Universal Screw Removal Kit - SURGIDENT® 

A variety of screw removal instruments are included which allow clinicians to remove both fractured and stripped prosthetic screws. This kit provides everything.

Screw Removal Components

• Prosthetic guide holder
• Long ratchet wrench
• Adapter (contra Angle to 4mm square)
• Reverse drills
• Reverse taps
• Flat tip driver
• Prosthetic guides (listed below)

External Mini (M)

• Hi-Tec Summit
• Nobel Biocare Branemark System NP
• 
  

Octa Internal (O)

• Hi-Tec Tite-Fit & Tapered Tite-Fite
• Straumann ITI Tissue Level
• Implant Direct SwishPlant

TSV 3.7I4.1

• Hi-Tec Logict, Spark, Self-Thread
• BioHorizons Tapered Internal 3.7 and 4.70
• Implant Direct Legacy (3.7 and 4.7 internal hex)
• MIS 3.3. 3.75. and 4.20
• Zimmer TSV 3.7. 4.1 and 4.70

External Regular (W)

• Nobel Biocare Branemark System RPO

Hex Submerged (H)

• Hi-Tec Logic, Implex, ExpertNL
• Nobel Biocare NobelActive

Trilobe 3.5 NP

• Hi-Tec Vision@ 3,5
• Nobel Biocare Tri Lobe@ 3.5

Instructions for Stripped Screw Removal

Stripped screws are generally more difficult to remove than fractured screws because fractured screws are not under compression. The most effective method of removing a stripped screw is to create a flathead channel with a round bur, and then use a flat head driver to reverse the screw out of position.

Step 1
Using a 1/2 round bur in a high-speed handpiece, create a channel on the head of the screw across the diameter of the head, creating a flat head.

Step 2
After the channel is created, use the FTD-01 and ratchet wrench to back the screw out.

Instructions for Fractured Screw Removal

Step 1
Press the remover drill (D-REM) in the reverse direction (under 80rpm) on the top of the fractured screw to reverse the screw fragment out of the screw channel.

Step 2
If the remover drill is unsuccessful: Use the provided guide information to select the correct prosthetic guide -based on the implant platform.

Step 3
Attach the selected guide to the guide handle and engage the connection within the implant.

Step 4
With your handpiece in reverse (1,200-1,300 rpm); create a divot in the top of the screw with the D-REM.