The collaborative robotics sector has witnessed a steady stream of hardware innovations over the past several quarters, but few announcements carry the weight of a payload milestone. In early March 2025, OnRobot — a manufacturer known for its plug-and-play end-of-arm tooling — took the wraps off a new vacuum gripper that the company positions as its most powerful offering to date. The device, designated VGP30, is being introduced to the market as the firm’s highest-payload vacuum gripper, a claim that immediately draws attention from integrators and end users who have long sought a balance between collaborative safety and heavy-lift capability.
The VGP30 is not merely an incremental update to an existing line. According to the source material, OnRobot frames this release as a response to the growing demand for automation in palletizing and other physically demanding workflows. Palletizing, by its nature, involves repetitive lifting of heavy bags, boxes, and containers — tasks that have historically been the domain of large industrial robots operating behind safety fences. The introduction of a collaborative gripper with a higher payload ceiling suggests that OnRobot is aiming to bridge the gap between traditional industrial automation and the flexibility of collaborative systems.
What sets this announcement apart from routine product launches is the emphasis on intelligent control and integration. The source material explicitly states that the VGP30 offers intelligent control and integration for palletizing and other demanding applications. This is a significant point for potential buyers, as raw lifting capacity is only part of the equation. A gripper that can lift heavy loads but cannot communicate effectively with the robot controller, or that requires complex programming to adapt to varying package sizes, would be of limited practical value. OnRobot’s stated focus on intelligent control suggests that the VGP30 is designed to be more than a passive lifting tool — it is intended to be an active participant in the automation cell, capable of adjusting its behavior based on the task at hand.
The timing of the announcement is also noteworthy. The source material places the unveiling in the context of OnRobot’s broader strategy of advancing robotic gripper technology for collaborative applications. This is not a standalone product drop; it is part of a sustained effort to expand the envelope of what collaborative robots can achieve. Over the past few years, the collaborative robot market has matured, with manufacturers pushing beyond simple pick-and-place tasks into more complex operations such as machine tending, assembly, and now, heavier palletizing duties. The VGP30 appears to be a deliberate move to capture a share of this expanding market.
It is important to note what the source material does not say. The announcement does not provide specific payload numbers, lifting capacities, or technical specifications such as stroke length, vacuum flow rate, or cycle time. While the term “highest-payload” is used, the actual figure is not disclosed in the available information. This is a common pattern in early product announcements, where marketing language often precedes detailed technical documentation. Buyers and integrators who are considering the VGP30 for their operations will need to await the full datasheet to make informed decisions. The absence of these details is not a criticism of the product, but rather a reflection of the information currently available.
Product and availability details
The VGP30 enters a product portfolio that already includes a range of grippers designed for collaborative use. The source material mentions, in passing, that OnRobot has previously launched a cleanroom-ready, IP67-certified, collaborative parallel gripper known as the 2FG7. This reference provides context for the company’s approach to product development: a focus on meeting specific environmental and operational requirements. The 2FG7 was designed for applications requiring cleanliness and protection against dust and water ingress, as indicated by its IP67 rating. The VGP30, by contrast, is being positioned for high-payload tasks, suggesting that OnRobot is segmenting its offerings to address different pain points in the automation market.
The availability details for the VGP30 are sparse in the source material. The announcement does not specify a launch date beyond the month of the news release, which is March 2025. It also does not indicate whether the product is immediately available for order, or whether it is being shown to select customers first. The source material does not mention pricing, lead times, or regional availability. These are significant gaps for potential buyers, but they are not unusual for a product announcement of this nature. Manufacturers often release information in stages, with initial announcements focusing on the product’s existence and capabilities, followed by detailed specifications and ordering information at a later date.
What can be inferred from the source material is that the VGP30 is intended for demanding applications. The word “demanding” is used in the context of the announcement, and it is a meaningful descriptor. In the robotics industry, demanding applications typically involve high cycle rates, heavy loads, harsh environments, or a combination of these factors. Palletizing, which is explicitly mentioned, is a textbook example of a demanding application. It requires the gripper to handle a variety of package types, maintain a consistent grip over long shifts, and integrate seamlessly with the robot’s motion control system. The VGP30 is being positioned to meet these challenges.
The source material also highlights OnRobot’s commitment to collaborative applications. This is an important distinction. Collaborative robots, or cobots, are designed to work alongside human workers without the need for extensive safety guarding. This imposes constraints on the robot’s speed, force, and payload, as the system must be capable of stopping safely if a human enters the workspace. A gripper that is designed for collaborative use must therefore be lightweight enough to not compromise the robot’s safety ratings, while still being robust enough to handle heavy loads. The VGP30, as a collaborative gripper with a high payload capacity, represents a balancing act between these competing requirements.
The source material does not provide details on the VGP30’s communication protocols, mounting options, or compatibility with specific robot brands. However, given OnRobot’s established reputation for producing grippers that work with a wide range of collaborative robot arms — including those from major manufacturers — it is reasonable to expect that the VGP30 will follow a similar pattern. The company’s product line is known for its ease of integration, with many of its grippers featuring quick-change systems and software that simplifies programming. Whether the VGP30 continues this trend is not stated in the source material, but the emphasis on intelligent control suggests that software and integration are central to the product’s design.
What it means for buyers
For buyers in the automation space, the VGP30 announcement carries several implications. First and foremost, it signals that the collaborative robot market is moving toward higher payloads. For years, one of the primary criticisms of cobots was their limited payload capacity compared to traditional industrial robots. While industrial robots can routinely handle loads of 50 kilograms or more, collaborative robots have typically been limited to much lighter payloads, often in the range of 5 to 15 kilograms. The VGP30, as OnRobot’s highest-payload vacuum gripper, suggests that the company sees a market opportunity in enabling cobots to handle heavier loads.
This is particularly relevant for palletizing applications. Palletizing is one of the most common tasks in logistics and manufacturing, but it is also one of the most physically demanding for human workers. The repetitive nature of the task can lead to musculoskeletal injuries over time, making it a prime candidate for automation. However, the payload requirements of palletizing — which often involve lifting bags or boxes weighing 25 kilograms or more — have historically pushed this application toward industrial robots. If the VGP30 can enable collaborative robots to handle these loads, it could open up palletizing automation to a wider range of businesses, including small and medium-sized enterprises that may not have the floor space or budget for traditional industrial automation.
The emphasis on intelligent control is also a key consideration for buyers. In modern automation, the gripper is not just a mechanical tool; it is a sensor-rich device that can provide feedback to the robot controller. A vacuum gripper with intelligent control can detect whether a part has been successfully picked, adjust the vacuum level based on the porosity of the surface, and communicate with the robot to optimize the motion path. These capabilities can reduce cycle times, improve reliability, and minimize the risk of dropped parts. The source material’s mention of intelligent control suggests that the VGP30 is designed to offer these benefits, which could be a significant advantage for buyers looking to improve the efficiency of their operations.
However, buyers should also be aware of what is not disclosed in the source material. The absence of specific payload figures, pricing, and availability dates means that a purchasing decision cannot be made based on this announcement alone. Buyers who are interested in the VGP30 will need to contact OnRobot directly or wait for the release of detailed technical documentation. This is a normal part of the product launch process, but it is worth noting for those who are in the market for a high-payload vacuum gripper and need to plan their automation investments.
Another consideration is the broader context of OnRobot’s product line. The mention of the 2FG7 parallel gripper in the source material serves as a reminder that OnRobot offers a range of tools for different applications. The 2FG7, with its cleanroom-ready and IP67-certified design, is suited for environments where cleanliness and protection against the elements are paramount. The VGP30, with its high payload capacity, is suited for heavy-duty tasks. Buyers should evaluate their specific application requirements and choose the tool that best matches their needs. It is not a matter of one product being better than another; it is a matter of selecting the right tool for the job.
The source material also references an event involving OnRobot and FANUC, inviting Nevada manufacturers to a free “Build Your Automation Roadmap” event featuring live robot demos and expert insights. While this event is not directly related to the VGP30 launch, it provides insight into OnRobot’s go-to-market strategy. The company is actively engaging with manufacturers at the regional level, offering educational opportunities and hands-on demonstrations. This suggests that OnRobot is not just selling products; it is helping to build the automation ecosystem. For buyers, this could be valuable, as it indicates that OnRobot is invested in the success of its customers beyond the initial sale.
In terms of the competitive landscape, the VGP30 enters a market that includes vacuum grippers from a variety of manufacturers. Some of these competitors offer grippers with payload capacities that exceed what is typically found in collaborative applications. The VGP30’s positioning as OnRobot’s highest-payload vacuum gripper suggests that the company is aiming to compete at the upper end of this spectrum. However, without specific payload figures, it is difficult to compare the VGP30 directly with competing products. Buyers will need to wait for more details before making a comparative assessment.
The source material does not provide information on the VGP30’s maintenance requirements, durability, or expected lifespan. These are important factors for buyers who are calculating the total cost of ownership. A gripper that requires frequent maintenance or has a short lifespan could offset the initial cost savings of automation. Conversely, a well-built gripper that operates reliably for years can provide a strong return on investment. The lack of this information in the source material is not unusual for a product announcement, but it is something that buyers should investigate before committing to a purchase.
Finally, it is worth noting that the source material describes the VGP30 as showcasing “unmatched power for high-payload tasks.” This is a strong claim, and buyers should approach it with a degree of skepticism. Marketing language often overstates a product’s capabilities, and the true test of a gripper’s performance comes in real-world applications. That said, OnRobot has a track record of delivering reliable products, and the company’s reputation in the industry lends some credibility to its claims. Buyers who are interested in the VGP30 should seek out independent reviews, case studies, and demonstrations to validate the product’s performance before making a purchase decision.
In summary, the VGP30 announcement is a significant development for the collaborative robotics market. It signals a move toward higher payloads, emphasizes the importance of intelligent control, and highlights OnRobot’s commitment to advancing gripper technology. For buyers, the announcement offers a glimpse of what is possible, but the lack of specific details means that a fully informed decision will require additional information. As the product becomes more widely available, it will be interesting to see how it performs in real-world applications and whether it lives up to the promise of unmatched power for high-payload tasks.
Sources
Published by Vigla Media OÜ (Estonia).