This is a case series of carpal fracture fixations and intercarpal fusions using the Magnezix^® absorbable metallic screw. The Magnezix^® screw is an absorbable metallic bone screw that is replaced with “bone-like” tissue on full absorption. The screw is made of a magnesium alloy and as such is able to be metabolised by the body. The screw is cannulated and comes in varying sizes. This implant has been used in Ireland for 18 months now but has been widely used in Europe. Six cases in total are presented using the 3.2mm Magnezix^® screw+three scaphoid fixations (two acute and one revision case) and three inter-carpal fusions (one middle column fusion, one trapezio-trapezoid fusion and a third CMCJ fusion). One screw was used in the acute scaphoid fixations+ two screws were used for the revision fixation of scaphoid with bone grafting+two screws for the first two inter-carpal fusion cases and one screw of the third CMCJ fusion. All procedures were carried out by the author. Follow-up of between 6 months and 18 months is available for all patients. One patient has temporarily been lost to follow-up (an acute scaphoid fixation – partial healing at six weeks was noted on imaging). Of the remaining five cases, four were clinically united on follow-up and imaging showed progression of healing at six weeks and twelve weeks in the remainder. Gas formation and lucency is evident on all post-operative films and is recognised in the use of this implant. No systemic complications are reported. One failure of fixation occurred due to technical issues in the middle column fusion case. This case series presents favourable follow-up series of this “new” absorbable magnesium alloy screw with potential benefits that can be utilised in hand and wrist surgery. The screw shows further promising results in the presented cases other than the failure for technical issues. The screw has added benefits of not needing to be removed also and could show advantageous properties if the “bone-like tissue” produced on full absorption can add strength to fusion masses. Further longer term follow-up is required.