Industrial Robotics Solutions
Industrial robots, collaborative robots, and robotics technologies for OEMs, machine builders, system integrators, and manufacturers across East & Middle Tennessee, Northern Georgia, Western North Carolina, and Southwest Virginia.
Industrial robotics helps manufacturers improve consistency, throughput, and flexibility across a wide range of applications.
From robotic handling and packaging to collaborative automation and machine tending, modern robotics technologies help engineers solve complex production challenges with greater precision and repeatability.
elliTek supplies industrial robotics technologies that help engineers build automation systems with confidence.
elliTek is a leading industrial automation supplier in Tennessee.
We don’t build machines.
We support the people who do.
What Are Industrial Robotics Solutions?
Industrial robotics solutions include robotic technologies used to automate movement, handling, positioning, and repetitive tasks within industrial environments.
These technologies help manufacturers and OEMs:
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improve repeatability
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increase throughput
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reduce manual handling
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support flexible production
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enhance automation across multiple applications
Industrial robotics is often used in:
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material handling
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packaging
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palletizing
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assembly
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machine tending
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pick-and-place operations
elliTek supplies robotics technologies that help engineers support these types of automation goals.
Not sure where to start? Our Application Engineers are here to help.
Industrial Robotics Technologies
Industrial Robots
Industrial robots support repeatable, high-speed automation in demanding manufacturing environments.
These robots are commonly used in applications requiring precise motion, consistent cycle times, and long-term reliability.
Collaborative Robots
Collaborative robots, or cobots, help manufacturers automate tasks in applications where flexibility, accessibility, and ease of deployment are important.
Cobots are often used for light material handling, machine tending, packaging, and repetitive operator-assist applications.
Robotics Accessories & End-of-Arm Technologies
Successful robotic applications often rely on supporting technologies such as motion components, safety systems, industrial controls, and networking infrastructure.
elliTek supplies the technologies that help engineers support broader robotics architectures.
Industrial Robotics Technologies from Industry-Leading Manufacturers
elliTek supplies robotics technologies from leading automation manufacturers including:
FANUC — industrial robots, collaborative robots, and robotic automation technologies
Elite Robots — collaborative robots and flexible automation technologies
IAI America — energy efficient and affordable Cartesian, SCARA, and Tabletop robots
SCHUNK — gripping and end-of-arm tooling technologies
TSLOTS — framing technologies that support automation system infrastructure
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Siemens — automation platforms, controls, and supporting technologies used in robotics environments
These technologies help engineers support robotics applications with scalable automation architectures.
Common Industrial Robotics Applications
Industrial robotics technologies are used to automate repetitive and precision tasks across manufacturing environments, including:
Material Handling & Part Transfer
Pick-and-Place Operations
Packaging and Palletizing
Machine Tending
Assembly and Fastening
Inspection and Quality Control
These applications often require a combination of factory automation, motion control, safety, networking, and controls technologies.
Supporting Robotics Customers Across the Region
elliTek supports customers throughout:
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Knoxville
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Chattanooga
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Kingsport
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Johnson City
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Bristol
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East Tennessee
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Middle Tennessee
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Northern Georgia
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Western North Carolina
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Southwest Virginia
Our team works directly with:
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OEM machine builders
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system integrators
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manufacturing facilities
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industrial operators
Industrial Robotics Technical Support
Selecting the right robotics technologies requires careful attention to application requirements, system architecture, motion, safety, and supporting automation platforms.
elliTek’s Application Engineers help customers:
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identify appropriate robotics technologies
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support product selection
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align robotics with supporting automation systems
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identify compatible motion, safety, and control technologies
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coordinate technical resources and training
Our goal is to help engineers move forward with confidence.
When Should You Contact elliTek?
Robotics applications often require careful alignment between the robot, tooling, and supporting technologies.
Reach out when you are:
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Evaluating industrial robots or collaborative robots for an application
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Exploring ways to automate repetitive or manual processes
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Selecting end-of-arm tooling or gripping technologies
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Integrating robotics into an existing automation system
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Comparing robotics technologies for flexibility or scalability
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Trying to determine where robotics fits into your process
Explore Additional Industrial Automation Technologies
Industrial robotics is one part of a complete automation architecture.
Explore related technologies:
Industrial Robotics FAQ
What industrial robotics technologies does elliTek supply? elliTek supplies industrial robotics technologies, including industrial robots, collaborative robots, gripping technologies, and related automation components.
Does elliTek build robotic systems or work cells? No. elliTek is a supplier and technical support partner for OEMs, machine builders, system integrators, and manufacturers.
Where does elliTek support industrial robotics customers? elliTek supports customers throughout East and Middle Tennessee, Northern Georgia, and Southwest Virginia.
What is a collaborative robot? A collaborative robot, or cobot, is a robot designed to operate safely alongside human operators in shared workspaces. Cobots typically include built-in safety features such as force and speed monitoring, allowing them to assist with tasks like machine tending, assembly, packaging, and material handling without the need for extensive guarding in many applications. They are commonly used where flexibility, ease of deployment, and operator interaction are important.
What are the types of industrial robots? Industrial robots are available in several common configurations, each suited for different applications: • Articulated robots — multi-axis robots used for welding, handling, and complex motion • SCARA robots — high-speed robots used for assembly and pick-and-place applications • Cartesian (gantry) robots — linear motion systems used for large work areas and precise positioning • Delta robots — high-speed robots used for packaging and sorting • Collaborative robots (cobots) — flexible robots designed to work alongside operators The right robot type depends on the application, required motion, speed, payload, and workspace.
What are the important robot specifications? When evaluating industrial robots, key specifications include: • Payload capacity — the maximum weight the robot can handle • Reach — the maximum working distance from the robot base • Repeatability — how accurately the robot returns to the same position • Speed / cycle time — how quickly the robot completes tasks • Degrees of freedom (axes) — the number of independent movements • Mounting configuration — floor, wall, or ceiling mounting options These specifications help determine whether a robot is suitable for a specific application.
How much do industrial robots cost? The cost of an industrial robot depends on several factors, including robot type, payload, reach, and application requirements. Typical ranges: • Collaborative robots (cobots): approximately $25,000 – $60,000+ • Industrial robots: approximately $50,000 – $150,000+ Additional costs may include: • end-of-arm tooling • safety components • control systems • integration and programming elliTek helps customers evaluate the right robotics technologies based on application requirements and budget.