Nano Positioning Systems Market: Key Trends and Forecast Research Report 2025

Nanometrology is a study of measurement at the nanoscale level. Nanometrology has a vital role in the production of nanomaterials which have a high degree of reliability and accuracy in nano manufacturing. Piezoactuators are one of the major drivers for the growth of the nano positioning market. The effects caused in piezoelectric material are responsible for a nonlinear motion with hysteresis. In order to achieve exceptional linearity, repeatability, and stability required for nanopositioning, a location control is used.

Nano positioning systems needs precisions in the range of few nanometers and lower. Nano positioning systems essentially demand a position measurement technique that can detect signal in this range as well. Some of the primary specifications that are needed for selecting an apt methodology are resolution (sensitivity), bandwidth, linearity, and stability. Additionally, the capability to record the motion directly is another important factor that needs to be taken into consideration. The interaction with the movable parts affects the measuring result as well; hence, most manufacturers use no-contact measurement approaches.

Nano positioning systems finds wide usages in molecular biology. These systems helps in seeing the distribution of molecules across a relatively hefty area, for instance, a biological cell which needs nanopositioning across a large micron-range area. With the advent of biotechnology and molecular researches related to the determination of various diseases caused due to alteration of molecular structure of a cell, the global market for nanopositioning systems is likely to gain significant momentum over the course of the forecast period. High-speed positioning can cause vibrations and this property may hinder the overall market growth. However, extensive use of nano positioning systems in nano-storage devices and combinational atomic force microscopy will further strengthen the market position of nanopositioning systems.

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The global nanopositioning systems market can be segmented on the basis of sensors, type of actuator, application, and geography. Based on the type of sensor the market can be segregated into inductive sensors, capacitive sensors, piezosensors, thermal sensors, and optical sensors. Among these, the capacitive sensors segment accounted for the largest share in the global nanopositioning systems market. Capacitor sensors are primarily used in touch panels such as smart phones and I-pads. Increasing demand for these devices along with high requirement for soft touch and advanced positioning systems will drive the segment’s growth in the coming years.

Based on the type of actuator the global Nanopositioning Systems market can be classified into MEMS-based electrostatic actuators, piezo-electric actuators, magneto-strictive actuators, MEMS-based electromagnetic actuators and MEMS-based thermal actuators. The piezo-electric actuators are mainly used in AFM. The advancement in this technology will help the piezo-electric actuators to experience an increased demand from the end-users as well as manufacturers.

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In terms of geography, the global Nanopositioning Systems market can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East and Africa. Presently, the North America region has the maximum share in the global market. Presence of a significant number of manufacturers along with high adoption rate of nanopositioning systems in the field of biotechnology and semiconductor are responsible for the dominance of this market. Asia Pacific is likely to grow at a maximum rate over the forecast period.Countries such as China, Japan and India, with growing number of touchpad users, increased production due to availability of low cost labor and advancement in technology will drive the overall market growth in the Asia Pacific region over the forecast period.

The key players operating in the global Nanopositioning Systems market are PhysikInstrumente (PI) GmbH & Co. KG (Germany), Aerotech Inc. (U.S.), Prior Scientific Instruments (U.K.), and Cedrat Technologies (France). Some of the other companies in the market are Photonix Technology Solutions (India), OME Technology Corporation (Taiwan), Automax, SmarAct GmbH (Germany) and OWIS (Germany).

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