ソフトグリッパー市場規模と成長予測（2027年～2036年）、セグメント別（材料、部品、用途）、地域別需要動向（北米、アジア太平洋、ヨーロッパ）、主要国別動向（米国、日本、韓国、ドイツ、フランス、イタリア）、および競争環境

Material Segment Analysis: Elastomers (Largest Segment) vs Gels (Fastest-Growing Segment)

The elastomers segment accounted for the largest market share of 52.53% in 2026, driven by its flexibility, elasticity, durability, and ability to adapt to objects with different shapes, sizes, and surface characteristics. Elastomer-based materials enable soft grippers to handle delicate, irregular, and deformable products while minimizing the risk of damage associated with rigid gripping mechanisms. Their ability to withstand repeated deformation and recover their original shape makes them suitable for industrial automation, food handling, packaging, healthcare, and agricultural applications. Elastomers also offer practical advantages in terms of material availability, manufacturability, and compatibility with different actuator designs, supporting their widespread use in commercially deployed soft robotic systems. As manufacturers increasingly automate tasks involving fragile products and variable object geometries, elastomers remain an important material choice for achieving reliable gripping performance and operational versatility.

Gels represent the fastest-growing material segment in the soft gripper market, supported by growing interest in highly compliant materials that can conform closely to complex surfaces and handle sensitive objects. Their deformable structures can provide gentle contact and distribute gripping forces across irregular surfaces, making them attractive for applications that require precise manipulation with minimal pressure. Advances in responsive gel formulations and material engineering in 2026 are expanding opportunities to develop soft grippers with improved adaptability, enhanced adhesion, and greater sensitivity to environmental conditions. These characteristics are relevant to emerging applications in biomedical handling, precision assembly, laboratory automation, and delicate food processing. Research into stimuli-responsive materials is also creating opportunities for gels that change their mechanical or gripping properties in response to external conditions. Although durability, repeatability, and integration with practical robotic systems remain important considerations, ongoing material innovation is expected to support broader adoption of gel-based soft grippers.

Component Segment Analysis: Soft Actuators (Largest Segment) vs Control Systems (Fastest-Growing Segment)

The soft actuators segment accounted for the largest market share of 39.31% in 2026, reflecting its essential role in generating the movement, deformation, and gripping force required for compliant robotic manipulation. Unlike rigid actuation mechanisms, soft actuators can deform to accommodate objects with varying geometries, enabling safer interaction with fragile products and unpredictable environments. Pneumatic, hydraulic, and other compliant actuation approaches allow grippers to adjust their shape and apply controlled forces across a range of handling tasks. These capabilities make soft actuators valuable in food processing, packaging, healthcare, agriculture, and industrial automation, where conventional rigid grippers may be unsuitable for delicate or irregularly shaped items. Improvements in actuator materials, structural design, responsiveness, and energy efficiency are further enhancing their functionality. As soft robotics expands into applications requiring adaptable and reliable object handling, soft actuators continue to form the core functional component of soft gripper systems.

Control systems represent the fastest-growing component segment in the soft gripper market, driven by increasing demand for precise, responsive, and intelligent manipulation. These systems coordinate actuator behavior by processing sensor inputs, adjusting operating parameters, and regulating gripping actions according to object characteristics and task requirements. Their importance is increasing as soft grippers are integrated into automated production lines that must handle diverse products without frequent manual adjustments. Advanced control architectures incorporating machine vision, force sensing, feedback mechanisms, and artificial intelligence can improve grip stability, reduce handling errors, and enable more consistent performance under changing operating conditions. Control systems also support the integration of soft grippers with collaborative robots and broader industrial automation platforms, allowing manufacturers to develop more flexible production processes. As applications become more demanding and require greater precision, real-time adaptability, and seamless system integration, investment in advanced control technologies in 2026 is expected to accelerate.

Application Segment Analysis: Food and Beverage (Largest Segment) vs Electronics (Fastest-Growing Segment)

The food and beverage application segment accounted for the largest market share in 2026, supported by the need to handle delicate, irregularly shaped, and easily damaged products throughout processing, sorting, packaging, and distribution operations. Soft grippers can conform to different food shapes and textures while applying controlled pressure, helping reduce bruising, crushing, and other forms of product damage. Their adaptable gripping capabilities are particularly useful for handling fruits, vegetables, baked goods, packaged foods, and other items that vary in size, weight, and surface characteristics. Food manufacturers are increasingly adopting automation to improve hygiene, operational consistency, productivity, and workforce efficiency, creating favorable conditions for soft robotic gripping solutions. The technology can also accommodate product variation more effectively than conventional rigid gripping systems in applications involving mixed product types. As food processing and packaging operations pursue greater automation and more careful product handling, soft grippers are gaining importance as a flexible solution for improving throughput while maintaining product quality.

The electronics application segment is the fastest-growing area of the soft gripper market, driven by increasing requirements for precise handling of fragile, compact, and high-value components during manufacturing and assembly. Electronic devices and components can be susceptible to scratches, deformation, contamination, and damage from excessive gripping forces, making compliant robotic handling particularly valuable. Soft grippers can adapt to component geometries and provide gentler contact during tasks such as transferring circuit components, positioning delicate assemblies, and handling sensitive parts across production stages. Growth in automated electronics manufacturing, miniaturization, and the production of increasingly complex devices is creating demand for gripping technologies that combine flexibility with controlled manipulation. Integration with machine vision, force sensors, and intelligent control systems further enables soft grippers to accommodate variations in component orientation and placement requirements. As electronics manufacturers seek to improve precision, reduce handling defects, and support flexible production environments, soft gripper adoption in 2026 is expected to expand across a broader range of assembly and material-handling applications.