Custom 316 Dental Implant Screw M0.8 with Dome Head Jaw Bone Fastener

Custom 316 Stainless Steel Dental Implant Screw M0.8 Jaw Bone Fastener For Teeth, SKU PS-S-00454, is a 316 stainless steel dental fastening component designed for controlled placement in implant dentistry, oral surgery, jaw bone stabilization, prosthetic anchorage support, and dental reconstruction workflows. The listed size variant is M0.8, giving clinicians and procurement teams a defined micro-screw option for compatible dental implant systems and jaw bone fastening requirements. The screw has a dome head, threaded shaft, pointed apical end, passivated 316 stainless steel surface, collar section, and transverse drive or engagement feature visible in the product image. It is used during dental implant component fixation, temporary anchorage planning, prosthetic retention support, oral reconstruction, maxillofacial dental rehabilitation, laboratory model fixation, and compatible jaw bone fastener workflows. Implant dentists, oral and maxillofacial surgeons, prosthodontists, dental clinics, hospitals, teaching centers, dental laboratories, distributors, and procurement teams can order this M0.8 screw for controlled inventory management where CE, ISO 13485, and FDA procurement documentation are required.

Dome Head Geometry and Threaded Bone Engagement

The working design of this M0.8 fastener combines a rounded dome head with a fine threaded shaft for controlled engagement in compatible dental fixation workflows. The dome head gives a smooth exposed profile compared with a sharp-edged screw head, reducing local mechanical interference with adjacent prosthetic, laboratory, or soft-tissue management components when the system design allows this head form. The threaded body converts rotational insertion force into axial purchase through prepared bone or compatible fixture material. The pointed apical end helps initiate entry into the prepared path and supports directional control during placement. The passivated 316 stainless steel surface supports corrosion resistance in oral and clinical processing environments. The collar section near the head provides a transition between the retention feature and the threaded shaft. The transverse engagement feature allows controlled handling during positioning, removal planning, or component manipulation according to the compatible driver system. Correct use depends on matching the M0.8 thread to the receiving site, insertion path, and restorative workflow.

Dental Implant and Oral Reconstruction Workflow

In dental implant workflow, Custom 316 Stainless Steel Dental Implant Screw M0.8 Jaw Bone Fastener For Teeth is selected after case planning, imaging review, component compatibility assessment, site preparation, and prosthetic objective have been established. During oral reconstruction, the M0.8 screw can be used where a compatible system requires a fine threaded fastener for jaw bone anchorage, provisional retention, laboratory fixation, or implant component support. In maxillofacial dental rehabilitation, the screw may support structured fixation planning when the surgical and prosthetic team requires a defined small-diameter fastening component. In dental laboratory work, the same screw geometry can be used for model-based alignment, fixture simulation, or component retention outside the patient field. The placement sequence includes site preparation, driver engagement, axial alignment, controlled insertion, seating check, stability assessment, and documentation. Prosthodontists and oral surgeons select this pattern when the dome head, M0.8 thread, and 316 stainless steel construction match the planned fixation interface and procurement specification.

M0.8 Size Selection and Component Matching

The M0.8 size is selected when a compatible dental implant or jaw bone fastening workflow requires a very small threaded component with controlled insertion geometry. This size is relevant where larger screws would create excessive hardware volume, interfere with prosthetic clearance, or exceed the prepared fixation path. The fine thread supports engagement in a carefully prepared channel, while the dome head provides a visible seating profile for inspection during placement or laboratory assembly. In clinical procurement, the M0.8 reference allows buyers to match the screw to compatible drivers, restorative components, implant-related accessories, and inventory documentation. Dental laboratories can use the same measurement for organizing screw kits, model hardware, and replacement stock. Selection depends on thread compatibility, bone or fixture interface, head clearance, driver access, insertion depth, and the planned dental reconstruction stage. Hospitals, clinics, and distributors can use the PS-S-00454 SKU to standardize ordering for this exact M0.8 configuration.

316 Stainless Steel, Passivation, and Procurement Handling

316 stainless steel provides mechanical strength, corrosion resistance, and dimensional stability for small dental fastening components requiring controlled thread form and head geometry. The passivated surface supports resistance against oral moisture, cleaning chemistry, and routine handling during inventory preparation. The visible finish supports receiving inspection, size confirmation, and separation from other dental screws before kit assembly. Because this is a dental fastening component rather than a hand instrument, it should be handled as a single-patient or single-case item according to the clinic’s implant component protocol. Sterile processing teams should follow validated dental surgical cleaning, packaging, and sterilization procedures before clinical placement when supplied non-sterile. CE and ISO 13485 procurement context supports supplier documentation, traceability, and purchasing review for hospitals, clinics, dental laboratories, and distributors. FDA-related procurement language supports catalog evaluation for United States supply channels. MOQ of one piece, OEM availability, and return or replacement support assist small-order purchasing and distributor stock replenishment.

How does Custom 316 Stainless Steel Dental Implant Screw M0.8 differ from a titanium implant screw?
Custom 316 Stainless Steel Dental Implant Screw M0.8 uses 316 stainless steel with a passivated surface and dome head configuration. A titanium implant screw is commonly selected in many implant systems because titanium is widely used for osseointegrated implant components. The 316 stainless steel pattern is selected when the compatible dental system, laboratory workflow, or procurement specification calls for this material and M0.8 thread. Titanium screws are selected when the implant manufacturer’s system requires titanium component matching. The M0.8 stainless screw provides a defined micro-threaded fastening option for compatible jaw bone fastener workflows. The clinically relevant difference is material selection, system compatibility, and intended dental component interface.

When is the M0.8 size selected?
Custom 316 Stainless Steel Dental Implant Screw M0.8 is selected when the planned dental fixation interface requires a micro-threaded screw. The M0.8 size is appropriate where a larger screw would exceed the prepared path or interfere with prosthetic clearance. It is used when the compatible implant, jaw bone fastener, laboratory component, or retention structure is designed around this thread dimension. The dome head supports visible seating control during placement or model assembly. The fine thread requires careful matching with the receiving interface and driver system. Procurement teams can use the M0.8 reference to avoid mixing this screw with larger dental implant hardware.

How do CE, ISO 13485, and FDA details support procurement?
Custom 316 Stainless Steel Dental Implant Screw M0.8 is supplied with CE and ISO 13485 procurement context for dental component purchasing. CE marking supports conformity documentation for healthcare buyers requiring European medical device references. ISO 13485 indicates manufacturing under a medical device quality management system with controlled production and traceability. FDA-related procurement language supports catalog evaluation and vendor documentation for United States supply channels. These details assist hospital onboarding, dental clinic purchasing, distributor cataloging, and laboratory stock review. The $24.19 price, one-piece MOQ, OEM availability, and return or replacement support help procurement teams manage small replacement orders.

How are the dome head, threaded shaft, and engagement feature used during placement?
The clinician or technician matches the M0.8 screw to the compatible receiving interface before placement. The pointed end is aligned with the prepared path, and controlled rotational force advances the threaded shaft into the intended site. The dome head is seated until the head profile matches the planned fixation or prosthetic relationship. The visible engagement feature supports handling, driver control, or component manipulation according to the compatible system. Custom 316 Stainless Steel Dental Implant Screw M0.8 should be placed with controlled torque to preserve the thread and head geometry. After seating, the operator inspects position, head clearance, retention, and relationship to the planned dental reconstruction.

What should dental procurement and sterile processing teams check before use?
Procurement teams should confirm the PS-S-00454 SKU, M0.8 size, 316 stainless steel material, passivated finish, dome head style, and compatible use case before adding the product to dental implant inventory. Sterile processing teams should keep Custom 316 Stainless Steel Dental Implant Screw M0.8 separated from reusable hand instruments and process it according to the dental surgical component protocol. Before use, the thread, pointed end, head profile, surface finish, and engagement feature should be inspected for deformation. The screw should be packaged and sterilized according to facility workflow when clinical placement is planned. Dental clinics and laboratories can assign the product to implant component storage, jaw bone fastener kits, model hardware, or compatible restorative workflows. Distributors can use carton-box packing, one-piece MOQ, OEM availability, and return or replacement service for stock planning.