The specialized application of information technology to optimize laboratory operations with a platform of instruments, software, and data management tools is known as laboratory informatics. With the support of laboratory informatics solutions, the data related to science can be captured, migrated, administered, and interpreted for instantaneous use. The data can also be stored, managed, or transferred to help future research and development activities. The deployment of laboratory informatics leads to the increased efficiency of laboratory operations. The Laboratory Informatics Market is estimated to grow at a 7.4% CAGR by 2026 due to the high workload, cost deterrents, and technological advancements. The increasing deployment of laboratory information management systems in hospital-based laboratories for declining the possibility of diagnostic errors and as well as in handling a massive amount of data is predicted to drive the market growth. However, the enormous costs incurred in maintenance and services are restricting the market growth.
Laboratory Informatics Market by Product
Laboratory Informatics Market by Delivery Mode
Laboratory Informatics Market by Component
Laboratory Informatics Market by End-Use
Laboratory Informatics Market by Geography
In the Product segment, LIMS has a significant share in the market growth. To reduce data management errors and enhance the quality analysis of research information, the LIMS solution is mainly adopted in the life sciences and research industry. These factors are expected to augment the growth of the segment.
Cloud-based delivery mode assists in storing a huge volume of data remotely to facilitate free space on devices and allows data retrieval as per the customer's requirement. Therefore, the cloud-based delivery mode is having a significant share in the laboratory informatics market.
The service segment is accounted for the highest share in the market growth. This is due to the increase in the outsourcing of LIMS solution and increasing requirement of the outsourced services by large pharmaceutical research labs since they lack in resources and skill set required for deployment of analytics.
As per the end-users, the significant end-users of laboratory informatics are the life science industry. Demand for laboratory informatics has increased in the life science industry to develop innovative products and enhance the quality of products and operational efficiency.
North America is commanding the market share due to the factors such as strategies supporting the adoption of laboratory informatics and infrastructure with high digital literacy. Moreover, surging healthcare costs and the increasing burden of curtailing the costs are also factors contributing to market growth in this region.
Increasing demand for data integration is a primary factor contributing to the growth of the global market. The rising amount of data is being gathered within the scientific and life science community. Since millions of dollars are expending on research and development activities by the pharmaceutical and biotechnological sector, the volume of data produced is generous. Proper processing and coming to a successful conclusion from gathered data need data integration solutions. A huge amount of data collection and a rising need for real-time outcomes will propel business growth in the future.
Key players operating in the market include Labvantage Solutions, Inc., Thermo Fisher Scientific Inc., Accelerated Technology Laboratories, Lablynx, Inc., Agilent Technologies, Inc., Autoscribe Informatics, Dassault Systems, Labworks LLC, Labware, Kinematik, Waters, and Perkinelmer Inc.
As a result, the laboratory information system has an essential requirement due to the increasing amount of data. Moreover, the laboratory informatics software provides an organization with various benefits, which reduces work and data management errors.