Precision Parts Market Trends

Growth Drivers

• Rapid Digitization In The past few years, demand for electronics and semiconductors has been growing at a steady pace. This growth is expected to be influenced by advances in technology such as Digital Technology, Artificial Intelligence UXI, and the anticipated introduction of 5G networks with 1.9 million subscriptions worldwide.  The demand for precision components is projected to increase rapidly with the rapid development of several trending applications, e.g. Virtual Reality, Internet of Things devices, home automation, Industry 4.0 systems, and autonomous vehicles.
• Increasing Demand for Commercial and Défense Aircraft- The precision parts manufacturing market is growing at a rapid pace. Investments in the provision of Unmanned Vehicles ArielUAV are increasing by 75%. Therefore, precision components are expected to contribute positively to the global precision parts market over the forecast period by observing innovation in the aerospace industry. The requirement for precision parts among aircraft manufacturers is expected to increase as a result of replacing lighter materials with high temperature and pressure resistance while upgrading the essential plane components.
• Increasing innovation in the healthcare and medical device manufacturing sector in recent years the healthcare industry has taken steps towards innovation. The main factors expected to stimulate demand for precision parts over the forecast period are several technological developments such as cardio Pulmonary and cardiac devices, AI-based surgery planning, etc. The expenditure on health care will be significantly increased due to the growing concern about quality in medical practice and initiatives from governments offering public health insurance to boost market growth.

Challenges

• Miniaturization of Precision Parts:
  In the precision parts industry, miniaturization of parts is an important trend. As the parts shrink, tolerances which must be met by machinists are becoming more and more tight. This requires more advanced skills and experience of the machinist, along with a higher level of accuracy and costly equipment. Moreover, smaller pieces can be difficult to work with and require special fittings and tools. Moreover, because even minor imperfections may lead to problems, the miniaturization of parts is also putting increased pressure on quality control.

• Fluctuating price of raw materials.

• Demand for smaller lot sizes.