Industrial Robotic Automation Solutions

Flexible robotic automation tailored to your manufacturing needs. Keli Automation integrates industrial robots with custom tooling, vision systems, and conveyor systems to create turnkey robotic workcells. With 30+ years of automation expertise and multi-brand robot compatibility, we deliver reliable robotic solutions for material handling, assembly, welding, inspection, and more.

Robot Types We Integrate

We work with all major robot brands and configurations to select the optimal platform for your application.

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Six-Axis Articulated Robot

The most versatile robot type with six degrees of freedom. Ideal for welding, material handling, machine tending, and assembly where complex 3D motion is required.

Payload: 3โ€“500kg Reach: 500โ€“3000mm
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SCARA Robot

Selective Compliance Assembly Robot Arm โ€” designed for high-speed, high-precision pick-and-place and assembly operations. Excellent for electronics assembly and packaging.

Payload: 1โ€“20kg Cycle: < 0.5 sec standard
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Collaborative Robot (Cobot)

Safety-rated robots designed to work alongside human operators without fencing. Perfect for low-to-medium volume tasks where flexibility and quick redeployment are key.

Payload: 0.5โ€“30kg Safety: ISO 10218-1 compliant
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Parallel (Delta) Robot

High-speed parallel-link robots for ultra-fast pick-and-place applications. Commonly used in food packaging, pharmaceutical sorting, and high-speed assembly lines.

Payload: 1โ€“10kg Speed: Up to 200 picks/min
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AGV (Automated Guided Vehicle)

Autonomous material transport vehicles that follow predefined routes. Uses magnetic tape, QR codes, or laser navigation for reliable intra-factory logistics automation.

Payload: 50โ€“2000kg Navigation: Magnetic / QR / Laser
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AMR (Autonomous Mobile Robot)

Intelligent mobile robots with SLAM-based navigation that autonomously plan routes and adapt to changing factory environments. Flexible logistics automation for smart factories.

Payload: 50โ€“1000kg Navigation: SLAM / LiDAR
Fanuc Yaskawa KUKA ABB Universal Robots EPSON Denso

Core Application Scenarios

Robotic solutions designed to solve real manufacturing challenges across diverse industries.

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Palletizing & Material Handling

Palletizing & Material Handling

Automated palletizing and depalletizing systems for boxes, bags, and other packaged goods. Robotic material handling for machine loading/unloading, conveyor transfer, and warehouse automation โ€” reducing heavy manual labor and improving throughput.

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Dispensing & Coating

Dispensing & Coating

Precision robotic dispensing systems for adhesives, sealants, thermal grease, conformal coating, and potting compounds. Consistent volume control and accurate path following ensure quality results every time, reducing material waste and rework.

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Welding & Cutting

Welding & Cutting

Robotic MIG/TIG/spot welding and laser cutting systems for metal fabrication. Consistent weld quality, reduced spatter, and improved productivity compared to manual welding. Includes positioners, fixtures, and safety enclosures.

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Assembly & Screwdriving

Assembly & Screwdriving

Robotic assembly cells for product assembly, screw fastening, press fitting, and connector insertion. Integrated with custom fixtures and screw feeders for reliable, repeatable assembly operations with torque verification.

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Machine Tending

Machine Tending & Loading

Robotic machine tending for CNC machines, injection molding machines, stamping presses, and other production equipment. 24/7 operation capability with minimal supervision, maximizing equipment utilization and labor efficiency.

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Visual Inspection

Visual Inspection & Testing

Robots equipped with cameras and sensors for automated quality inspection, dimensional measurement, and functional testing. Combines the flexibility of robotic positioning with the precision of machine vision for comprehensive quality control.

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Grinding & Polishing

Grinding & Polishing

Robotic grinding, deburring, and polishing systems for metal and plastic parts. Consistent force control and programmable tool paths ensure uniform surface quality while protecting workers from hazardous dust and repetitive motion injuries.

Robotic Workstation Components

A complete robotic workcell is more than just a robot arm. We design and integrate all necessary subsystems for a fully functional turnkey solution.

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Robot Body

Industrial robot arm with controller and teach pendant. Selected based on payload, reach, and application requirements.

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End Effector

Custom end-of-arm tooling โ€” grippers, suction cups, welding torches, dispense valves, or specialized tools for your application.

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Vision System

2D/3D machine vision for part localization, inspection, barcode reading, and quality verification with AI-enhanced algorithms.

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Control System

PLC/HMI integration, safety controllers, and cell control software with recipe management and production reporting.

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Safety Guarding

Physical fences, light curtains, safety scanners, interlocks, and emergency stops designed to ISO 10218 standards.

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Tooling & Fixtures

Custom part fixtures, positioning nests, and workholding tooling designed for your specific parts and processes.

Why Choose Keli for Robot Integration

Three decades of automation experience with multi-brand robot compatibility and turnkey delivery.

30+

Years of Automation Experience

We've been designing and building automation solutions since before industrial robotics went mainstream. Deep process knowledge informs every robot integration.

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Multi-Brand Compatibility

We're brand-agnostic โ€” working with Fanuc, Yaskawa, KUKA, ABB, Universal Robots, and more. We select the best robot for your application, not our preferred brand.

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Turnkey Delivery

From concept design to production-ready installation. We handle mechanical design, electrical, programming, safety, testing, and on-site commissioning.

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Responsive After-Sales

24-hour technical response, remote diagnostic support, spare parts inventory, and on-site service for rapid issue resolution and minimal downtime.

Safety Standards & Risk Assessment

Robotic safety is non-negotiable. Every robotic system we design complies with international safety standards and includes comprehensive risk assessment.

  • ISO 10218-1 & 10218-2 โ€” Industrial robot safety requirements for robots and robot systems integration
  • RIA R15.06 โ€” American national standard for industrial robots and robot systems safety
  • ISO 13849-1 โ€” Safety-related parts of control systems (performance levels)
  • ISO/TS 15066 โ€” Collaborative robot safety specifications
  • CE Marking โ€” Full compliance with EU machinery directive for European customers
  • Risk Assessment Process โ€” Comprehensive hazard identification, risk reduction, and validation documentation

Each system includes safety features appropriate to its risk level โ€” from light curtains and safety scanners to fully enclosed cells with interlocked access doors.

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Robotic Safety Cell

ROI Analysis Framework

Robotic automation typically delivers ROI within 1โ€“3 years through labor savings, quality improvements, and increased productivity.

24/7

Uninterrupted Operation

Robots run continuously with minimal downtime, maximizing equipment utilization

30-80%

Labor Reduction

Fewer operators needed per production line, redeployed to higher-value tasks

1-3 yr

Typical ROI Period

Most robotic installations achieve full payback within 1 to 3 years

99%+

Quality Consistency

Uniform results every cycle, reducing defects, rework, and scrap

๐Ÿ“Š ROI Calculation Framework

ROI (months) = Total Investment รท (Monthly Labor Savings + Quality Savings + Capacity Gain)

Key investment components: robot, end-of-arm tooling, safety guarding, vision systems, integration engineering, installation & training, spare parts package. Key savings: direct labor cost reduction, reduced scrap/rework, increased production output, lower worker injury costs, improved on-time delivery. Our team provides a detailed ROI analysis specific to your project during the evaluation phase.

Frequently Asked Questions

Common questions about our robotic automation solutions.

How do I know if my process is suitable for robotic automation?
Most repetitive, physically demanding, or high-precision tasks are good candidates for robotic automation. Key indicators include: high labor cost relative to output, consistent part geometry, repetitive motion cycles, quality issues from human error, and difficulty finding/retaining operators for the task. The best way to know for sure is to send us a process description, cycle time requirement, and photos/videos of the current operation. Our engineers will evaluate and give you an honest assessment of feasibility and ROI.
What is the typical cost of a robotic workcell?
Robotic system costs vary widely based on robot size/brand, end-of-arm tooling complexity, vision requirements, safety systems, and integration scope. A simple pick-and-place cobot cell might start in the range of a small car, while a complex multi-robot welding line with positioners and vision can cost significantly more. We offer solutions at different price points and always work with you to find the best balance between capability and budget.
How long does it take to implement a robotic solution?
Implementation timelines depend on complexity. Standard cobot applications with simple tooling can be deployed in 4โ€“8 weeks. Custom workcells with specialized tooling and vision typically take 12โ€“20 weeks. Complex multi-robot lines may require 20โ€“36 weeks. We provide detailed project schedules during the proposal phase and keep you updated on progress throughout design, fabrication, assembly, testing, and on-site commissioning.
Do you provide training for our operators and maintenance staff?
Yes, training is included in every robotic system we deliver. We provide hands-on training for operators (daily operation, part changeover, basic troubleshooting) and maintenance staff (preventive maintenance, alarm handling, backup/restore procedures). Training is typically 2โ€“5 days depending on system complexity. We also offer advanced programming training for engineers who want to make program changes independently. All training is documented with manuals and training records.
Can you integrate robots with our existing equipment and production lines?
Absolutely. In fact, many of our projects involve adding robotic automation to existing production lines or machines. We'll assess your current equipment, understand its interfaces and communication protocols, and design a seamless integration. This includes conveyor interfacing, machine I/O signals, safety integration, and data exchange. Our goal is to make the robot cell work as if it was always part of your line. We also offer full line integration services.
What happens if we change our product design in the future?
We design robotic cells with flexibility in mind. Many product changes can be accommodated through programming adjustments and quick-change tooling. For more significant product changes, we can design new grippers, fixtures, or program recipes. Modular design principles mean you don't need to replace the entire robot cell โ€” just reconfigure the end-of-arm tooling and update programs. We also offer modification services as your product portfolio evolves.
What about safety โ€” are robotic cells safe to have near workers?
Safety is our top priority. All our robotic systems are designed according to ISO 10218 and other relevant safety standards. Traditional industrial robots require safety guarding (fences, light curtains, safety scanners) that prevent access while the robot is operating. Collaborative robots (cobots) are designed for safe operation alongside humans with force/torque limiting and speed separation monitoring. Every system we deliver includes a full risk assessment report and appropriate safety measures for the specific application.
What after-sales support and warranty do you provide?
All our robotic systems come with a 12-month warranty covering manufacturing defects and component failures. We provide 24/7 technical support via phone, email, and remote access. We stock common spare parts for fast delivery. Optional service contracts include preventive maintenance visits, software updates, and priority response times. For our international customers, we can arrange on-site service by our engineers or through local partners.

Explore related solutions: Custom Automation Lines | SMT Production Lines | Fixtures & Tooling

Learn more: [Blog: Cobot vs. Industrial Robot โ€” Which is Right for You?]

Ready to Automate with Robots?

Tell us about your application. Our robotics team will assess feasibility, recommend the right robot platform, and provide a detailed proposal with ROI analysis.

Find Your Robotic Solution