The global food-grade robot gripper market is projected to grow from $248.0 million in 2025 to $812.5 million by 2035, according to Strategic Revenue Insights. That works out to a compound annual growth rate (CAGR) of 12.60% over the ten-year forecast window — a pace driven by food processors replacing human hands with machines that meet hygiene and safety rules. A food-grade robot gripper is an end-effector, the component attached to a robotic arm that physically picks up and moves items, built from materials and designs that satisfy food-contact regulations. Unlike a standard industrial gripper, it's engineered to avoid contaminating food and, in many cases, to handle delicate or irregularly shaped products without crushing them.
Table of Contents
- What's driving the growth
- Soft grippers lead the product mix
- Where the growth is concentrated
- How reliable is the $812.5 million figure?
- What this means for buyers and integrators
What's driving the growth
Food manufacturers face constant pressure to reduce direct human contact with food during processing and packaging. Strategic Revenue Insights and OnRobot both point to food safety and contamination control as the core driver behind rising demand for these grippers.
Soft and electric gripper designs add a second benefit: they handle fragile products without bruising them. That matters for anything that doesn't tolerate a rigid mechanical pinch well, from baked goods to fresh produce to individually wrapped portions moving down a packaging line. The food and beverage industry itself is the dominant end-use segment for these grippers, according to the same report, reflecting demand for both processing efficiency and stricter hygiene standards across the sector.
Soft grippers lead the product mix
Soft grippers are the largest product segment in the market, per Strategic Revenue Insights. Their flexible construction lets them conform to delicate, irregularly shaped food items — think whole fruits, baked goods, or proteins — without the damage a rigid gripper can cause.
A concrete example of this category already exists: OnRobot's food-grade Soft Gripper, launched April 7, 2020, uses interchangeable silicone cups to handle payloads under 2.2 kg. It's certified under FDA 21 CFR for non-fatty foods and EU regulation EC 1935/2004, and it runs fully electric rather than relying on an external compressed-air supply, as OnRobot's announcement describes. That electric-over-pneumatic distinction matters for buyers: a vacuum or pneumatic system needs compressed air infrastructure on the line, while an electric gripper doesn't, which can simplify installation in smaller or retrofitted facilities.
Where the growth is concentrated
Asia Pacific is the fastest-growing regional market for food-grade robot grippers over the forecast period, according to Strategic Revenue Insights. That tracks with the region's expanding food processing and packaging capacity and its growing adoption of automation across manufacturing generally.
On the supply side, the report names Soft Robotics and Schmalz among the key companies competing in this space, alongside broader gripper manufacturers such as ABB, OnRobot, SCHUNK, and Festo that appear in adjacent industry coverage. Buyers evaluating vendors should expect a mix of specialists focused solely on food-grade and soft-handling applications, and larger automation suppliers offering food-grade options within a wider gripper lineup.
How reliable is the $812.5 million figure?
The $812.5 million projection comes from a single paid vendor report, and Strategic Revenue Insights hasn't disclosed its methodology publicly. Other research firms sizing closely related markets report figures that diverge sharply, which is worth knowing before treating any one number as an industry consensus. Intel Market Research, covering the narrower "food-grade soft grippers for robots" category, values that market at $423 million in 2025 rising to $547 million by 2034 — a 3.8% CAGR, well below Strategic Revenue Insights' 12.60% figure, per Intel Market Research.
WiseGuy Reports, covering a broader "food grade grippers" category, puts the market at $2,538.9 million in 2025 growing to $4,500 million by 2035 at roughly 5.9% CAGR, according to WiseGuy Reports — an order of magnitude larger in absolute size than the $812.5 million estimate. The spread exists partly because each report scopes the market differently: narrower categories like "soft grippers only" produce smaller numbers, while broader categories that include more gripper types and adjacent equipment produce much larger ones. A reader comparing vendor claims should check exactly what's included in the market definition before comparing one number against another.
- Strategic Revenue Insights: food-grade robot grippers broadly, $812.5 million by 2035
- Intel Market Research: food-grade soft grippers specifically, $547 million by 2034
- WiseGuy Reports: food grade grippers broadly defined, $4,500 million by 2035
What this means for buyers and integrators
Anyone sourcing equipment for a food processing or packaging line should treat these projections as directional signals of growing adoption, not a basis for precise budget forecasting. The consistent theme across all three reports is upward growth, even though the dollar figures and growth rates differ substantially.
For a practical next step, a buyer evaluating food-grade grippers can check certification against the same standards OnRobot's product meets — FDA 21 CFR for non-fatty foods and EU regulation EC 1935/2004 — since those are the baseline compliance markers cited in current product documentation. Payload capacity and power source (electric versus pneumatic) are the other two specs worth confirming early, since they determine both what the gripper can handle and what infrastructure the line needs to support it.
