Traverse™
Rotary glide path system with orifice opener and two glide path file sizes — pre-sterilized, triangular cross-section, higher torsional resistance vs competitors (manufacturer comparison)
| File | Tip | Taper | Speed rpm | Torque Ncm |
|---|---|---|---|---|
| Orifice Opener | 0.25 | 8% | 500 RPM | 1.47-3.43 Ncm |
| 13/.06 | 0.13 | 6% | 500 RPM | 1.47-3.43 Ncm |
| 18/.06 | 0.18 | 6% | 500 RPM | 1.47-3.43 Ncm |
Pre-sterilized packaging — no cross-contamination risk and ready to use (per product page)
Triangular cross-section for higher cutting efficiency (per product page)
Non-cutting tip helps reduce transportation and apical debris extrusion (per product page)
Manufacturer comparison claims higher torsional resistance than One G, ProGlider, and EdgeGlidePath (per product page)
Designed to complement TF Adaptive simplified technique: #10/#15 hand files → Traverse 13/.06 → TF Adaptive ML1
.06 taper glide path may reduce workload on subsequent shaping files compared to .02 taper alternatives
Available in kits (1 orifice opener + 3 rotary files) or refill packs (4 files same size)
Obturation Techniques
Single cone, warm vertical, carrier-based & lateral compaction
From Kerr Dental Systems
Manufacturer page
Kerr Dental SystemsOther continuous rotation systems
Motion category
Continuous RotationClinical guides
What alloy is Traverse made from?
Answer
Traverse™ is manufactured from NiTi with conventional heat treatment.
How many files are in the Traverse sequence?
Answer
The Traverse™ system includes 3 files: Orifice Opener, 13/.
What motion type does Traverse use?
Answer
Traverse™ uses continuous rotation motion.
What cases is Traverse best for?
Answer
Traverse™ is best suited for: rotary glide path creation, pairing with TF Adaptive system, faster glide path vs hand files alone.
What speed and torque settings are recommended for Traverse?
Answer
Recommended settings: 500 RPM RPM and 1.
Reviewed by
Dr. Levent Yuksel
DDS · Endodontist
Independently authored and clinically reviewed.