Global OIS Motor Market Strategic Research Report

Scope of the Report

The global OIS Motor market size is predicted to grow from US$ 2,309 million in 2025 to US$ 2,858 million in 2032; it is expected to grow at a CAGR of 3.1% from 2026 to 2032.

The OIS motor is a core micro actuator in smartphone imaging systems. It mainly compensates for hand shake and device motion by driving the lens, image sensor, or the entire camera module to move or tilt rapidly within a micron-level range, thereby improving night-shot clarity, telephoto capture success rate, video stability, and the real-world usability of high-pixel large-sensor camera solutions. Based on the verified official product pages, the mainstream technology routes in this industry currently include electromagnetic VCM lens-shift solutions, ball-guide high-load actuator solutions, shape memory alloy solutions, sensor-shift solutions, module-tilt solutions, and folded-zoom actuation solutions for periscope-style folded optics. Product formats include both standalone OIS actuators or integrated AF plus OIS actuators, as well as main-camera modules, telephoto modules, and periscope modules with integrated actuators. The main customers are smartphone brands and camera module manufacturers, and value creation depends on high-precision structural design, closed-loop control, miniaturized assembly, reliability validation, and mass-production consistency. Commercially, revenue is usually generated through sales of standalone actuators, integrated AF plus OIS components, camera modules with integrated actuators, and joint-development or customized mass-production introduction services. As smartphones continue moving toward higher pixel counts, larger sensors, multi-camera coordination, periscope telephoto upgrades, and flagship video performance, OIS motors have evolved from a differentiating component for premium main cameras into an important foundational platform for mid-to-high-end smartphone imaging, and they are continuing to advance toward larger compensation angles, higher load capacity, thinner modules, and stronger system-level coordinated control.

The OIS motor industry is evolving from a single supporting component for main cameras into a foundational execution platform for smartphone imaging systems. Official product pages show that leading suppliers are no longer offering only simple stabilization parts. Instead, they are advancing simultaneously across multiple routes, including lens shift, sensor shift, module tilt, ball-guide high-load drive, folded-optics actuation, and integrated AF plus OIS solutions. MinebeaMitsumi highlights its low-profile barrel-shift AF plus OIS actuator, Samsung Electro-Mechanics emphasizes the ability of its ball-guide structure to support precise AF and OIS coordination for heavy lenses, Cambridge Mechatronics extends SMA technology into Lens Shift, Sensor Shift, and Module Tilt, and Nidec Instruments demonstrates its TiltAC route that compensates by tilting the entire camera module. This shows that industry competition has moved beyond the performance of a single motor and into comprehensive competition across structural architecture, material systems, control algorithms, and module assembly capability. The core driver behind this shift is that smartphone imaging continues moving toward higher pixels, larger sensors, multi-camera coordination, and flagship video upgrades. Traditional actuators designed for small compensation angles, low loads, and single main-camera scenarios can no longer meet the requirements of next-generation modules. Suppliers that can achieve larger compensation angles, stronger load capacity, more stable closed-loop control, and better mass-production consistency within thinner spaces are more likely to secure positions in flagship and periscope telephoto supply chains.

From the perspective of supply and demand, growth in this industry is increasingly driven by structural upgrading rather than by simple shipment expansion. On the demand side, IDC still projects global smartphone market growth for 2025 and explicitly notes that innovative products and AI-related upgrades are stimulating replacement demand, which means the demand foundation for OIS remains intact. The industry no longer needs double-digit smartphone shipment growth to achieve value expansion. On the supply side, official websites and annual-report materials from Samsung Electro-Mechanics, NAMUGA, Q Technology, AAC Optics, and Sunny Optical show 200-megapixel main camera modules, 50-megapixel OIS modules, and periscope modules with integrated actuators. This indicates that customer purchasing priorities are shifting from simply asking whether a module has OIS to whether it can maintain reliability and image stability under higher resolution, heavier lens stacks, longer optical paths, and more complex focal-length configurations. At the same time, LG Innotek places coordinated control of AF, OIS, and Zoom actuators at the center of optical zoom modules, NAMUGA emphasizes AF-on-OIS architecture, and Cambridge Mechatronics is pushing larger compensation angles and longer stroke as differentiators. For suppliers, single-point component capability is no longer enough. System integration, automated assembly, closed-loop control, reliability validation, and coordinated delivery with algorithms are becoming the new dividing lines of competition. Once such capabilities enter scaled mass production, they often support both higher ASP per device and stronger customer stickiness. As a result, the future growth logic of OIS suppliers increasingly resembles value upgrading in premium imaging components rather than price competition in standardized parts.

From a regional perspective, the OIS motor industry still shows a clear East Asian concentration. Japanese companies retain advantages in precision actuator design and long-term mass-production experience, Korean companies are advancing quickly in high-end smartphone customers and folded-zoom structures, and mainland Chinese and Hong Kong-listed module makers are strengthening their presence in main-camera, telephoto, and integrated-module segments through vertical integration and fast product introduction. On the demand side, the market is becoming more global. China’s smartphone subsidies and trade-in policies are supporting mid-to-high-end imaging models, IDC has also confirmed policy-driven stabilization in the China market, and India and the Middle East continued to show growth or strong resilience in 2025. This means OIS demand is no longer tied to a single geography. Looking ahead, the most certain increment in this industry is not low-end penetration, but the continued upgrading of stabilization requirements in mid-to-high-end imaging smartphones. Night photography, video creation, periscope telephoto, and AI imaging are all amplifying the importance of stable image capture. Therefore, suppliers with strong capabilities in precision actuator design, advanced packaging and assembly, global customer collaboration, and cross-focal-length product coverage are more likely to expand share in the next imaging upgrade cycle and convert rising value per handset into steadier revenue growth. As terminal market structures continue diverging across China, India, and the Middle East, suppliers that can serve both flagship validation and scaled mid-to-high-end delivery will be better positioned to reuse products across customers and regions, improve operational resilience, and benefit as global smartphone brands rebalance their supply chains. This capability will become a key factor in the next stage of competition.

Key Questions Addressed in this Report

What is the 10-year outlook for the global OIS Motor market?

What factors are driving OIS Motor market growth, globally and by region?

Which technologies are poised for the fastest growth by market and region?

How do OIS Motor market opportunities vary by end market size?

How does OIS Motor break out by Type, by Application?

This report presents a comprehensive overview of the global OIS Motor market, covering market size and forecast, segmentation by product type and application, competitive landscape, leading players and regional and country-level outlook.

Segment by Type

• Translational Type
• Moving Shaft Type
• Memory Metal Type
• Other

Segment by Functional Integration Level

• Lens Shift
• Sensor Shift
• Module Tilt
• Folded Optics Actuation
• Other

Segment by Application

• Intelligent Mobile Phone
• Tablet PC
• Wearable Devices
• USV(Unmanned Aerial Vehicle)

Who Can Use This Report?

This report is written for decision-makers who need a clear, data-backed view of the global OIS Motor market:

• Manufacturers, suppliers and solution providers benchmarking their position and planning product, capacity and go-to-market strategy
• Distributors, channel partners and end users in Intelligent Mobile Phone, Tablet PC, Wearable Devices evaluating demand and sourcing options
• Investors, financial analysts and consultants assessing growth opportunities, competitive dynamics and M&A potential
• Government agencies, industry associations and research institutions tracking industry developments and policy impact