Augmentation Material Applicator, Titanium Tips Turned 15° Oppositely, Width 3.2 mm,Turquoise-Brightblue bIONIK QuickFix Handle, Double-Ended Plugger | Helmut Zepf No. 19.603.10TI
The titanium augmentation material applicator double-ended plugger from Helmut Zepf GmbH is a precision-engineered dental instrument designed for the reliable placement and condensation of augmentation materials in surgical and restorative procedures. Featuring tips turned 15° oppositely and a working width of 3.2 mm, this instrument delivers exceptional adaptability across a broad range of clinical applications.
Part of the Helmut Zepf QuickFix replaceable-tip system — screw-in tips for bIONIK, Z-SHAPE and Lotus handles. Swap a worn tip in seconds and keep the handle.
Backed by our Helmut Zepf Warranty — this instrument is warranted against defects in materials and workmanship for 1 year. Full terms and how to make a claim are on the Warranty page.
Key Features
- Titanium tips: Lightweight, biocompatible, and corrosion-resistant for long-term clinical reliability.
- Tips turned 15° oppositely: Provides enhanced access and angulation for precise augmentation material placement.
- Working width: 3.2 mm on each working end for consistent and controlled packing.
- Double-ended design: Two functional ends in one instrument, reducing instrument exchanges during procedures.
- bIONIK handle in Turquoise-Brightblue: Ergonomically optimized grip that reduces hand fatigue and supports tactile control during extended clinical use.
- Made in Germany: Manufactured to Helmut Zepf's exacting quality standards.
Clinical Application
This titanium augmentation material applicator double-ended plugger is well-suited for bone grafting, socket preservation, guided bone regeneration, and related augmentation procedures. The opposing 15° tip angulation allows practitioners to work efficiently in both anterior and posterior regions, minimizing the need for multiple instruments. Compatible with standard sterilization protocols, this instrument is built to withstand repeated autoclaving cycles without compromising its integrity or performance.
Instrument Identification
- Manufacturer: Helmut Zepf GmbH
- Item No.: 19.603.10TI
- Handle color: Turquoise-Brightblue (bIONIK)
- Tip material: Titanium
- Tip angulation: 15° oppositely turned
- Working width: 3.2 mm
Specifications: Helmut Zepf No. 19.603.10TI
| Zepf No. | 19.603.10TI |
| Instrument type | Augmentation material applicator, double-ended plugger |
| Working end | Tips turned 15° oppositely, width 3.2 mm, double-ended |
| Material or coating | Titanium tips |
| Handle | bIONIK QuickFix, Turquoise-Brightblue |
| Pack / sold as | Single instrument |
This double-ended augmentation material applicator (3.2 mm wide, tips turned 15° in opposite directions) carries and plugs graft material into a defect from either side without re-orienting the hand. The titanium tips are implant-safe. The Turquoise-Brightblue bIONIK QuickFix handle color-codes the width. The 3.2 mm width is for narrow defects and single sockets.
Read the guides: Augmentation Material Applicators · Augmentation Kits & Instruments · Implantology & Bone Regeneration · All implantology instruments · All Helmut Zepf instruments
1-Year Warranty
This Helmut Zepf instrument is covered by a 1-year warranty against defects in materials and workmanship from the date of delivery.
60-Day Returns — Any Reason, Even If Used
Put this instrument to work in your practice. If it is not right for you, return it within 60 days of delivery for a full refund — for any reason, even if it has been used.
FAQ
What material are the tips made from?
The tips are made from titanium, offering biocompatibility, light weight, and resistance to corrosion.
Why are the tips angled 15° oppositely?
The opposing 15° angulation enables improved access to varying anatomical sites, making the titanium augmentation material applicator double-ended plugger highly versatile for surgical augmentation procedures.
Is this instrument autoclavable?
Yes, this instrument is designed for standard sterilization protocols including autoclaving.
