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TFS® Trigger Finger Solution®
Small, unobtrusive, functional support for treating painful, snapping trigger finger.
- Uniquely designed ring is made of 1/8″ (0.3cm) neoprene with cloth lining for added comfort.
- Fits around the proximal phalanx to provide a cushion of support over the A-1 pulley next to the MP joint.
- Not designed for the thumb but can be used as a protective flexion pad.
- Helps protect the vulnerable, underlying swollen flexor tendon and protective fat pad.
- Allows full hand use, making it possible for the wearer to identify aggravating activities and when to reduce gripping forces.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
TFS® Trigger Finger Solution®
TFS® Trigger Finger Solution®
Small, unobtrusive, functional support for treating painful, snapping trigger finger.
- Uniquely designed ring is made of 1/8″ (0.3cm) neoprene with cloth lining for added comfort.
- Fits around the proximal phalanx to provide a cushion of support over the A-1 pulley next to the MP joint.
- Not designed for the thumb but can be used as a protective flexion pad.
- Helps protect the vulnerable, underlying swollen flexor tendon and protective fat pad.
- Allows full hand use, making it possible for the wearer to identify aggravating activities and when to reduce gripping forces.
Select Size
From $4.84
Original: $13.82
-65%TFS® Trigger Finger Solution®—
$13.82
$4.84Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Small, unobtrusive, functional support for treating painful, snapping trigger finger.
- Uniquely designed ring is made of 1/8″ (0.3cm) neoprene with cloth lining for added comfort.
- Fits around the proximal phalanx to provide a cushion of support over the A-1 pulley next to the MP joint.
- Not designed for the thumb but can be used as a protective flexion pad.
- Helps protect the vulnerable, underlying swollen flexor tendon and protective fat pad.
- Allows full hand use, making it possible for the wearer to identify aggravating activities and when to reduce gripping forces.
