The Industrial Vacuum Lifter Market Size & Share By Product Type, By Capacity, By End-Users, By Geography. This Industry Analysis covers Market Size and Value (in USD Million) for the Above Segments.

Global Industrial Vacuum Lifter Market - Focused Insights 2025-2030

INDUSTRIAL VACUUM LIFTER MARKET SIZE

The global industrial vacuum lifter market was valued at USD 1.85 billion in 2024 and is expected to reach USD 2.50 billion by 2030, growing at a CAGR of 5.09% during the forecast period. The global industrial vacuum lifter market is growing rapidly, driven by expanding construction activities and increasing automation in material handling. As construction projects become more complex, there is a greater need for efficient, safe material handling solutions like vacuum lifters, which help reduce human intervention in hazardous tasks.

Vacuum lifters are widely used in industries like manufacturing, construction, automotive, aerospace, and food processing. They handle delicate materials such as glass panels, metal sheets, and heavy components, ensuring safety and efficiency. For example, in construction, they help transport large glass panels, while in automotive manufacturing, they move body panels.

INDUSTRIAL VACUUM LIFTER MARKET NEWS

1. In 2024, ANVER Corporation introduced the upgraded VT160 Vacuum Tube Lifting System, featuring an ergonomic comfort-grip control handle for smooth one-operator lifting and lowering. Ideal for repetitive tasks such as pallet and conveyor loading, the modular system includes an optional BH90-P-C5 vacuum pad capable of lifting to 175 lbs @ 18 in. Hg. It also features a Power Loss Safety Check Valve for added operational safety, enhancing reliability in material handling across industrial settings. This development reinforces ANVER’s role in advancing safe and efficient lifting solutions in the global industrial vacuum lifter market.
2. In January 2025, Schmalz launched its upgraded JumboFlex vacuum tube lifter, featuring ergonomic redesigns, intuitive handling, and quick gripper change systems. These enhancements support the market trend toward safer, more efficient vacuum lifters for diverse industrial applications.

KEY TAKEAWAYS

1. Market Growth: The global industrial vacuum lifter market was valued at USD 1.85 billion in 2024 and is expected to reach USD 2.50 billion by 2030, growing at a CAGR of 5.09% during the forecast period.
2. By Product Type: The non-mechanical segment accounted for the largest market share of over 69% in 2024.
3. By Capacity: The low & medium-duty segment shows the highest growth of 5.54% during the forecast period.
4. By End-Users: The manufacturing segment dominates and holds the largest share of the industrial vacuum lifter market.
5. By Geography: APAC dominates the industrial vacuum lifter market with the largest share of over 40% and shows the highest growth during the forecast period.
6. Growth Factor: The global industrial vacuum lifter market is set to grow due to a rise in demand to enhance productivity and the growth of construction and infrastructure projects.

INDUSTRIAL VACUUM LIFTER MARKET TRENDS & DRIVERS

Growing Integration with AI and Machine Learning

The integration of AI and machine learning enables vacuum lifters to optimize lifting cycles by analyzing data from sensors and environmental conditions. This reduces energy consumption and improves lifting efficiency, making vacuum lifters more cost-effective for industries like manufacturing and logistics. AI-powered systems can predict when a vacuum lifter is likely to fail, enabling timely maintenance and preventing costly downtime. As industries seek to enhance uptime, especially in critical operations like automotive manufacturing or food processing, there is a growing need for predictive maintenance-enabled vacuum lifters. For example, Schmalz’s RoboLift uses AI and machine learning to optimize grip strength and adapt to varying load conditions, improving safety and efficiency. AI enables real-time monitoring of vacuum lifter performance, providing actionable insights for operators and managers. This level of monitoring is particularly valuable in high-demand environments like e-commerce warehouses, where optimized performance directly translates to higher throughput. With machine learning, vacuum lifters can adapt to different loads and materials, ensuring precise handling without manual intervention. The increased focus on automation and precision in industries like electronics assembly and material handling is driving the adoption of AI-integrated vacuum lifters to improve operational accuracy.

Increasing Integration with Cobots and EOAT (End of Arm Tooling)

The integration of vacuum lifters with collaborative robots (cobots) and EOAT enables fully automated material handling systems. Automation-driven sectors like automotive manufacturing and logistics are pushing the demand for vacuum lifters that integrate seamlessly with cobots to streamline operations and improve efficiency. EOAT provides the necessary tools for vacuum lifters to handle a wide range of materials and objects with varying sizes and weights. As industries diversify their product offerings, the demand for vacuum lifters with EOAT is expanding, particularly in sectors like food processing and electronics, where varied lifting tasks are common. Cobots equipped with vacuum lifters reduce the need for manual labor, resulting in significant labor cost savings. As companies seek to reduce operational costs, particularly in high-labor industries like warehousing, the integration of cobots with vacuum lifters is becoming standard practice. Cobots equipped with advanced sensors and EOAT can perform precise, repeatable lifting tasks. Precision is critical in industries like semiconductor manufacturing and pharmaceuticals, where even slight variations in handling can result in product defects, thereby driving the demand for vacuum lifters with cobot integration.

Growth of Construction and Infrastructure Projects

The ongoing expansion of construction and infrastructure projects worldwide is significantly driving the demand for vacuum lifters, as these projects require efficient and safe lifting solutions for heavy materials like glass, metal, and large panels. According to the World Economic Forum, by 2025, the future of infrastructure will be shaped by trade-offs between resilience, equity, and control. There will be a growing infrastructure with sustainable practices like reducing carbon footprints. Spatial and urban planning is AI-driven and design-automated, and construction by robots is the norm. Infrastructure is embedded with sensors and data-collecting materials, facilitating predictive maintenance and constant surveillance. Meanwhile, the wealthy retreat to artificial, gated islands. Vacuum lifters provide a highly efficient way to handle oversized materials, such as glass panels, concrete slabs, metal sheets, prefabricated wall sections, and large insulation boards, with precision, making them an ideal solution for the construction industry. As demand for large-scale infrastructure projects such as bridges, highways, and buildings increases, so does the need for these lifting technologies. Many construction projects have tight deadlines, and the efficiency of vacuum lifters helps to reduce time-consuming manual lifting and material handling tasks, allowing construction teams to stay on schedule and complete projects faster. The focus on reducing manual labor costs in the construction industry is driving the adoption of vacuum lifters, as they reduce the need for large crews and ensure safer handling of materials. This trend is especially prominent in the growing infrastructure sectors of emerging markets.

INDUSTRIAL VACUUM LIFTER MARKET SEGMENT INSIGHTS

INSIGHTS BY PRODUCT TYPE

In 2024, the non-mechanical segment accounted for the largest industrial vacuum lifter market share of over 69%. The non-mechanical vacuum lifters segment, especially electric and battery-powered units, is expanding rapidly due to the global emphasis on automation, energy efficiency, and operator safety in heavy industrial applications. Battery-powered and electric vacuum lifters are increasingly integrated into smart factory ecosystems, especially in North America, Europe, and Japan, due to their compatibility with Industry 4.0 technologies, enabling automated, efficient, and data-driven material handling, where digital transformation and Industry 4.0 practices are reshaping material handling operations. Compressed air-powered (pneumatic) vacuum lifters remain essential in cleanroom environments and chemical processing because they generate no electrical sparks or emissions, minimizing contamination risks and ensuring compliance with stringent hygiene and safety standards, where explosive risk or hygiene demands prohibit electrical devices, ensuring strong global demand across safety-sensitive industries.

INSIGHT BY CAPACITY

Based on capacity, the low & medium-duty segment shows significant growth, with the fastest-growing CAGR of 5.54% during the forecast period. Low and medium-duty vacuum lifters (≤ 1,102 lbs) are designed for lighter to moderate lifting tasks, suitable for handling materials and products within a mid-range weight category. Low & medium-duty vacuum lifters are seeing increased adoption in small-scale manufacturing, woodworking, warehousing, and logistics due to their versatility and affordability, making them essential tools in emerging economies and decentralized production models. These lifters are particularly favored by SMEs in sectors such as glass processing, furniture, and packaging, where moderate load handling is frequent and efficiency improvements are critical to remaining competitive globally.

Portable variants of mechanical vacuum lifters, such as the Wirth Eco Mini Lifter and ANVER’s Portable Mechanical Vacuum Lifters, are driving expansion in urban construction projects and interior fit-out services, where maneuverability and ease of use are key differentiators in tight workspaces. These portable models offer lightweight, mobile, and easy-to-operate solutions ideal for handling materials in confined or dynamic environments.

INSIGHTS BY END-USERS

The manufacturing segment dominates and holds the largest share of the industrial vacuum lifter market. In the manufacturing sector, vacuum lifters play a critical role in improving the efficiency of production processes by facilitating the lifting and movement of heavy components, machinery, and parts during various stages of production. Whether it is handling delicate such as glass panels, semiconductor wafers, or precision electronic components in electronics manufacturing or moving large parts in automotive production, these lifters reduce the physical strain on workers and minimize the risk of injury, thus improving operational productivity and safety on the shop floor.

With the ongoing shift toward smart factories and Industry 4.0, vacuum lifters are increasingly integrated with automated systems, like programmable logic controllers (PLCs), automated guided vehicles (AGVs), and robotic arms, allowing for seamless and safe material movement in high-speed production environments allowing for seamless and safe material movement in high-speed production environments. Additionally, as Industry 5.0 emphasizes collaboration between humans and machines, vacuum lifters are being designed to support more intuitive, flexible, and human-centric operations.

GEOGRAPHICAL ANALYSIS

APAC dominates the global industrial vacuum lifter market with the largest share of over 40% and is one of the fastest-growing regions, driven by rapid industrialization, infrastructure development, and automation initiatives across manufacturing, logistics, and construction sectors. The rising adoption of Industry 4.0 principles in countries like China, Japan, and South Korea is pushing companies to invest in smart vacuum lifting technologies, influencing global innovation toward IoT-enabled and data-monitored lifters. According to Horasis, in 2024, China's manufacturing sector is undergoing a revolution driven by smart factories and the implementation of Industry 4.0 principles.

According to China Power, in 2025, the Chinese government is actively promoting automation across industries to boost manufacturing efficiency and global competitiveness. This initiative is driving increased demand for industrial vacuum lifters, which are key to modernizing material handling by enhancing safety, reducing manual labor, and integrating with smart factory systems.

The North American industrial vacuum lifter market is witnessing steady growth as industries such as manufacturing, construction, and logistics increasingly adopt automated handling solutions, setting an important tone for global trends in workplace safety and efficiency. The rising enforcement of safety standards by regulatory bodies such as OSHA is driving demand for advanced vacuum lifting systems across the region, contributing to a global market shift toward ergonomically designed and compliant material handling equipment. Inside the market, OSHA regulations drive demand by requiring safer lifting solutions, prompting companies to adopt ergonomic, compliant vacuum lifters that reduce injury risks and improve productivity.

Europe remains a vital region in the global industrial vacuum lifter market, driven by stringent worker safety regulations and strong automation trends across sectors like construction, automotive, and manufacturing. According to the Europe Sustainable Development Report 2025, there is a growing emphasis on green building practices, and sustainable manufacturing in Europe is boosting demand for energy-efficient and durable vacuum lifters, aligning the region with the global push toward eco-conscious industrial solutions.

INDUSTRIAL VACUUM LIFTER MARKET VENDOR LANDSCAPE

The global industrial vacuum lifter market report consists of exclusive data on 30 vendors. Piab Group leads with a strong emphasis on sustainability and digital transformation, showcasing its commitment through a revamped corporate website that aligns with modern industrial demands. ANVER Corporation focuses on ergonomic design and safety, exemplified by its upgraded VT160 system with a comfortable grip handle and built-in safety features, supporting reliable and user-friendly material handling. Schmalz enhances automation and operator ease with its redesigned JumboFlex lifter, offering quick gripper changes and improved ergonomics to boost productivity and reduce worker strain.

Fezer prioritizes operator comfort with the VacuBoy’s gas spring-assisted handle for effortless, stepless height adjustment, catering to versatile industrial environments. AERO-LIFT innovates through virtual reality collaboration in the BMBF-funded VR-Chain project, improving integration, coordination, and customization of vacuum lifters with crane systems. Each company leverages distinct strengths from sustainability and safety to automation, ergonomics, and VR technology, enabling them to meet varied customer needs and maintain competitive positioning in the market.