Material handling robots represent a significant leap forward in industrial automation, offering your business a blend of efficiency, flexibility, and precision that may have been previously unattainable. These robots, designed to transport, pack, and sort materials, are reshaping how industries approach the logistics and handling of goods. This guide provides a comprehensive overview of everything you need to know about material handling robots.

Understanding The Basics:

Material handling robots are automated systems used in various industries for transporting, picking, placing, and packaging goods. These robots streamline operations, minimize human error, and enhance productivity. They are also typically equipped with sensors, artificial intelligence, and often, machine learning capabilities, allowing them to adapt to different tasks and environments.

Different Types:

Automated Guided Vehicles (AGVs): These are self-guided robots that transport materials around a facility. They follow pre-mapped routes, using sensors and cameras to navigate and avoid obstacles.

Articulated Robots: Known for their flexibility and range of motion, these robots have rotary joints and are often used in picking, packing, and assembly operations.

Gantry Robots: Operating on a fixed grid, gantry robots are ideal for tasks that require precision and speed, like sorting and palletizing.

Collaborative Robots (Cobots): Designed to work alongside humans, cobots are equipped with advanced safety features and are used for light material handling tasks.

Applications of Material Handling Robots:

Warehousing and Distribution: Robots in warehouses automate the sorting, picking, and packing of products, significantly improving efficiency and reducing manual labor.

Manufacturing: In manufacturing, these robots handle the transport of raw materials, assembly line tasks, and packaging of finished products.

Pharmaceuticals and Healthcare: They ensure precise handling and packaging of sensitive materials, crucial in environments where contamination must be avoided.

E-Commerce: As e-commerce grows, material handling robots help in managing the increased demand for efficient and fast sorting, packing, and shipping.

Benefits of Material Handling Robots:

Increased Efficiency: Robots can operate continuously, handling materials faster and more consistently than human workers.

Reduced Operational Costs: Automating material handling reduces labor costs and minimizes the risk of errors and damages.

Enhanced Safety: Robots take over dangerous and repetitive tasks, reducing workplace injuries.

Scalability: Robots can be integrated and scaled according to business needs, providing flexibility in operations.

Challenges and Considerations:

Initial Investment: The upfront cost of robots can be significant, though it’s often offset by long-term savings and increased productivity.

Integration with Existing Systems: Integrating robots into existing workflows can be complex, requiring careful planning and possibly modifications to existing infrastructure.

Skilled Workforce: Operating and maintaining these robots require skilled personnel, necessitating investments in training and development.

If you are searching for a Robotics Engineering Company, contact Amtec Solutions Group today.

As Huntsville gains some well-deserved recognition as a top emerging tech market, robotics engineering companies and their customers in North Alabama have much to gain. Given the industry buzz, you might wonder how artificial intelligence will impact jobs not just in tech but in manufacturing sectors across the region. Despite fears of job losses, AI technology has the potential to enrich human labor, making it more efficient, safer, and far more strategic. In the words of Google Brain tech founder Andrew Ng, “AI is the new electricity.”

Skill Augmentation and Upskilling

Let’s start with skill augmentation, where artificial intelligence supercharges the automation of tasks like quality control. Take the examples of BMW and Foxconn. Workers at these companies, who used to inspect parts manually, now manage AI systems that perform initial sorting and quality checks. This shift allows employees to focus on higher-level tasks requiring human insight, like interpreting AI findings and making executive decisions on borderline cases. It’s an upskilling process that’s becoming common and not just in global markets. It can also be implemented in facilities around Madison and Huntsville.

Safety Comes First

Safety in the manufacturing sector has always been critical, and artificial intelligence provides an added layer of protection. In industries like mining, AI-controlled robots handle hazardous tasks such as managing explosives. These robots perform dangerous jobs and are equipped with advanced sensors that alert human workers to impending risks. This technological safety net reduces human exposure to risky conditions and the automation can be set up to align with Occupational Safety and Health Administration guidelines.

Workflow Optimization

Efficiency is another critical area where artificial intelligence excels, particularly in predictive maintenance. Companies like Siemens and GE have effectively employed machine learning algorithms to predict when machinery will likely fail. These predictions are based on data analytics, allowing timely maintenance, keeping machines running efficiently, and reducing downtime. For a robotics engineering company in North Alabama, incorporating this technology is an opportunity to optimize workflow through automation and increase overall productivity.

Informed Decision-Making

The benefits of AI extend to the managerial side as well, where real-time analytics come into play. AI algorithms can predict optimal staffing levels based on energy costs and order backlogs. Factory managers can then make informed staffing decisions that maximize productivity. This not only makes job roles more strategic but also has the potential to directly affect the bottom line for companies in Madison and Huntsville.

Customization and Adaptability

Finally, let’s talk about customization. AI shines in an era in which each customer wants something a little different. Using additive manufacturing techniques, or 3D printing, production lines can be adjusted for small, customized runs. In more traditional settings, AI algorithms automatically change machinery settings to meet different specifications without halting the entire production line. For businesses in Huntsville and Madison, this adaptability could be a game-changer.

What Are Some Examples of AI Augmenting Factory Jobs?

Let’s look at some hypothetical examples of artificial intelligence in action on the factory or warehouse floor.

Skill Enhancement

A worker who previously had to sort and inspect machined parts for quality control manually can now oversee an AI-enabled robotic system that performs the initial sorting and quality checks. The worker is trained to interpret the AI system’s findings, identify anomalies, and make executive decisions about 50/50 cases.

Greater Safety

In a factory dealing with hazardous chemicals, AI-controlled robots could handle mixing and transferring these materials, guided by advanced sensors. The AI system can alert human workers if there is a potential for a chemical spill or other dangers, reducing the risk of human exposure to harmful substances.

Better Workflow and Greater Efficiency

Based on sensor data, AI algorithms can predict when a machine will likely fail, allowing for proactive maintenance. This keeps machines running smoothly, reducing downtime. Human factory workers are freed from troubleshooting and can focus on tasks like optimizing the production process or managing complex assemblies.

Informed Decisions

Packing facility managers could use AI analytics to determine the optimal staffing levels for different shifts, considering variables like energy costs, order backlog, and worker availability. This real-time information lets them make better staffing decisions that boost productivity, directly affecting job roles and responsibilities.

Customized and Flexible Production

A factory producing customized auto parts could use AI algorithms to adjust machinery settings for different specifications without stopping the assembly line. Human operators would supervise this process, intervene in complex cases, and ensure quality control, blending their technical skills with the adaptability of AI.

Transforming Manufacturing Jobs in Madison and Huntsville

AI can tangibly improve jobs in the manufacturing and industrial robotics industry. For robotics engineering companies and their partners in Alabama and throughout the United States, the AI revolution is already underway and offers a spectrum of opportunities to make factory and warehouse jobs safer, more efficient, more fulfilling, and more secure. Periods of transition always involve some stress and trepidation, but the potential for positive transformation in Madison and Huntsville is significant, and we at Amtec Solutions Group are excited to see how AI will benefit the region’s workers.

As a leading industrial robotics supplier in North Alabama, we at ASG are keen to help future robotics engineers launch their careers. Our location, the city of Huntsville, attracts engineering and tech professionals from all over the country.

Maybe you’re just starting to think about a career, and a job description for a robotics engineer has caught your eye. Or perhaps you want to transition to robotics from a different field. In either case, you’ll find plenty of opportunities for study, training, and work as a robotics engineer in the Huntsville and Madison area.

Robotics Engineering in Madison and Huntsville

We admit that we don’t live in a metropolis, but this flourishing part of the Tennessee Valley is an exceptional place to build a career in robotics engineering.

Huntsville boasts a thriving technology and aerospace industry, making it a hub for cutting-edge research and development. And although it’s smaller, there are companies involved in robotics engineering in the nearby city of Madison too. Tech and engineering professionals commute back and forth between Madison and Huntsville every day—it’s usually no more than a 30-minute drive to anywhere, depending on the traffic.

Huntsville is home to various industries in which robotics engineering skills are in high demand. Aerospace companies like NASA’s Marshall Space Flight Center and various defense contractors rely on robotics and automation for their work in space exploration, defense systems, and manufacturing.

The automotive industry has a presence in the area too, with companies such as Mazda-Toyota using robotics in their manufacturing facilities. Other sectors include logistics and healthcare, both of which leverage robotics to enhance efficiency and improve patient care respectively.  

There’s no doubt that with Huntsville and Madison’s diverse range of industries and forward-thinking companies, robotics engineers in these two cities have numerous opportunities to work on groundbreaking projects and contribute to advancements in a range of fields.

If all this sounds good, read on to find out how you can become a robotics engineer.

How to Start a Career as a Robotics Engineer

At the very beginning of your journey as a robotics engineer, you need to build a solid foundation in STEM (Science, Technology, Engineering, and Mathematics). Focus on subjects such as physics, mathematics, computer science, and electronics. These fundamental disciplines will lay the groundwork for your understanding of robotics and provide a strong foundation for further study.

What Qualifications Do I Need to Be a Robotics Engineer?

To become a robotics engineer, a degree in robotics engineering, mechanical engineering, or a related field is usually required 

Employers also value candidates with a strong background in computer science and mathematics. It’s worth noting that knowledge of AI machine learning and control systems can give you an extra edge.

But wait, there’s more. Beyond technical qualifications, developing strong communication, teamwork, and problem-solving skills will make you a well-rounded robotics engineer, ready to tackle any challenge that comes your way.

How to Get Ready for a Job in a Robotics Company

Engage in robotics competitions and hands-on projects to gain practical experience and develop essential skills. Look out for local robotics clubs, workshops, or competitions where you can collaborate with like-minded individuals and learn from knowledgeable mentors. These experiences will supercharge your problem-solving abilities and give you a taste of the challenges and excitement of working in robotics.

Is It Hard to Get a Job in Robotics?

Here’s the deal: Robotics is a rapidly growing field with soaring demand for skilled robotics engineers. While the competition might be fierce, fear not. With the right set of skills, education, and experience, you can position yourself as a strong candidate for robotics engineering jobs. Dive into those internships and seek out opportunities to learn from experts in the field. That’s how you increase your chances of securing that dream job.

Where Can I Study Robotics Engineering Near Me?

While it’s not mandatory, pursuing higher education in robotics-related fields can significantly boost your career prospects. Look for universities or colleges offering programs in robotics, mechatronics, or artificial intelligence. These programs will equip you with a comprehensive understanding of robotics principles, advanced algorithms, control systems, and robotic design. Additionally, take advantage of internships and research opportunities to gain practical exposure and build connections within the industry.

In North Alabama, there are some fantastic institutions where you can prepare for a career in robotics engineering.

Check out these options: 

1. University of Alabama in Huntsville (UAH)

UAH’s Industrial & Systems Engineering and Engineering Management program is all about shaping you into a world-class ISE professional. When you graduate, you’ll be armed with the engineering science tools that’ll make you a valuable asset in a wide range of industries.

The instruction dives deep into analytical, computational, and experimental practices, giving you the skills to create efficient integrated organizational or production systems. You’ll become the kind of professional who can devise smart solutions that make a real difference.

2. Alabama A&M University

Located in Huntsville, Alabama A&M University has a Department of Electrical Engineering and Computer Science with relevant undergraduate programs:

• A Bachelor of Science in Electrical Engineering (accredited by the Engineering Accreditation Commission of ABET)
• Bachelor of Science in Computer Science (accredited by the Computing Accreditation Commission of ABET).

Whether you’re interested in power engineering, electronics, robotics, aerospace, or any other industry, their programs will prepare you for success. The curriculum covers both theoretical and practical aspects, ensuring you’re well-rounded upon graduation and ready for the challenge.

3. Calhoun Community College

If you’re looking for a more hands-on approach, Calhoun Community College is an excellent choice. They offer an Associate in Applied Science (AAS) degree in Robotics/Automation/Manufacturing Technology. This program provides a strong foundation in robotics and automation, preparing you for entry-level positions in the field.

4. Drake State Community and Technical College

Another option in Huntsville is Drake State Community and Technical College. They offer an Associate in Applied Science (AAS) degree in Mechatronics. This program equips students with the knowledge and skills necessary for careers in robotics and automation technology.

Remember, program availability and specific courses change from time to time, so make sure you visit the official websites of these institutions or contact their admissions offices for the most up-to-date information on robotics programs and their admission requirements.

Robotics Engineering Company Jobs at Amtec Solutions Group

We believe in the power of robotics to shape industries and improve lives. We hope this guide has inspired you to think about becoming a robotics professional. It’s a sector that’s filled with opportunity, and with dedication and perseverance, you can make an impact in this rapidly advancing field.

In the meantime, keep an eye on our careers page. That’s where we publish robotics engineering job descriptions for vacancies at Amtec Solutions Group.

The manufacturing industry has always been at the forefront of technological advancements, constantly seeking ways to improve efficiency, productivity, and quality. As we look to the future, robotics is set to play a pivotal role in revolutionizing the manufacturing landscape. With rapid advancements in automation, artificial intelligence (AI), and robotics, the industry is poised to experience a transformation that will redefine production processes and elevate operational capabilities.

Increased Automation and Efficiency:

Automation has long been a cornerstone of the manufacturing industry, streamlining processes and reducing human error. However, the future of robotics in manufacturing promises an unprecedented level of automation. Advanced robots with AI capabilities will take over repetitive and mundane tasks, freeing up human workers to focus on more complex and creative aspects of production. This increased automation will enhance efficiency, accuracy, and throughput, leading to shorter production cycles and reduced costs.

Collaborative Robotics (Cobots):

Collaborative robots, or cobots, will be at the forefront of the manufacturing industry’s future. These robots are designed to work alongside human workers, assisting them in various tasks. Unlike traditional industrial robots that are often segregated from human workers, cobots are equipped with advanced sensors and safety features, allowing for safe and seamless collaboration. Cobots can handle tasks that require precision, heavy lifting, and repetitive actions, enhancing productivity and reducing the risk of injuries for human workers.

Flexible and Agile Manufacturing:

Future manufacturing facilities will embrace the concept of flexible and agile production. Robots will play a crucial role in enabling this transition. With their ability to be reprogrammed and reconfigured quickly, robots will facilitate rapid changes in production lines and allow for customization and personalization of products. This flexibility will enable manufacturers to respond swiftly to market demands, reduce lead times, and enhance customer satisfaction.

Internet of Things (IoT) Integration:

The integration of robotics with the Internet of Things (IoT) will revolutionize the manufacturing industry. Robots will be interconnected with other devices, sensors, and systems, creating a seamless flow of information and enabling real-time data exchange. This connectivity will enhance operational efficiency, enable predictive maintenance, and optimize production schedules. Robots will communicate with each other and with human operators, allowing for dynamic adjustments and continuous optimization of manufacturing processes.

Quality Control and Inspection:

Ensuring high-quality products is crucial in the manufacturing industry, and robots will play a vital role in quality control and inspection processes. With advanced vision systems and AI algorithms, robots will detect defects, measure tolerances, and perform precise inspections at a level of accuracy that surpasses human capabilities. This will lead to improved product quality, reduced waste, and minimized rework, ultimately enhancing customer satisfaction and brand reputation.

Workplace Safety and Risk Mitigation:

The integration of robotics in manufacturing will contribute to improved workplace safety and risk mitigation. Robots will handle hazardous tasks, such as working with chemicals or in extreme temperatures, reducing the risk of injuries for human workers. Additionally, robots equipped with AI algorithms will be able to analyze data and identify potential safety hazards, allowing for proactive measures to be taken. The result will be safer work environments and a decrease in workplace accidents.

Amtec Solutions Group is your robotics engineering company located in Alabama. Contact us today to get started on your new project. 

Machine tending robots are a type of industrial robot designed to perform repetitive tasks such as loading and unloading materials, picking up and placing objects, and monitoring equipment. These robots are commonly used in manufacturing facilities and other industrial settings to improve efficiency, productivity, and safety. Here’s everything you need to know about machine tending robots:

What Are Machine Tending Robots?

Machine tending robots are automated machines that are used to perform tasks that would otherwise be performed by a human operator. These robots are programmed to perform specific tasks such as loading and unloading materials, removing finished products, and cleaning equipment.

Benefits of Machine Tending Robots

Machine tending robots offer several benefits to manufacturers, including increased productivity, improved accuracy, and reduced labor costs. These robots can work continuously without fatigue or errors, which leads to increased efficiency and reduced waste. They also help to reduce the risk of workplace accidents and injuries, as they can perform tasks that would otherwise be performed by humans.

Types of Machine Tending Robots

There are several types of machine tending robots, including articulated robots, cartesian robots, and SCARA robots. Articulated robots are the most common type of machine tending robot and are characterized by their ability to move in multiple directions. Cartesian robots are ideal for applications that require precise movement in one direction, while SCARA robots are designed for applications that require fast and precise movement.

Applications

Machine tending robots are used in a variety of applications, including CNC machining, injection molding, stamping, and assembly. These robots are also used in the automotive industry to load and unload components from production lines, as well as in the food and beverage industry to package products.

Integration with other Technologies

Machine tending robots can be integrated with other technologies to improve their performance and efficiency. For example, sensors and cameras can be used to monitor the robot’s movements and detect any issues, while software programs can be used to optimize the robot’s movements and minimize downtime.

Costs

The cost of a machine tending robot can vary depending on the type of robot and the application it is being used for. Generally, these robots are more expensive than traditional manual labor, but they offer a significant return on investment over time due to increased productivity and reduced labor costs.

Training and Maintenance

To operate a machine tending robot, operators must be trained to use the robot’s programming software and understand how to troubleshoot any issues that may arise. Regular maintenance is also required to ensure that the robot is operating at optimal performance levels and to avoid any breakdowns or malfunctions.

Machine tending robots are an essential component of modern manufacturing and industrial settings. These robots offer a range of benefits to manufacturers, including increased productivity, improved accuracy, and reduced labor costs. By integrating these robots with other technologies and providing regular training and maintenance, manufacturers can ensure that their operations run smoothly and efficiently, leading to increased profitability and competitiveness in the market.

Plasma cutting and welding robots are powerful and versatile machines that have revolutionized the manufacturing and construction industries. These robots are designed to perform repetitive and dangerous tasks, such as cutting and welding, with extreme precision and accuracy. By using a combination of high-speed plasma arcs and robotic arms, plasma cutting and welding robots can quickly and efficiently complete tasks that would take human workers much longer to complete, and with greater risk of injury. Learn more about Amtec Solutions Group’s welding robotics below:

Plasma Cutting

Plasma cutting robots are typically used to cut metal sheets and plates. The process involves a high-speed plasma arc that melts and cuts through metal, leaving a clean and precise cut. The robot arm is programmed to move the plasma torch along a specific path, following a CAD/CAM design or other instructions. This level of precision and accuracy allows for complex cuts to be made quickly and consistently, which is critical in many manufacturing applications. Plasma cutting robots are also used in demolition projects, where they can quickly and safely cut through large structures.

Welding Robots

Welding robots, on the other hand, are used to join metal pieces together. These robots use a variety of welding techniques, including TIG (tungsten inert gas), MIG (metal inert gas), and laser welding. The welding robot arm is programmed to move the welding torch along a specific path, following a CAD/CAM design or other instructions. Welding robots are commonly used in the automotive, aerospace, and construction industries, where they can produce high-quality welds consistently and efficiently. Welding robots can also be used in dangerous or hazardous environments, such as underwater or in space, where human welders would be at risk.

Advantages and Benefits

Plasma cutting and welding robots offer many advantages over traditional cutting and welding methods. For example, they can operate 24/7 without rest or breaks, which can increase productivity and reduce downtime. They can also complete tasks with greater speed and accuracy, reducing waste and improving quality control. Furthermore, they can perform tasks in dangerous or hazardous environments, reducing the risk of injury to human workers.

In addition to their speed and precision, plasma cutting and welding robots are also highly flexible and customizable. They can be programmed to perform a wide range of tasks, from simple cuts and welds to more complex shapes and designs. This flexibility makes them ideal for use in many different industries, from automotive and aerospace to construction and metal fabrication.

Another advantage of plasma cutting and welding robots is their ability to collect data and feedback on their performance. Sensors and cameras can be installed on the robots to monitor their movements and progress, which can help improve efficiency and identify potential issues. This data can also be used to optimize the robots’ programming, further improving their performance and accuracy.

While they may be costly and complex to program and maintain, their benefits make them a worthwhile investment for many companies. As technology continues to evolve, plasma cutting and welding robots are likely to become even more advanced, efficient, and widely used in the years to come. Contact Amtec Solutions Group for more information.

At Amtec Solutions Group, located in Huntsville, Alabama, one of the robotics manufacturing solutions we offer is palletizing and depalletizing robots with a wide variety of packaged products. Whether you desire palletizing in a straight column stack, or an interlocked pattern, we can create a solution for you. In this blog, we will go into even more detail about robotic palletizers. Learn more below.

What Is A Robotic Palletizer?

This type of robotic palletizer utilizes a robotic arm to pick up, orient, and place and arrange individual objects into a single stack or predetermined interlocked pattern. It is suspected they will soon supersede conventional palletizers all together. They offer several advantages such as versatility, lower capital cost, and the ability for multiple tasks. This is why robotic palletizers are becoming the more preferred choice in manufacturing and other environments. 

The History Behind Palletizers

Before the introduction of automated palletizing, there was/still is the manual hand stacking process used to move and arrange products into pallets for distribution and other means. As you can guess, the method is slow, time consuming and very tiring for the worker. In the early 20th century, pallets and pallet handling became one of the most important logistic tools. As the transport of heavier loads became faster and faster, a need for even more new material handling and storage capabilities came after. 

The first mechanical palletizer was built in 1948 by Lamson Corp. It was a row-forming palletizer, meaning the materials are arranged on a row forming area then transported to another area where other layers are stacked, repeating the process until a complete stack of materials is produced and ready to be placed on a pallet. Robotic palletizers were first introduced in the 1980s. 

Types Of Robotic Palletizers

Robotic palletizers can function both alone, or in conjunction with other units. They also have the ability to perform other tasks other than just palletizing/depalletizing. Learn more about the different types below:

• In-Line Palletizer – The simplest and most common type of robotic palletizer. This single palletizer functions with some designs and secondary capabilities  such as slip sheet, stretch wrapping, and pallet dispensing. 
• Layer-Forming Palletizer – This refers to an integrated system of robots, whereas each robot performs its own task. A simple layer-forming process is usually composed of two robots. One robot might do the layer assembling, while the other focuses on stacking. The number and type of robots, programmed actions, and other functions will vary depending on the manufacturer.
• Mixed Configuration Palletizer – This refers to the ability of robotic palletizers to accept different products and arrange them into a single pallet. This type of palletizer is usually top of the line. It’s the most versatile type of robotic palletizer and can perform adjustments in minutes without needing reprogramming. 
• Cartesian Palletizer – This type of palletizer can move its end-of-arm tool in the directions, or the Cartesian axes. This type is slow, and limited as far as the products it can handle, they need to be consistent in size and weight. However, it is generally the cheapest option when it comes to robotic palletizers.

If you’re looking for a Robotics Engineering Company, contact Amtec Solutions Group today. 

The manufacturing industry drives a country’s economy, and it has the capacity to be self-sufficient. Every manufacturer in the world has the same struggles – producing high-quality products while creating shorter delivery times and the ability to produce products according to an ever changing diverse customer base and requirements. 

Computer integrated and robotics manufacturing play an important role in the planning and controlling the entire manufacturing process. Computers and communication networks are used to transform automated manufacturing procedures into interconnected systems that cooperate across all organizational functions. 

Computer Integrated Manufacturing and Robotics Scope

Both CIM (computer integrated manufacturing) and Robotics requires careful planning of each technical element in conjunction and requires a new management perspective. The overall goal is to remove all barriers between functions within an operation to encourage all departments such as marketing, design, accounting, manufacturing, quality control, etc. to all work closely together throughout the process. 

Industries such as automotive, aviation and space, and shipbuilding tend to have the application of CIM and Robotics most. In CIM systems, functional areas such as design, analysis, planning, purchasing, inventory control, cost accounting, and distribution are all linked through the computer with factory floor functions. 

Objectives of Robotics

The overall goal and objective of the Robotics industry is to develop a new generation of robots that are capable of supporting and interacting with humans and can provide suggestions whenever and in whichever environment it is needed. Advanced automatic control algorithms will be structured in a way to govern the aerial platform which will be supervised remotely by the operator with the use of devices being controlled by humans. 

Objectives of CIM

Computer Integrated Manufacturing has the capacity and ability to carry out the following functions independently:

• Management Information System
• Sales & Marketing
• Finance
• Database Management
• Modeling and Design
• Analysis
• Simulation & Communication
• Job Tracking & Order Entry
• Inventory Control
• And More!

Amtec Solutions Group is your robotics engineering company located in Huntsville, Alabama but serving the United States. Contact us today. 

Robots have been widely used in the manufacturing industry for years, replacing human labor in risky and crucial factory jobs. However, ‘Cobots’ or Collaborative Robots allow these robots to work alongside human laborers. They take away some of the spatial, environmental dangers of traditional manufacturing robots. Cobots are easily reprogrammable and their interaction with humans is more normal, plus they share the same workspace. 

Cobots are the new frontier in industrial automation, and are expected to continue to drive the automation market. These robots are designed with inherent safety features such as collision detection, allowing them to blend seamlessly into the position of a human operator, and work alongside other human operators. 

Cobots In Industrial Automation

There are many financial benefits that cobots offer compared to traditional old-generation robots. Cobots are more affordable and economically viable for businesses of all sizes. Implementation and integration are inexpensive thanks to the ease of use and safety features. They offer faster payback with higher return on investments due to their flexibility in deployment and ability to perform a wide array of tasks such as palletizing, machine tending, pick-and-place operations and more! 

Cobots are easily customizable, so instead of having one robot that can only perform one task for the rest of its life, you have a cobot who can be utilized and reprogrammed to do multiple different tasks. A few other benefits include:

• Dependable & Consistent Output
• Reduced Mistakes
• Increase In Production Quality & Efficiency
• Reduction In Waste

Cobots In Manufacturing Industries

Small and medium sized manufacturing plants are eager for this technology, because cobots are both affordable and highly adaptable. There are many potential applications for cobots in the manufacturing industry such as automobile manufacturing and steel/metal manufacturing. With business owners rethinking new automation strategies, and optimizing production, collaborative robotic workers can produce more profits and growth for business owners. Over the next 5-10 years, experts predict that cobot applications will grow rapidly in both industrial automation and manufacturing environments. 

If you’re looking for a robotics engineering company near you, contact Amtec Solutions Group!