Automated Fluid Dispensing Systems Market Size, Share, Competitive Landscape and Trend Analysis Report by Product and by Application : Global Opportunity Analysis and Industry Forecast, 2023-2032

COVID-19 Impact Analysis

• The COVID-19 pandemic impacted the automated fluid dispensing system market and caused a decline in the market growth.
• The supply chain was impacted and the raw material availability was hindered due to the restriction caused on movement of material across border. This affected the production activity of the automated fluid dispensing systems market.
• Industries were shut down due to the lockdown norms to prevent the gathering of people. This had a negative impact on the automated fluid dispensing system market.
• The demand from the healthcare sector boosted the market for automated fluid dispensing system as the pandemic caused people to be admitted in the hospital and hence, increased the demand for the fluid dispensing unit.
• The market is expected to increase at a rapid pace, as the lockdown restriction have uplifted and the healthcare facilities increase to counter future condition such as COVID-19 and the demand for automated fluid dispensing system also increases. 

Top Impacting Factors

The development of bio-based hot melt adhesives is aided by the rise in environmental concerns and favorable laws regulating carbon emissions from agencies such as the Registration, Evaluation, Authorization, and Restriction of Chemicals (REACH) and the Environmental Protection Agency (EPA). Demand for dispensers such as hot-melt application guns, pattern controllers, and others is expected to rise as a result of this development. The increase in spending on construction projects and a growing desire for packaged goods are other important development drivers. The reduction of errors, enhanced time management, and continuous technological innovations are factors that are anticipated to further aid the growth of this market. However, the high cost involved in the manufacturing of automated fluid dispensing system is a restrain for the market growth. Government rules that encourage and support decreased resource wastage, which contribute to cost and energy savings, are driving rising demand from the electronics, transportation, and medical device industries. The fluid dispensing equipment market in North America is expected to be driven by the rapidly increasing medical industry in the United States. Automated fluid dispensing has been used in semi-conductor manufacturing and circuit assembly, such as the creation of Advanced Integrated Circuit Encapsulation (AICE) and Surface Mount Technology (SMT). 

Market Trends

• R Series automated fluid dispensing robot with 4 axis on 27th April 2016. TeachMotionTM Teach Pendant software is included with the R Series automated fluid dispensing system for market-leading repeatability and accuracy in fluid distribution and positioning. Its fourth axis enables dispensing from any angle in the 360° rotation plane. It's simple to set up and programme the system for dispensing applications with bespoke dispensing software.
• The new UltimusPlus fluid dispenser from Nordson EFD has a number of beneficial features for increasing efficiency and process management. Its user-friendly touchscreen interface makes operation and setup a breeze. Operator-to-operator variability is eliminated with full operator lockout. Users can switch between up to 16 apps without touching the screen with an optional barcode scanner. Ethernet compatibility offers a greater range of control and unit visibility in the factory.
• The ProcessMate TC100 technology keeps fluid temperatures stable up to 100°C (212°F). Maintaining a stable fluid temperature is critical for achieving uniform fluid viscosity, which leads to more consistent dispensing results. The system comes with a temperature controller and a syringe barrel heater that are compatible with Unity HiTemp 30cc syringe barrels. 
• Automated Fluid Dispensing GV Series Robots can be used as stand-alone units or integrated into rotary tables and conveyor-fed production lines. When working with substrates that demand huge work envelopes without sacrificing reproducibility, this is the ideal choice. It also provides for a limitless payload of workpieces.