Need to move some parts? FANUC America offers an extensive lineup of material handling robots. These robots are equipped with iRVision and are capable of high speed transfer in a well-optimized system. With everything available from compact robot models designed to work in sensitive environments to heavy-duty robots, finding a material handling robot to suit your needs is easy.
From pick and place to dispensing, palletizing, packaging, part transfer, machine tending or assembly, automated material handling solutions are available to meet every need. FANUC America and our Authorized System Integrator Network work at any scale, supplying easy-to-use standalone solutions or fully integrated systems that automate every material handling process from front to end of line. Robotic handling solutions maximize your productivity by increasing throughput and extending operating times.
For a truly integrated machining solution, partner your FANUC robot with FANUC CNCs or General Motion Controls. With streamlined communications and the industry's best reliability, nothing beats a truly automated machining system from FANUC.
Looking for precision motion control in material handling applications? Let FANUC’s Power Motion i handle all your complex motion control needs! Offering powerful CNC and PLC technology together, PMi is more versatile than just a PLC, perfect for tasks involving multiple axes, paths, speeds and torque controls.
FANUC is a leading handling robots supplier, offering a wide variety of material handling equipment types to meet your specific needs. From compact solutions to larger, heavy-lifting handling autonomous robots for material handling, FANUC has the perfect solution for your application.
Our collaborative robots are easy to use and have a small footprint, making them perfect for easy applications like part orientation or palletizing. These handling robots can also be used in more sensitive environments as they do not require guarding. Cobots are easy to use, flexible, and require no guarding, offering a simple solution for your material handling needs.
FANUC offers a wide variety of SCARA robots perfect for laning, separating product from bowl feeders, and other material handling applications. These SCARA robots are available in payload capacities from 3kg to 20kg, making them perfect for a variety of tasks such as:
Our mid-range robots, like the M-10 and M-20, are perfect for material handling and machine tending applications, especially in fulfillment cells. For processes like inductions and product positioning, these lightweight robots are great for material handling applications involving medium payloads (up to 35kg).
For heavy lifting applications, another type of material handling equipment FANUC offers is larger payload robots with increased payload capacities. Our larger payload robots are perfect for heavy-duty material handling applications, managing up to 2300kg. We offer the strongest 6 axis robot on the market as well as other robots capable of handling the most labor-intensive, challenging tasks.
FANUC is a leading handling robots supplier, offering a wide variety of material handling equipment types to meet your specific needs. From compact solutions to larger, heavy-lifting handling autonomous robots for material handling, FANUC has the perfect solution for your application.
Integrating automated solutions into your facility can ensure safe material handling processes. Automated systems can help to prevent accidents by reducing the need for human intervention in tedious and potentially-dangerous tasks.
A well-designed automated material handling system can provide consistent and repeatable results. This is especially important in applications where precision is critical, such as when working with small parts.
Eliminating the need for manual handling can help to improve the accuracy of your material handling process. Automated systems can place components with pinpoint accuracy, reducing the likelihood of errors.
Leveraging automated solutions can help to streamline your material handling process and increase efficiency. Automated systems can work around the clock, ensuring that tasks are completed quickly and efficiently without putting additional strain on your workforce.
Maintaining a workforce to handle material handling tasks can be costly. One of the advantages of handling robots is that you can cut labor costs by limiting the need for manual labor in certain applications, limiting the number of human workers you need to manage these tasks and reducing the risk of costly human error in the process.
Material handling is a critical part of any manufacturing process. By adopting automation and robot applications for material handling tasks, you can improve your productivity and efficiency while also reducing costs. Here are some of the advantages of using automated material handling systems:
To improve your productivity and efficiency in the material handling process, consider integrating robotic automation into your system. The goal of any effective materials-handling system is to:
A robotic handling system can help you achieve these goals by automating the tasks of picking, placing, and moving materials throughout your facility. Robotic systems are especially well-suited for tasks that are tedious, dangerous, or physically demanding, such as lifting heavy objects or working in tight spaces.
A FANUC R‑2000iC/125L with 3D vision identifies and depalletizes metal ingots, using high‑temp vacuum gripping and built‑in safety for fast, precise handling.
Video courtesy of Combined Technologies
FANUC M‑20iB robots sort and nest random‑length boards into trays, forming panels, which an M‑410iC/315 stacks into bundles for shipment.
Video courtesy of Mekanika
Three FANUC robots with iRVision load parts into an injection mold machine, improving cycle time, and accuracy in the tape dispenser molding process.
Video courtesy of Robotic Technical Support Services, Inc. (RTSS)
Video courtesy of ATS Industrial Automation
A FANUC SR‑20iA uses iRVision and a flexible EOAT to pick parts from a press and place them onto the sintering belt with precise, consistent alignment.
Video courtesy of Gasbarre Products Inc.
A FANUC LR Mate 200iD works with a flexible feeder bowl to align and feed assorted parts, enabling adaptable robotic pick‑and‑place for assembly and packaging.
Video courtesy of DevLinks Ltd
A FANUC R‑2000iC/125L robot automatically picks and places rubber bales into boxes, palletizing them across two alternating conveyor-fed cells.
Video courtesy of Sage Automation
A FANUC R‑2000iC robot locates glass panes with a vision system, lifts them using suction cups, and loads them onto racks on dual turntables.
Video courtesy of QComp Technologies, Inc.
When deciding to integrate a new material handling system, consider the following factors before making a purchase to ensure you choose the best fit.
The first thing to consider is the payload and speed requirements of your application. The payload is the weight of the material that needs to be moved, and the speed is the rate at which it needs to be moved. It's important to choose a system that can handle the payload of your application while still meeting your speed requirements.
You will also need to consider the types of material handling robots tools that will be required for your specific application. End-of-arm tools are used to grasp, lift, and move materials, but there are other specialized tools available, as well.
Lighter materials can be handled with less powerful robots, while heavier materials will require a more robust system. You will also need to consider the size and shape of the materials being handled.
FANUC offers a number of automated material handling robots capable of handling different payloads and tasks; our material handling experts will work with you to determine the best solution for your operation.
Mapping out your current facility layout and available space is important to ensure that the system you select will fit into your facility. You will also need to consider the amount of space required for any ancillary equipment, such as conveyors or sorting systems.
Hiring and retaining a dedicated workforce is a persistent, costly challenge. By automating your material handling processes, you can reduce labor costs by eliminating the need for manual handling in certain applications. When you automate physically-demanding, tedious tasks, you also improve worker safety, making your facility a more appealing place to work.
When deciding to integrate automated material handling equipment, you will need to consider the best fit for your needs when it comes to what these machines can do. Developments in automation and robotic technologies make it possible for a robotic material handling system to effectively accomplish a number of critical tasks, such as:
One of the most basic and essential tasks that can be completed with a material handling robot is pick and place. Part picking and placing simply involves picking up an object from one location and placing it in another. Part picking robots can achieve the high standards of speed, reliability, and accuracy that are expected from these processes today.
If you are interested in efficient part handling and pick & place solutions, our pick and place robots may be right for you.
Automating dispensing and sealing tasks with robotic material handling equipment will improve the efficiency, precision, and accuracy of these processes. From dispensing glue and epoxy for smaller jobs to applying automotive seam sealer, FANUC robots are capable of enhancing these tasks in a precise and repeatable manner for optimal performance.
Packing and unpacking tasks, such as palletizing and de-palletizing, can also be completed efficiently with material handling robots.
When considering a palletizing robot for part handling, be sure to consider the following:
In industries like e-commerce, automatic handling and packaging lines can be immensely beneficial when it comes to increasing throughput without jeopardizing accuracy, precision, and quality.
Material handling robots can be used for a variety of packaging applications, such as:
Maintaining a continuous flow of materials throughout your facility is essential to keeping your production process moving. Another material handling application of robots is part transfers; using robots for this task can help to ensure that materials are transferred quickly and efficiently to where they need to go.
Robots can also be used to complete simple assembly tasks such as inserting fasteners or joining components. Automating these simple tasks can save time, cut labor costs, and reduce the risk of error.
Material handling involves the movement of materials throughout the supply chain, from the time they are received at the facility until they are shipped out. Enhancing material handling and logistics processes can be achieved through the application of handling robots and automated solutions.
Material handling can have a major impact on your overall logistics operation. Inefficient material handling can lead to:
The benefits of automating your material handling process can help to improve the efficiency and effectiveness of your overall logistics operation. Automating tasks that are time-consuming, physically demanding, or dangerous can help to improve productivity and safety while reducing labor costs.
Enhance your logistics operations with automated material handling solutions from FANUC
There are benefits to both manual and automated material handling systems. When deciding what material handling services are best for your needs, you will need to consider a number of factors, such as:
Manual material handling systems are typically less expensive than automated systems. However, robotic material handling systems can be more efficient than a manual approach, and they require fewer workers to operate. Material handling robot applications can also be safer for workers, as they are often designed to keep workers at a safe distance from moving parts.
Automated material handling systems are used in a variety of industries to improve productivity and efficiency. Some of the most common applications of robots in material handling include:
The aerospace industry uses industrial material handling equipment to move parts and assemblies around the factory floor, reducing the strain on workers and simplifying the task of maneuvering heavy payloads.
Automated material handling systems can also be used to complete assembly tasks that require consistent precision and accuracy to meet performance standards. Automated material handling systems can improve the efficiency of aerospace manufacturing operations by reducing the need for manual labor while also improving safety by keeping workers at a safe distance from moving parts.
Carmakers use material handling robotics to move materials throughout the production process. These systems can be used to transport materials from one workstation to another, or to move parts and components from one assembly line to another for efficient assembly.
The production of consumer goods must be efficient and consistent to ensure companies operate a competitive, sustainable business. With robotic handling systems, producers of consumer goods can achieve the highest level of production in applications like packaging to ensure they fulfill consumer needs.
The e-commerce industry has seen a dramatic increase in the use of automated material handling systems in recent years. These systems are used to move products throughout the distribution center and can be customized to meet the specific needs of the e-commerce industry.
As the most common applications for e-commerce material handling robots, picking, packing, packaging, and shipping processes can all be improved upon through automation, increasing the efficiency and speed of order fulfillment to meet growing consumer demand.
Fossil fuel and renewable energy companies alike use automated material handling systems to move materials efficiently and safely. In the energy industry, robot material handling systems can be used to transport materials from one workstation to another, or to move parts and components from one assembly line to another.
Food and beverage production and distribution companies use robotic material handling systems to automate processes like picking and packing as well as depalletizing, enhancing the efficiency of these tasks and ensuring that products meet safety and quality standards.
FANUC is proud to offer a food-grade stainless steel robot specifically designed to pick and pack food products while meeting USDA and FDA food safety standards.
Maintaining an efficient and effective inventory management system is essential for any business that relies on warehousing to store their products. Automated material handling in warehouse environments makes it easy to store, sort, retrieve, and transfer products without increasing labor costs. Using robots and automation solutions for material handling in warehouse facilities will enhance efficiency and productivity while also boosting customer satisfaction as a result of fewer errors and faster output.
Improve your warehouse material handling systems with FANUC robots today.
FANUC America is a leading supplier of material handling technology including robotics and other automation solutions. We offer a wide range of products and services to help you optimize your production process and improve your bottom line.
Material handling involves the movement of materials from one point to another within a production facility. It can involve the movement of raw materials, parts, and finished products. Material handling processes are present in a number of environments and industries; warehouse material handling, for example, refers to the movement of products stored in and retrieved from a warehouse.
Material handling equipment is any type of equipment that is used to move materials from one point to another. This includes everything from conveyor belts to cranes, forklifts, and robots.
Robots can actually help to promote safe material handling in the workplace. By automating the movement of materials, robots can help to reduce the risk of injury to workers.
The goals of material handling are to safely and accurately move materials, parts, products, and/or packages throughout a facility. You can enhance your material handling system with robots and automation to improve productivity and efficiency in your facility while also promoting worker safety.
There are a few ways you can improve how your material handling system performs. An automated handling system is one of the best ways to increase efficiency and productivity, but you can also take the following steps:
FANUC Robots and 3D vision enable precise handling of varied wood materials, annually delivering safe and efficient, million‑sq‑ft‑scale wood production.
Video courtesy of Globe Machine Manufacturing
Learn how modern cobot arms grip, lift, and move with precision. Explore FANUC cobots built for speed, safety, and heavy payloads.
