Titan Flashcards
What are height, width, length and lordosis options for TL?
Height : 8-14 (1mm increments)
Lordosis : 0° & 7°
Width : 18 & 22
Length : 45-60 (5mm increments)
What are the height, width, length and lordosis options for TAS - ALIF?
What screw options do we offer?
Height/Lordosis: 7°: 10-17mm (1mm increments) 16°: 12-20mm (2mm increments) 20°: 14-20mm (2mm increments) 24°: 16-20mm (2mm increments)
Footprints: Width x Length 32 x 21 36 x 24 40 x 27
Screws options
Screw thread diameter- 5.5 or 6.5
Screw length - 25 or 30mm
What is height, lordosis and footprint options for TT - TLIF?
Height - 8-15 (1mm increments)
Lordosis - 4°
Footprint -
M/L x A/P
30 x 11
35 x 11
What are the height, lordosis and footprint options for TO - Bullet TLIF
Height - 8-15 (1mm increments)
Lordosis - 0° & 4°
Footprints :
M/L x A/P
22x9
26x9
31x11 (Only for 0° option)
What are the Height, Lordosis and footprints for TCS - Cervical?
What are the screw options for TCS?
Height: 5-12 (1mm increments)
Lordosis: 6°
Footprints: M/L x A/P 12x14 14x16 16x18
Screw options:
Length - 14, 16, 18
Diameter- 3.5 or 3.8
What are the Height, Lordosis and footprint options for TC - Cervical?
Height: 5-12 (1mm increments)
Lordosis: 6°
Footprints:
M/L x A/P
12 x 14
14 x 16
16 x 18
What are the Height, Length, Width and Lordosis options of Adaptix?
Length / Height:
24mm - 6-16mm
28mm - 6-16mm
34mm - 7-16mm
Width: 10mm
Lordosis:
Up to 12° can be achieved with Posterior compression and final locking of screw-rod instrumentation
What are 6 key features of Adaptix cage?
- Titan NanoLock surface technology
- Dolphin tip nose for ease of insertion
- Navigation Compatible
- Open Volume Design offers large volume of Biologic and continuous column of graft directly with endplate surface
- Honeycomb structure - stress load reduction on Endplate and increases strength of implant.
- Utilizes Capstone instruments and profile. Tried and true technology.
How many surfaces were tested and which was the best surface?
36 tested
#9
Showed the highest
Up-regulation of osteoblasts
Down-regulation of Osteoclasts (Osteoprotegerin)
Up- regulation of blood growth factors (VEGF)
What is biomimicry?
An approach to innovation that seeks sustainable solutions to human challenges by emulating nature’s time-tested patters and strategies.