Tendons repaired with 6-strands withstand joined dynamic and inactive finger movements. The rupture rate is lower with the utilization of multi-strand repair contrasted, and those after usual 2-strand repair. No randomized Prospective clinical examinations have explored this specific inquiry. Aim of work is assessment of six strands repairs in acute flexor tendon injury with new technique and starting range of motion early rather than usual 2-strand repair.Patients and methods are study of clinical consequences of flexor tendons repair utilizing six-strand stitch procedure to repair flexor tendons in 46 fingers of 22 patients. Fingers were effectively activated promptly postoperative in a defensive brace. The follow–up period 12 months. 91% of cases accomplished great to brilliant outcomes dependent on Strickland assessment framework and break rate was 4% of the cases. Determination: The utilization of a solid, hole safe stitch procedure like the six-strand method utilized in the current examination followed by the use of early postoperative controlled movement restoration brings about 91 % superb and great postoperative scope of movement. Utilizing multi-strand flexor tendons repair is better than traditional 2-strands repair in term of last useful reach and less pace of crack flexor tendons. Watchword Early assembly – six-strand.