Clinical Evidence & Product Features
Delivering outstanding clinical performance for implantologists and patients alike.
• Asymmetrical Trapezoidal Thread: An advanced design with an optimum pitch of 0.8 mm, providing effective stress distribution and excellent resistance to micromovement.
• Clinical Stability: PDL implants maintain progressive stability throughout the healing phase, avoiding the dip in stability typically associated with SLA surfaces.
• Advanced Safety: The arched root design helps to protect vital anatomical structures, whilst the laser treatment produces an ultra-clean, chemical-free surface.

Biomate Plus PDL Laser Implants
deliver outstanding clinical performance for implantologists and patients alike.
Designed to provide a better dental implant experience for both clinicians and patients.
Straightforward placement, strong osseointegration and a shorter treatment time, together with excellent resistance to bacterial colonisation.
Well suited to minimally invasive surgery, resulting in less pain, a shorter healing period and improved aesthetic outcomes.

Selection Guide – Ideal Emergence Profile for Each Tooth

| Biomate Plus Implant System | |||
|---|---|---|---|
| System | ![]() |
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| Diameter | 3.5 | 4.0 | 4.5 |
| Characteristics |
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I. Implant Features

III. PDL® Laser Surface Treatment
Unlike SLA processes, which use chemicals, PDL® Laser treatment is an ultra-clean process that applies energy at temperatures of up to 1,700°C to create three-dimensional pores. This produces a thicker 110 nm oxide layer designed to support healing.

Predictable Initial Stability
Clinical studies comparing PDL and SLA surfaces show that PDL implants avoid the typical dip in stability between weeks 2 and 6, supporting their use in immediate-loading protocols.
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Universal Prosthetic Connection
A simplified procedure using a single platform diameter and a 10° internal hex connection across all implant sizes.



