EiTi Implant Impression Trays (Pack of 10)

• Ergonomic grip
• Easy to use
• Adjustable torque option
• Made of High Grade Stainless Steel
• High Durability

Waldent Implant Abutment Torque Wrench 10-50NCM (19/112) is ideally used to screw in dental implants and to extract them at pre-adjusted torque levels.

Torque devices are screw-bearing systems that deliver the force necessary to ensure connection of the implant–abutment complex. Torque wrenches are used to preload the abutment screws holding implant components together.

Tightening with the correct torque minimizes the risk of loosening of screws and improves the precision during bridge fabrication. Torque control can also reduce the risk of stress being built into the restoration and prevent component fractures.

Insert the screw or abutment into the implant with the  driver and tighten with finger pressure. Remove the driver and place into the  Wrench. Pre-load the screw by using the wrench in the same way as a ratchet wrench. The wrench clutch will disengage when the pre-calibrated torque is applied.

• Made of high grade Stainless steel ,therefore,autoclavable.
• Latex Free
• Ambidextrous in usage
• Resistant to rusting & corrosion
• CE & ISO Certified
• Category – Implant

• 1 x Implant Abutment Torque Wrench 10-50NCM

Setting the dental implant torque wrench:

• The desired amount of torque can be set with the adjustment nut (1).
• A scale (2) in the front of the wrench indicates the amount of torque that can be applied at that setting. 5 Ncm increments are clearly marked on the sides of the scale (from 10 to 45 Ncm).
• Blocking the Torque: Setting the torque to its maximum effectively disables the torque feature.
• Do not screw too tightly.

Operating the implant wrench:

• Force should only be applied at the head of the adjustment nut (1)
• When reaching the desired torque, the wrench bends around the pivot (3) in the ratchet head and gives off an audible click. At this point stop pressing on the wrench – otherwise it will be damaged
• The wrench will return to its normal orientation when you stop applying force.