibility for successful integration.
• Twist Type Cutting Edge: Enhances self-tapping ability during implant placement, minimizing bone resistance and contributing to smoother procedures.
• Versatile 4mm Diameter: Offers versatility for various clinical applications, providing flexibility in treatment planning.
• Apex Design (D-0.7mm): The apex features a tapered body shape, contributing to overall implant stability.
• Potential for Immediate Loading: Depending on achieved stability during insertion, the implant may support immediate loading, providing quicker restoration.

• Micro Thread (0.2mm): Enhances surface area, promoting smooth connection with the main thread and improving initial fixation effect by increasing thread contact with the bone.
• Main Thread (Conical Shape): Conical shape and lower deep thread increase stability during insertion into the implant bed, allowing for immediate loading.
• Dual Thread (0.8mm Pitch): Reduces surgery time with a 0.8mm pitch, enabling faster rotations (1.6mm per 1 rotation) for efficient implant placement.
• RBM Surface: Surface areas are increased through blasting with a highly biocompatible Calcium-Phosphate Media, enhancing biocompatibility for improved integration.
• Cutting Edge (Twist Type): The cutting edge of the Twist Type improves self-tapping ability during implant placement, minimizing bone resistance for smoother procedures.
• Apex (D-0.7mm): The apex, with dimensions of D (fixture diameter)-0.7mm, features an overall tapered body shape, contributing to the implant's stability and overall performance.

Precision Design:

Engineered with a 5mm diameter, ensuring precise fit and compatibility for dental implant surgeries.

Advanced Fastening System:

Utilizes a 2.5 Hex fastening type with an 11-degree Morse Taper for secure and stable placement.

Efficient Dual-Thread Design:

Incorporates a 0.8 Dual Thread Type, enabling rapid insertion at a speed of 1.6mm per rotation.

Enhanced Stability and Immediate Loading:

Conical shape and lower deep thread contribute to increased stability, facilitating immediate loading.

Biocompatible Surface Treatment:

Surface areas are increased through blasting with highly biocompatible Calcium-Phosphate Media (RBM surface).

Cutting-Edge Technology:

Features a Twist Type cutting edge that enhances self-tapping ability while minimizing bone resistance during placement.

Tapered Apex Structure:

Structured with a tapered design (Diameter - 0.7mm) for overall stability and successful integration in dental implant surgeries.

• The Zinc oxide/eugenol composition provides a calming effect on the dental pulp, reducing discomfort and irritation for the patient during the temporary cementation period.
• Trycem has a low film thickness, ensuring a precise fit for crowns, bridges, and inlays.
• Designed specifically for complex dental restorations, Trycem offers the strength and stability required for temporary cementation of intricate crowns and bridges.
• The firm placement minimizes the risk of displacement or movement, enhancing the stability of the temporary restorations.
• The product offers a rapid setting time, allowing dental professionals to efficiently complete procedures and proceed with other aspects of treatment without prolonged waiting periods.
• With its ready-to-use paste consistency requiring no mixing, this ease of use simplifies the process for dental professionals, saving time and ensuring a consistent application.

• Single-component design for simplicity
• Precise placement in narrowed spaces
• Immediate non-loading and stability options
• Streamlined and user-friendly implantation process
• Compatibility with general symmetry and alignment
• Suitable for maxillary and mandibular lateral incisors
• Enhances stability with adjacent teeth splinting

• Contains fluoride-releasing components that help protect against cavities and enhance oral health by promoting remineralization of the tooth structure.
• Suitable for use in various dental procedures, including anterior and posterior restorations, and effective when used with the sandwich technique for added versatility.
• Provides a polished, high-gloss surface that mimics natural tooth enamel, enhancing both the appearance and function of the restoration.
• The composite is designed for easy manipulation and application, facilitating precise placement and contouring for optimal results.
• The composite's formulation helps to minimize wear and tear, ensuring that restorations maintain their integrity and appearance over time.
• Designed to be compatible with natural tooth tissue, reducing the risk of adverse reactions and promoting patient comfort and safety.

• Hexagonal Design: Ensures rotational stability.
• Versatile Torque: 20Ncm for initial engagement, 25~30Ncm for secure attachment.
• Size Variety: Available in multiple sizes for a customized fit.
• Cement-Retained: Designed for conventional cement-retained abutments.
• Disposable and Sterilized: Adheres to strict hygiene standards.
• Compatibility: Works with a 1.2 hex driver for convenience.
• Single Crown Focus: Ideal for single crown applications, combining precision and hygiene.

• Submerged Design: Facilitates undisturbed healing by protecting the implant interface during the initial recovery period.
• Soft Tissue Contouring: Promotes the formation of healthy soft tissue contours around the implant site, contributing to an optimal emergence profile.
• Secure Fit: Ensures a secure fit onto the implant fixture, providing stability during the healing phase.
• Versatility: Compatible with standard implant systems, making it a versatile choice for dental professionals.
• Integral to Restorative Process: An essential component in the restorative process, preparing the foundation for subsequent prosthetic placement.
• Precision Craftsmanship: Crafted with precision to meet the demanding requirements of implant dentistry, ensuring reliable performance.
• Facilitates Monitoring: Allows for easy monitoring of healing progress during follow-up appointments.
• Compatibility Across Systems: Compatible with a range of implant systems, enhancing adaptability for diverse clinical applications.
• Contributes to Esthetic Outcomes: Plays a crucial role in achieving optimal emergence profile, contributing to favorable esthetic outcomes in the final restoration phase.

• Submerged Design: Facilitates undisturbed healing by protecting the implant interface during the initial recovery period.
• Soft Tissue Contouring: Promotes the formation of healthy soft tissue contours around the implant site, contributing to an optimal emergence profile.
• Secure Fit: Ensures a secure fit onto the implant fixture, providing stability during the healing phase.
• Versatility: Compatible with standard implant systems, making it a versatile choice for dental professionals.
• Integral to Restorative Process: An essential component in the restorative process, preparing the foundation for subsequent prosthetic placement.
• Precision Craftsmanship: Crafted with precision to meet the demanding requirements of implant dentistry, ensuring reliable performance.
• Facilitates Monitoring: Allows for easy monitoring of healing progress during follow-up appointments.
• Compatibility Across Systems: Compatible with a range of implant systems, enhancing adaptability for diverse clinical applications.
• Contributes to Esthetic Outcomes: Plays a crucial role in achieving optimal emergence profile, contributing to favorable esthetic outcomes in the final restoration phase.

• Submerged Design: Facilitates undisturbed healing by protecting the implant interface during the initial recovery period.
• Soft Tissue Contouring: Promotes the formation of healthy soft tissue contours around the implant site, contributing to an optimal emergence profile.
• Secure Fit: Ensures a secure fit onto the implant fixture, providing stability during the healing phase.
• Versatility: Compatible with standard implant systems, making it a versatile choice for dental professionals.
• Integral to Restorative Process: An essential component in the restorative process, preparing the foundation for subsequent prosthetic placement.
• Precision Craftsmanship: Crafted with precision to meet the demanding requirements of implant dentistry, ensuring reliable performance.
• Facilitates Monitoring: Allows for easy monitoring of healing progress during follow-up appointments.
• Compatibility Across Systems: Compatible with a range of implant systems, enhancing adaptability for diverse clinical applications.
• Contributes to Esthetic Outcomes: Plays a crucial role in achieving optimal emergence profile, contributing to favorable esthetic outcomes in the final restoration phase.

• Submerged Design: Facilitates undisturbed healing by protecting the implant interface during the initial recovery period.
• Soft Tissue Contouring: Promotes the formation of healthy soft tissue contours around the implant site, contributing to an optimal emergence profile.
• Secure Fit: Ensures a secure fit onto the implant fixture, providing stability during the healing phase.
• Versatility: Compatible with standard implant systems, making it a versatile choice for dental professionals.
• Integral to Restorative Process: An essential component in the restorative process, preparing the foundation for subsequent prosthetic placement.
• Precision Craftsmanship: Crafted with precision to meet the demanding requirements of implant dentistry, ensuring reliable performance.
• Facilitates Monitoring: Allows for easy monitoring of healing progress during follow-up appointments.
• Compatibility Across Systems: Compatible with a range of implant systems, enhancing adaptability for diverse clinical applications.
• Contributes to Esthetic Outcomes: Plays a crucial role in achieving optimal emergence profile, contributing to favorable esthetic outcomes in the final restoration phase

• Submerged Design: Facilitates undisturbed healing by protecting the implant interface during the initial recovery period.
• Soft Tissue Contouring: Promotes the formation of healthy soft tissue contours around the implant site, contributing to an optimal emergence profile.
• Secure Fit: Ensures a secure fit onto the implant fixture, providing stability during the healing phase.
• Versatility: Compatible with standard implant systems, making it a versatile choice for dental professionals.
• Integral to Restorative Process: An essential component in the restorative process, preparing the foundation for subsequent prosthetic placement.
• Precision Craftsmanship: Crafted with precision to meet the demanding requirements of implant dentistry, ensuring reliable performance.
• Facilitates Monitoring: Allows for easy monitoring of healing progress during follow-up appointments.
• Compatibility Across Systems: Compatible with a range of implant systems, enhancing adaptability for diverse clinical applications.
• Contributes to Esthetic Outcomes: Plays a crucial role in achieving optimal emergence profile, contributing to favorable esthetic outcomes in the final restoration phase.

• Submerged Design: Facilitates undisturbed healing by protecting the implant interface during the initial recovery period.
• Soft Tissue Contouring: Promotes the formation of healthy soft tissue contours around the implant site, contributing to an optimal emergence profile.
• Secure Fit: Ensures a secure fit onto the implant fixture, providing stability during the healing phase.
• Versatility: Compatible with standard implant systems, making it a versatile choice for dental professionals.
• Integral to Restorative Process: An essential component in the restorative process, preparing the foundation for subsequent prosthetic placement.
• Precision Craftsmanship: Crafted with precision to meet the demanding requirements of implant dentistry, ensuring reliable performance.
• Facilitates Monitoring: Allows for easy monitoring of healing progress during follow-up appointments.
• Compatibility Across Systems: Compatible with a range of implant systems, enhancing adaptability for diverse clinical applications.
• Contributes to Esthetic Outcomes: Plays a crucial role in achieving optimal emergence profile, contributing to favorable esthetic outcomes in the final restoration phase.

• Miniature Design: Specifically designed for mini implants, providing compatibility with smaller implant systems.
• Soft Tissue Support: Facilitates soft tissue development during the initial healing phase post-implantation.
• Unobtrusive Placement: Miniature size allows for discreet placement, enhancing patient comfort and minimizing tissue disruption.
• Secure Fit: Ensures a secure attachment to the implant, providing stability during the healing process.
• Versatile Compatibility: Compatible with various implant systems, offering versatility in applications.
• Submerged Design: Minimizes exposure to promote optimal soft tissue contouring and undisturbed healing.

• Tapered Design: Facilitates secure copings to implants.
• Closed Tray Compatibility: Supports accurate impression techniques.
• Easy Placement: Pre-manufactured for convenient, efficient use.
• Seamless Transfer: Transfers intra-oral locations with high precision.
• Reliable Connection: Ensures copings connect seamlessly to analogs.
• Consistent Impressions: Facilitates reliable implant restoration processes.

• Tapered internal hex design for easy insertion.
• Variable thread for self-tapping in diverse conditions.
• Micro & major threads enhance adaptability.
• Rounded tip ensures precise adaptation.
• SLR surface finish promotes optimal bone growth.
• Dual Buttress Thread with finer cortical thread.
• Blasted surface for increased biocompatibility.
• Immediate loading possible for efficiency.
• Twist Type cutting edge minimizes bone resistance

• Micro Thread Design (0.2mm): Enhances surface area, improving initial fixation and facilitating a smooth connection with the main thread.
• Conical Main Thread with Lower Deep Thread: Maximizes stability during insertion into the implant bed, potentially allowing for immediate loading.
• Dual Thread Design (0.8mm Pitch): Reduces surgery time with efficient rotations (1.6mm per 1 rotation), enhancing the speed and effectiveness of implant placement.
• RBM Surface: Treated with highly biocompatible Calcium-Phosphate Media, the surface is blasted to increase surface areas, promoting improved biocompatibility for successful integration.
• Twist Type Cutting Edge: Enhances self-tapping ability during implant placement, minimizing bone resistance and contributing to smoother procedures.
• Versatile Diameter: Offers versatility for various clinical applications, providing flexibility in treatment planning.
• Apex Design (D-0.7mm): The apex features a tapered body shape, contributing to overall implant stability.
• Potential for Immediate Loading: Depending on achieved stability during insertion, the implant may support immediate loading, providing quicker restoration.

• Micro Thread (0.2mm): Enhances surface area, promoting smooth connection with the main thread and improving initial fixation effect by increasing thread contact with the bone.
• Main Thread (Conical Shape): Conical shape and lower deep thread increase stability during insertion into the implant bed, allowing for immediate loading.
• Dual Thread (0.8mm Pitch): Reduces surgery time with a 0.8mm pitch, enabling faster rotations (1.6mm per 1 rotation) for efficient implant placement.
• RBM Surface: Surface areas are increased through blasting with a highly biocompatible Calcium-Phosphate Media, enhancing biocompatibility for improved integration.
• Cutting Edge (Twist Type): The cutting edge of the Twist Type improves self-tapping ability during implant placement, minimizing bone resistance for smoother procedures.
• Apex (D-0.7mm): The apex, with dimensions of D (fixture diameter)-0.7mm, features an overall tapered body shape, contributing to the implant's stability and overall performance.

• Precision Design: Engineered with a 2.5 Hex fastening type and 11-degree Morse Taper for secure and stable placement.
• Dual-Thread Technology: Boasts a 0.8 Dual Thread Type, ensuring rapid placement at an impressive speed of 1.6mm per rotation.
• Enhanced Stability: The conical shape and lower deep thread of the main thread increase stability, allowing for immediate loading.
• Biocompatible Surface: The RBM surface is treated with highly biocompatible Calcium-Phosphate Media through blasting, increasing surface areas for improved integration.
• Self-Tapping Ability: The Twist Type cutting edge minimizes bone resistance during implant placement, enhancing self-tapping ability.
• Tapered Apex Design: Structured with a D (Diameter) - 0.7mm format, adopting an overall tapered design for optimal performance.
• Disposable and Sterilized: Designed as a disposable, sterilized medical device, ensuring aseptic conditions and preventing reuse for patient safety.

• Advanced Fastening Design: 2.5 Hex, 11-degree Morse Taper Type for secure implantation.
• Efficient Dual Thread: 0.8 Dual Thread Type, ensuring rapid placement at 1.6mm per rotation.
• Stability Enhancement: Conical shape and lower deep thread for increased stability, enabling immediate loading.
• Biocompatible Surface Treatment: RBM Surface with Calcium-Phosphate Media blasting for enhanced biocompatibility.
• Cutting-Edge Technology: Twist Type with a cutting edge for improved self-tapping ability, minimizing bone resistance.
• Tapered Apex Structure: D-0.7mm overall tapered structure for precise implantation.
• Diverse Length Options: Available in various lengths (8.5mm, 10mm, 11.5mm, 13mm, 15mm) for versatile applications.

• Single implant with ball end and snap-on O-ring for denture anchorage.
• Reverse buttressing thread ensures strong locking to bone for enhanced stability.
• Round tip design matched to bone drill cutting tip for precise osteotomy fit.
• Micro grooving at coronal end facilitates threading through cortical bone.
• Gingival collar is smooth and contoured for comfortable adaptation to the gingivae.
• 5.0mm platform with internal Hex for ease of use in various dental procedures.
• Self-tapping feature minimizes surgical time and reduces bone resistance.

• Formulated with microglass ionomer technology, providing superior chemical adhesion and integration with dental tissues, which enhances the longevity and effectiveness of restorations.
• Offers a rapid setting time, with the material setting within 3.5 minutes from mixing, allowing for quick and efficient restoration procedures.
• Delivers a high level of fluoride release, which helps in the prevention of further carious activity and supports the remineralization of tooth structure.
• The product is designed to be biocompatible, making it suitable for use in children's teeth and ensuring minimal irritation or adverse reactions.
• Ideal for various applications including permanent restoration of deciduous teeth, semi-permanent restoration in cases of rampant caries, and cementation of crowns, bridges, and orthodontic bands.
• Provides immediate restoration capabilities for traumatized teeth, offering quick and reliable treatment to protect and restore damaged teeth.

• Made from high-quality, durable titanium, ensuring long-term stability and strength. The non-absorbable nature allows for prolonged support during the regeneration process.
• Specifically designed to promote bone formation in areas with natural bone defects. The titanium material aids in the creation of a stable environment for new bone growth.
• Covered with numerous small pores that increase the blood supply to the surgical area. This design promotes better integration and vascularization, essential for effective tissue healing.
• Designed to accommodate different gingival tissue conditions, making it versatile for use in various periodontal procedures. This adaptability ensures precise treatment and effective tissue management.
• Easy to handle and apply during surgical procedures. The membrane’s robust nature ensures it remains in place, providing reliable support throughout the healing process.

• Designed with 70% global porosity that closely resembles the structure of cancellous bone. This high porosity enhances the material's osteoconductive properties.
• Tricalcium Phosphate (TCP) in a balanced ratio to provide optimal performance. The biphasic nature of the graft material ensures a controlled resorption rate and effective bone regeneration, tailored to both short-term and long-term healing needs.
• Facilitates superior integration with the surrounding bone by allowing for enhanced vascularization and cellular infiltration, which promotes effective healing and new bone formation.
• Features a straightforward application process that simplifies the placement and manipulation of the graft material, ensuring efficiency and precision during surgical procedures.
• The graft material acts as a scaffold for new bone growth, supporting the migration and proliferation of bone-forming cells. 

• Designed with 70% global porosity that closely resembles the structure of cancellous bone. This high porosity enhances the material's osteoconductive properties.
• Combines Hydroxyapatite (HA) and Tricalcium Phosphate (TCP) in a balanced ratio to provide optimal performance. The biphasic nature of the graft material ensures a controlled resorption rate and effective bone regeneration, tailored to both short-term and long-term healing needs.
• Facilitates superior integration with the surrounding bone by allowing for enhanced vascularization and cellular infiltration, which promotes effective healing and new bone formation.
• Features a straightforward application process that simplifies the placement and manipulation of the graft material, ensuring efficiency and precision during surgical procedures.
• The graft material acts as a scaffold for new bone growth, supporting the migration and proliferation of bone-forming cells. 

• The PTFE membrane is highly hydrophobic, effectively repelling water and preventing moisture from penetrating, which helps in maintaining a dry and sterile environment at the surgical site.
• With a pore size of less than 0.2 micrometers, the membrane is virtually impervious to bacteria, reducing the risk of infection and promoting a safe healing environment.
• The membrane is biologically inert, meaning it does not react with bodily fluids or tissues, minimizing the risk of adverse reactions or complications.
• The membrane is non-resorbable, providing long-lasting support without being absorbed by the body. This ensures that it remains intact throughout the healing process.
• Although non-resorbable, the PTFE membrane can be removed without the need for additional surgery, allowing for convenient adjustments or removal if necessary.
• Suitable for a range of medical applications, the PTFE membrane’s features make it an adaptable solution for various surgical needs and procedures.

• Made from purified bovine-derived collagen in its native triple-helix format, membrane enhances cellular growth and tissue regeneration.
• The membrane is pre-hydrated, making it ready for immediate use and ensuring optimal flexibility and adaptability when applied to the wound site.
• The membrane expands and thickens upon contact with moisture, allowing it to conform precisely to the wound or bone cavity and ensure a snug, secure fit.
• Easy to handle and apply, the membrane adapts well to the contours of the wound or defect, and adheres effectively to bone surfaces, making it user-friendly for clinical application.
• Promotes rapid bone formation and integration due to its porous structure and collagen content, making it particularly effective for post-extraction socket rebuilds and other bone regeneration procedures.
• Can be cut to fit various sizes and shapes of acute or chronic wounds, and layered if necessary, to manage both light and heavy exudates.

• The bovine bone is meticulously processed to remove proteins and fats, reducing the risk of immune reactions, making it safe for use in various clinical applications.
• Terminally sterilized using gamma irradiation, providing a high level of sterility and ensuring the material is free from microbial contamination.
• Exhibits over 70% interconnected macropores and micropores, closely mimicking the structure of cancellous bone. This high porosity enhances osteoconductivity and allows for effective bone ingrowth.
• Releases calcium and phosphate ions, which stimulate and support the formation of new bone, accelerating the bone regeneration process.
• Suitable for a wide range of clinical scenarios including sinus lifts, implant site development, and repair of bone defects, making it a flexible choice for dental and orthopedic procedures.

• The bovine bone is meticulously processed to remove proteins and fats, reducing the risk of immune reactions, making it safe for use in various clinical applications.
• Terminally sterilized using gamma irradiation, providing a high level of sterility and ensuring the material is free from microbial contamination.
• Exhibits over 70% interconnected macropores and micropores, closely mimicking the structure of cancellous bone. This high porosity enhances osteoconductivity and allows for effective bone ingrowth.
• Releases calcium and phosphate ions, which stimulate and support the formation of new bone, accelerating the bone regeneration process.
• Suitable for a wide range of clinical scenarios including sinus lifts, implant site development, and repair of bone defects, making it a flexible choice for dental and orthopedic procedures.

• Designed with 70% global porosity that closely resembles the structure of cancellous bone. This high porosity enhances the material's osteoconductive properties.
• Combines Hydroxyapatite (HA) and Tricalcium Phosphate (TCP) in a balanced ratio (60/40) to provide optimal performance. The biphasic nature of the graft material ensures a controlled resorption rate and effective bone regeneration, tailored to both short-term and long-term healing needs.
• Facilitates superior integration with the surrounding bone by allowing for enhanced vascularization and cellular infiltration, which promotes effective healing and new bone formation.
• Features a straightforward application process that simplifies the placement and manipulation of the graft material, ensuring efficiency and precision during surgical procedures.
• The graft material acts as a scaffold for new bone growth, supporting the migration and proliferation of bone-forming cells. 

• Presented in a curved syringe for precise and convenient delivery of the graft material, ensuring accurate placement and reducing procedural difficulty.
• The bovine bone component is osteogenic, promoting new bone formation and integration with the host bone, which supports effective bone regeneration.
• Combines bovine bone with Tricalcium Phosphate (TCP), optimizing the graft’s performance. The biphasic nature supports both immediate stability and long-term bone regeneration.
• The graft material promotes rapid deposition of host bone, making it especially effective for sinus augmentation and repair of failing implants.
• The graft supports enhanced healing and integration, making it suitable for use in complex cases and contributing to successful clinical outcomes.

• Designed with 70% global porosity that closely resembles the structure of cancellous bone. This high porosity enhances the material's osteoconductive properties.
• Combines Hydroxyapatite (HA) and Tricalcium Phosphate (TCP) in a balanced ratio (60/40) to provide optimal performance. The biphasic nature of the graft material ensures a controlled resorption rate and effective bone regeneration, tailored to both short-term and long-term healing needs.
• Facilitates superior integration with the surrounding bone by allowing for enhanced vascularization and cellular infiltration, which promotes effective healing and new bone formation.
• Features a straightforward application process that simplifies the placement and manipulation of the graft material, ensuring efficiency and precision during surgical procedures.
• The graft material acts as a scaffold for new bone growth, supporting the migration and proliferation of bone-forming cells. 

• Precision Design: Engineered with a 2.5 Hex indentation and 11-degree Morse Taper for a secure and stable connection.
• High-Quality Material: Crafted from Titanium 6AL 4V, ensuring durability and biocompatibility.
• Efficient Micro Thread: Deep 0.2mm micro thread increases surface area, promoting smooth connection and initial fixation.
• Dual Thread Technology: 0.8mm pitch reduces surgical time (1.6mm per rotation), optimizing efficiency.
• Self-Tapping Capability: Cutting-edge Twist Type minimizes bone resistance, facilitating ease of implantation.
• SLA Surface Enhancement: Surface areas increased through blasting, promoting optimal osseointegration.
• Versatile Apex Design: Apex with D (fixture diameter)-0.7mm and tapered body shape for adaptability in sinus lift procedures.

• Impregnated with antimicrobial agents to provide a broad spectrum of antimicrobial activity, targeting harmful bacteria directly within deep periodontal pockets.
• Delivers medication over a period of 7 days, ensuring prolonged contact with the affected tissue for sustained therapeutic effects.
• The chip is fully biodegradable, minimizing the need for removal and reducing potential for debris in the periodontal pocket.
• The incorporation of Tricalcium Phosphate (TCP) aids in reducing sensitivity and supports fast epithelial growth and healing of debrided periodontal tissue.
• The chip adheres well to the periodontal tissue, providing durability and maintaining its position within the pocket throughout the treatment period.
• Provides direct delivery of antimicrobial medication to the periodontal tissue, ensuring effective treatment and resolution of infection.