Hand Instruments: 3D printing of Surgical Instruments Set for Stellar Growth

Posted by Deeksha on March 5th, 2019

The healthcare activities depend immensely on hand instruments for health facilities ranging from rural health clinic to large specialized hospitals. A vast assortment of hand instruments are found in an operation suite which substantiates the significance of instruments or hand-held tools used by clinicians for undertaking surgical tasks. Though forceps, scalpels, scissors and retractors are extensively used, specific surgical procedures demand specialized set of instruments such as files, drills, mallets and bone saws. These actionable insights are according to the report titled, “Hand Instruments—Medical Devices Pipeline Assessments, 2019,” which has been lately added to the ever-expanding repository of Market Research Hub (MRH). During natural calamity or warfare, cross-contamination or hospital-acquired infections become lethal as acute shortage of surgical sterile instruments is witnessed. Accordingly, 3D printing of surgical instruments have gained momentum as hand instruments can be produced in 90 minutes and with a fraction of cost. Given 3D printed surgical instruments lessen cost vis-à-vis stainless steel equipment, it is gradually being adopted in developing countries. The number of pancreaticoduodenectomy (PD) cases has been on a rise. A clinical study revealed a considerable dip in PD surgical site infection (SSI) when the dual-ring wound retractor/protector was used. On the other hand, metal analysis of wound protector use limned considerable plunge in surgical site infection.

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Hand Instruments: Report Content

The report offers coherent analysis through qualitative and quantitative analysis of hand instruments in pipeline stage. The report further states the dynamics including drivers, trends, opportunities and restraints that have significant impact in the growth of the pipeline product. The report also includes actionable insights with respect to clinical trials including trial phase, trial status, trial start and end dates also the number of trials for the equipment pipeline products. The report analyzes key pipeline products comprising product description, licensing and collaboration details along with developmental activities. The report includes hand instruments’ pipeline products by stage of development, by segment, territory, regulatory path and estimated approval date. The report also gives coherent analysis on pipeline product under development by companies and stage of development. The last section offers actionable insights on the competitive landscape of the hand instruments with a dashboard view and market structure analysis. The final section incorporates company overview, strategies, product portfolio, sales footprint, recent developments.

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Hand Instruments: Research Methodology

Report on the hand instruments pipeline product the result of a dynamic research methodology incorporating comprehensive primary and secondary sources. Primary sources have succored in offering actionable insights on the hand instruments, while exhaustive analysis gained from secondary sources have been verified taking those assessments from primary sources into consideration.