Surgical BS1RD Tip
Buy 3 Get 1 FREE
Buy 5 Get 2 FREE
Buy 10 Get 5 FREE
Available on All Acteon Tips.
i How to Claim
- Add 3, 5, or 10 of the same Acteon Tip to your basket.
- Complete your order as normal.
- We'll automatically include your free tip(s) with your order.
*Offer valid until 30/12/2026. Cannot be used in conjunction with any other offer. Promotion applies to identical tip references only. T&C's apply.
The Acteon® Surgical BS1RD Tip is designed for highly precise bone surgeries, particularly in complex osteotomy and bone contouring procedures. This tip is ideal for dental surgeons requiring control and accuracy in lateral bone surgery, offering efficient bone removal while safeguarding adjacent soft tissues. Powered by Acteon’s piezoelectric technology, the BS1RD tip delivers controlled ultrasonic micro-oscillations, ensuring clean cuts and minimal trauma to the patient.
With its unique right-oriented design, the BS1RD tip enables enhanced access to hard-to-reach areas, making it a versatile tool for bone surgeries that require precision and finesse.
Why Choose the Acteon BS1RD Tip?
Large Active Surface- The tip features a 280° rounded saw edge and measures 40mm in length, providing an extensive cutting area for smoother, more efficient bone removal in limited-access zones.
Optimised for Posterior Access- Its low-arched, rounded saw profile is tailored for reaching posterior bone segments (e.g., ramus, palatal/vestibular zones) comfortably---minimising the need for wide flap reflection.
Selective and Safe Cutting- Utilising piezoelectric technology, the BS1RD II enables targeted cortical bone cutting while safeguarding soft tissues--ideal for delicate surgical maneuvers.
Compatible with Second-Gen Handpieces- Specifically designed for use with Acteon Piezotome II (Cube, ImplantCenter, Piezotome II), ensuring seamless integration with LED and irrigation systems.
Choose the BS1RD II Tip when you need a reliable, rounded saw tip--especially for posterior lateral bone surgery---offering broad, atraumatic cortical cutting with enhanced access and patient safety.
