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DELIVERING SMARTER WORKFLOWS
AND MORE RELIABLE PRODUCTION
From repetitive work, labor constraints, and processes that demand precision shift after shift, every production floor has its challenges. Across industries and applications, robotics bring versatility, consistency, speed, and safety. A partner experienced in streamlining manufacturing can identify the right automation opportunities and integrate robotics to make the biggest impact.
Your Werner team works with experienced partners to find the systems and solutions to keep your team focused on output, quality, and uptime. The result is smarter workflows, more reliable production, and an operation that’s better prepared for what comes next.
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KEY BENEFITS
ENHANCE
EFFICIENCY
EFFICIENCY
INCREASE
PRODUCTION
PRODUCTION
REDUCE LABOR
COSTS
COSTS
IMPROVE
SAFETY
SAFETY
MORE THAN BASIC ROBOTICS
Labor challenges and inefficiencies impact growth. Werner’s robotics solutions apply automation where it drives real results, improving productivity, consistency, flexibility, and reducing risk. Built for scalability and ROI, we help you invest in robotics that support long term performance and a stronger competitive position.
COLLABORATIVE
ROBOTS
ROBOTS
ROBOTIC WORK CELLS & TURNKEY SOLUTIONS
PALLETIZING & MATERIAL HANDLING ROBOTS
AUTONOMOUS MOBILE ROBOTS (AMRs)
WEARABLE ROBOTICS & EXOSKELETONS
ROBOTIC TOOLS & ACCESSORIES
WHAT IT IS
Collaborative robots, often called cobots, are designed to safely work alongside people on the production floor. They combine precision automation with flexible deployment, making it easier to automate repetitive tasks without building large, complex robotic cells.
IDEAL APPLICATIONS
- Machine tending
- Assembly operations
- Pick and place tasks
- Packaging and kitting
- Quality inspection and testing
- Small-batch production runs
- Process automation alongside operators
WHAT IT IS
Robotic work cells combine robots, controls, safety systems, and tooling into a fully integrated automation solution. Turnkey systems are engineered and delivered as complete solutions designed to automate a specific production process from start to finish.
IDEAL APPLICATIONS
- Robotic welding cells
- Automated assembly systems
- Machine tending automation
- Inspection and vision-based quality control
- Packaging and process automation
- High-precision or high-volume manufacturing tasks
WHAT IT IS
Palletizing and material handling robots automate the movement, stacking, and transfer of products throughout production and packaging operations. These systems increase throughput, improve consistency, and eliminate the physical strain of repetitive lifting tasks.
IDEAL APPLICATIONS
- End-of-line palletizing
- Depalletizing inbound materials
- Case stacking and product handling
- Conveyor loading and unloading
- Packaging line automation
- Warehouse staging and material movement
WHAT IT IS
Autonomous Mobile Robots (AMRs) navigate facilities independently using sensors, cameras, and advanced software to move safely through dynamic environments. They automate internal material transport, keeping parts, pallets, and finished goods moving between workstations without manual intervention.
IDEAL APPLICATIONS
- Moving materials between production cells
- Warehouse transport and pallet movement
- Work-in-process delivery
- Order fulfillment and picking
- Inventory movement and replenishment
- Facility-wide intralogistics automation
WHAT IT IS
Wearable robotics and industrial exoskeletons support workers during physically demanding tasks by reducing strain on muscles and joints. These assistive devices improve ergonomics and safety while allowing operators to maintain natural movement and productivity.
IDEAL APPLICATIONS
- Overhead assembly work
- Repetitive lifting tasks
- Tool handling support
- Assembly line operations
- Worker fatigue reduction
- Injury prevention initiatives
WHAT IT IS
Robotic tools and accessories enable robots to perform specific tasks with precision and reliability. This includes grippers, sensors, vision systems, and specialized tooling that allow robots to interact with materials, components, and production equipment.
IDEAL APPLICATIONS
- Part gripping and handling
- Vision-guided inspection
- Screwdriving and fastening
- Welding and process tools
- Force sensing and precision assembly
- Machine communication and integration
COLLABORATIVE ROBOTS
WHAT IS IT
Collaborative robots, often called cobots, are designed to safely work alongside people on the production floor. They combine precision automation with flexible deployment, making it easier to automate repetitive tasks without building large, complex robotic cells.
IDEAL APPLICATIONS
- Machine tending
- Assembly operations
- Pick and place tasks
- Packaging and kitting
- Quality inspection and testing
- Small-batch production runs
- Process automation alongside operators
ROBOTIC WORK CELLS & TURNKEY SOLUTIONS
WHAT IS IT
Robotic work cells combine robots, controls, safety systems, and tooling into a fully integrated automation solution. Turnkey systems are engineered and delivered as complete solutions designed to automate a specific production process from start to finish.
IDEAL APPLICATIONS
- Robotic welding cells
- Automated assembly systems
- Machine tending automation
- Inspection and vision-based quality control
- Packaging and process automation
- High-precision or high-volume manufacturing tasks
PALLETIZING & MATERIAL HANDLING ROBOTS
WHAT IS IT
Palletizing and material handling robots automate the movement, stacking, and transfer of products throughout production and packaging operations. These systems increase throughput, improve consistency, and eliminate the physical strain of repetitive lifting tasks.
IDEAL APPLICATIONS
- End-of-line palletizing
- Depalletizing inbound materials
- Case stacking and product handling
- Conveyor loading and unloading
- Packaging line automation
- Warehouse staging and material movement
AUTONOMOUS MOBILE ROBOTS (AMRs)
WHAT IT IS
Autonomous Mobile Robots (AMRs) navigate facilities independently using sensors, cameras, and advanced software to move safely through dynamic environments. They automate internal material transport, keeping parts, pallets, and finished goods moving between workstations without manual intervention.
IDEAL APPLICATIONS
- Moving materials between production cells
- Warehouse transport and pallet movement
- Work-in-process delivery
- Order fulfillment and picking
- Inventory movement and replenishment
- Facility-wide intralogistics automation
WEARABLE ROBOTICS & EXOSKELETONS
WHAT IT IS
Wearable robotics and industrial exoskeletons support workers during physically demanding tasks by reducing strain on muscles and joints. These assistive devices improve ergonomics and safety while allowing operators to maintain natural movement and productivity.
IDEAL APPLICATIONS
- Overhead assembly work
- Repetitive lifting tasks
- Tool handling support
- Assembly line operations
- Worker fatigue reduction
- Injury prevention initiatives
ROBOTIC TOOLS AND ACCESSORIES
WHAT IT IS
Robotic tools and accessories enable robots to perform specific tasks with precision and reliability. This includes grippers, sensors, vision systems, and specialized tooling that allow robots to interact with materials, components, and production equipment.
IDEAL APPLICATIONS
- Part gripping and handling
- Vision-guided inspection
- Screwdriving and fastening
- Welding and process tools
- Force sensing and precision assembly
- Machine communication and integration
A STRUCTURED ROBOTICS IMPLEMENTATION PROCESS
Robotics delivers the most value when it is applied with purpose. A structured approach helps you evaluate
where automation fits, implement it effectively, and continue optimizing performance as your needs evolve.
1
ASSESS
- Evaluate production workflows and automation opportunities
- Identify applications suitable for robotics
- Define project goals and performance expectations
2
PLAN
- Select robotics technologies and integrators
- Develop project scope and implementation plan
- Align timeline, resources, and system requirements
3
IMPLEMENT
- Coordinate equipment procurement and integration
- Install robotics systems and supporting components
- Conduct testing and system validation
4
OPTIMIZE
- Train operators and maintenance teams
- Monitor system performance and production impact
- Identify opportunities for future automation expansion
NEED MORE HELP? WE DO THAT.
Werner offers a full suite of industrial and technology solutions built for the next era of performance.
MATERIAL MANAGEMENT
Choose the material management program that works best for you. We analyze your inventory data, organize your stock, and reduce lead times with rapid delivery.
MODERNIZATION
Discard the outdated equipment and compromising systems to meet the challenges of tomorrow. We offer personalized planning and consulting services to maximize efficiency and reliability.
PANEL SERVICES
Simplify your panel projects with one purchase order. With both local and regional reach, we help manage everything from sourcing to assembling components.
CYBERSECURITY
Protect your business and your reputation with cyber risk assessments, cybersecurity training, audit services, and an expert team that works harder for you.
FREQUENTLY ASKED QUESTIONS
Werner supports a wide range of robotics technologies including collaborative robots, palletizing systems, machine tending robots, custom turnkey robotic work cells, exoskeletons, and autonomous moving robots (AMRs). Solutions are coordinated through Werner and our trusted robotics partners and system integrators.
No. Many customers begin with little or no robotics experience. Werner helps evaluate processes, identify automation opportunities, and coordinate the right partners to guide the implementation process.
Project timelines vary depending on complexity, equipment availability, and integration requirements. Pre-engineered solutions can often be implemented faster, while fully customized systems may require additional planning and development.
Yes. Modern robotics platforms can integrate with PLC platforms and industrial networks, allowing robots to operate alongside existing automation infrastructure.
Common robotics applications include palletizing, machine tending, assembly, material handling, packaging, and inspection. These tasks benefit from robotics because they are repetitive, require consistent precision, or create ergonomic challenges for workers.
Yes. Robotics help manufacturers maintain production output when labor availability is limited. Automation can take over repetitive tasks while allowing skilled workers to focus on higher value work.
Werner continues supporting customers through technical expertise, component sourcing, training resources, and future automation expansion as production needs evolve.