Dental Instruments Bone Collector AKI-01 – Includes 1 Silicone Filter

The Dental Instruments Bone Collector AKI-01 is a specialized dental surgical instrument designed to assist clinicians in collecting autogenous bone material during dental implant, bone grafting, and oral surgical procedures. The system is supplied with one silicone filter and is intended to provide a practical method for collecting bone particles generated during appropriate surgical procedures.

Autogenous bone collection can be useful when a clinician requires locally harvested bone material for selected grafting applications. A dedicated dental bone collector can help capture bone particles during surgical preparation, allowing the collected material to be handled according to the clinician's established grafting protocol. The AKI-01 design provides a convenient solution for dental professionals who perform implant-related procedures involving bone harvesting or collection.

The included silicone filter is an important component of the collection system. It is designed to assist with retaining collected bone particles while allowing unwanted fluid to be separated during the collection process. This can make subsequent handling of the collected material more practical. The filter should be used, cleaned, replaced, or processed strictly according to the manufacturer's instructions and the intended clinical protocol.

The Dental Bone Collector AKI-01 can be incorporated into dental implant surgery trays, bone grafting instrument collections, periodontal surgical sets, and oral surgery instrumentation. It may be particularly useful during procedures where bone particles are generated and the clinician determines that collection is clinically appropriate.

The instrument is designed for controlled operation and practical handling in the dental surgical environment. A dedicated bone collection system can help reduce unnecessary manipulation of collected material and support an organized surgical workflow. It can also complement other dental surgical instruments used for implant site preparation, bone augmentation, and grafting procedures.

The collector's construction is intended for professional clinical use and durability when appropriately maintained. Dental surgical instruments should be cleaned and processed according to validated infection-control procedures. Any reusable components should be inspected after each procedure for residual biological material, damage, wear, or other conditions that could affect performance.

Particular attention should be given to the silicone filter because filtration components may retain biological material and may have specific cleaning, sterilization, or replacement requirements. The manufacturer's instructions should be followed regarding whether the supplied filter is reusable or intended as a replacement component. Components that are not validated for reuse should not be reprocessed for subsequent clinical procedures.

Before sterilization, reusable instrument components should be thoroughly cleaned and dried. The facility's validated sterilization procedure should be compatible with both the instrument and any reusable silicone components. Following processing, the components should be stored in an appropriate clean environment until required for clinical use.

The Dental Instruments Bone Collector AKI-01 – Includes 1 Silicone Filter is a useful addition to professional dental implant and oral surgery instrumentation. Its dedicated bone collection function and supplied silicone filter make it suitable for clinicians who require an organized method for collecting autogenous bone particles during appropriate surgical procedures.

Key Features

• Dental Bone Collector AKI-01
• Includes 1 silicone filter
• Designed for dental bone collection procedures
• Suitable for autogenous bone particle collection
• Useful in dental implant and bone grafting procedures
• Supports controlled collection and handling of bone material
• Silicone filter assists with bone particle retention and fluid separation
• Suitable for oral surgery and selected periodontal applications
• Designed for professional dental clinical use
• Can complement implantology and bone grafting instrument sets
• Compact design for convenient surgical tray organization
• Reprocessing should follow manufacturer and facility protocols

Product Specifications

FAQs

What is the Dental Bone Collector AKI-01 used for?

The AKI-01 dental bone collector is designed to assist with collecting bone particles generated during appropriate dental implant, bone grafting, and oral surgical procedures.

Does the AKI-01 include a filter?

Yes. The Dental Bone Collector AKI-01 is supplied with one silicone filter designed to assist with retaining collected bone particles and separating unwanted fluid.

What is a dental bone collector used for in implant dentistry?

A dental bone collector can be used to collect autogenous bone particles during suitable surgical procedures when the clinician intends to use or manage the collected material according to an established grafting protocol.

Can the AKI-01 be used during bone grafting procedures?

Yes. The bone collector can support selected bone grafting procedures where collection of autogenous bone particles is clinically appropriate.

Is the silicone filter reusable?

The reuse status of the silicone filter depends on the manufacturer's specifications. It should only be reused if it is specifically validated and approved for reprocessing. Otherwise, it should be replaced according to the manufacturer's instructions.

How should the Dental Bone Collector be cleaned?

Reusable components should be thoroughly cleaned according to the dental facility's validated instrument-reprocessing procedure. Special attention should be given to areas where bone particles or biological material may remain.

Can the AKI-01 be sterilized?

Reusable components may be sterilized using a validated method approved for the instrument and its materials. The manufacturer's sterilization instructions should always be followed, particularly for the silicone filter.