FANUC Robot Cost Guide 2025: Models, Costs, and Insights

What Do FANUC Robots Cost Today?

FANUC robot arms cost approximately $12,800 for entry-level SCARA robots to over $400,000 for heavy-payload industrial robot arm models. New entry-level collaborative robots from FANUC, such as the LR Mate series, start at approximately $17,500, while the popular CR series costs around $43,000.
This comprehensive guide breaks down real pricing across FANUC’s most popular robots, helping you budget accurately and make informed automation decisions.

This comprehensive guide breaks down real pricing across FANUC’s most popular robots, helping you budget accurately and make informed automation decisions. Please note that all the costs across this article are best estimates. For exact quote, please reach out to the Vention team!

FANUC Robot Overview: Ranges, Applications, and Industries

FANUC holds a dominant 65% global market share in CNC systems production and reached the milestone of shipping its one millionth robot in 2023. This industry leadership translates to proven reliability, extensive support networks, and strong resale value for buyers. FANUC is also well known for its wide range of robots, serving a broad spectrum of industrial applications such as machine tending, pick and place operations to specialized tasks such as welding. The diversity of industrial robot arms by FANUC from high-speed delta robots to paint robots makes it one of the most versatile robot manufacturers. This also makes finding a capable partner to help you select the right FANUC robot arm and robot cell design even more crucial to its success.

Popular FANUC Robot and Cobot Ranges and Applications

LR Mate Series (Human Arm-Sized Robots): New articulated robot series launched by FANUC for a wide range of industrial tasks. These tabletop robot arms are ideal for small payloads and integrating advanced robot vision applications.

Collaborative Robots (CRX Series): Designed for safe human-robot interaction without safety fencing in most applications. Ideal for machine tending, packaging, assembly, and inspection tasks.

SCARA Robots (SR Series): Four-axis robots optimized for high-speed horizontal movements. Perfect for electronics assembly, pick and place, screw driving, and dispensing applications.

Industrial Robots (M-Series): Traditional six-axis robots requiring safety fencing but offering superior speed, payload capacity, and reach for demanding production environments.

Specialty Series: Application-specific robots for welding (Arc Mate), painting, cleanroom environments, and food-grade handling.
This guide covers FANUC Robot prices for popular ranges such as the CRX, SCARA and the M-Series.

Industries Served by FANUC Robos and Cobots

• Aerospace
• Automotive
• Electronics
• Food & Beverage
• Medical and Pharmaceutical
• Metals
• Woodworking 
• Plastics Manufacturing
  
  

FANUC Robot Costs for the CRX Collaborative Robot Series

How much do FANUC CRX Cobots Cost?

The FANUC CRX series cobots cost around $43,000 USD for entry-level models such as FANUC CRX-5iA. These cobots eliminate the need for expensive safety fencing in most applications, reducing total system costs by $10,000 to $30,000 compared to traditional industrial robots. Cobot arms have also evolved to handle heavier payloads. Learn how FANUC’s CRX series is able to lift heavier payloads.

Key advantages of CRX cobots include:

• Intuitive Programming: Tablet-based teach pendant with drag-to-teach functionality allows operators without robotics experience to program tasks quickly
• Built-In Safety: Force-limited joints and collision detection enable collaborative operation
• Compact Design: Small footprint fits easily into existing workspaces
• Standard Power: Operates on standard 120V power, simplifying installation
  
  

FANUC CRX-5iA Cost: Entry-Level Cobot

At approximately $8,641 per kilogram of payload capacity, CRX-5iA serves as an accessible entry point to collaborative robotics. It’s ideal for small manufacturers new to automation, companies with limited floor space, or businesses automating delicate tasks where the 5kg payload suffices.

FANUC CRX-5iA Cost: $43,207 USD

Technical Specifications:

• Payload: 5kg
• Robot Reach: 994mm
• Repeatability: 0.03 mm
• Robot Weight: 25 kg
• Warranty: 12 Months

Best Applications:

• Light assembly work
• Small parts handling
• Electronics packaging
• Laboratory automation
• Quality inspection
  
  

FANUC CRX-10iA Cost: Standard Reach Cobot

FANUC CRX-10iA offers double the payload capacity compared to CRX-5iA with an additional $2,800 of CAPEX. This translates into $4,603 per kilogram, making it highly cost-efficient for entry-level cobot applications. The standard reach version suits compact workstations and smaller CNC machines while saving approximately $4,000 compared to the long-reach variant.

FANUC CRX-10iA Cost: $46,026 USD

Specifications:

• Payload: 10kg
• Robot Reach: 1,249mm
• Repeatability: 0.04 mm
• Weight: 40kg

Best Applications:

• Compact machine tending
• Pick and place for medium-sized parts
• Assembly operations
• Material handling in confined spaces
  
  

FANUC CRX-10iA/L: Most Balanced Cobot for Value

The CRX-10iA/L represents the best balance of payload, reach, and price in the collaborative robot market. While the extra 169mm of reach costs $4,697 more than the standard CRX-10iA, it provides a significantly larger robot motion range. This makes it the most versatile choice for machine tending applications where parts need to be loaded and unloaded from multiple positions.

FANUC CRX-10iA/L Cost: $50,723 USD

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Specifications:

• Payload: 10kg
• Reach: 1,418mm (long reach variant)
• Repeatability: 0.04mm
• Weight: 40kg

Best Applications:

• CNC machine tending
• Pick and place for medium parts
• Packaging lines
• Material handling with extended reach requirements
• Assembly operations
  
  

FANUC CRX-20iA/L: Heavy-Duty Cobot

The CRX-20iA/L is commonly quoted at around $55,000, doubling the payload capacity in comparison to the CRX-10iA/L with just $5,000 additional cost. Whether used for palletizing boxes in food processing environments, or in industrial settings with dust and liquid ingress, the CRX-20iA/L is truly versatile, making it the easiest choice for small and medium as well as large manufacturers.

CRX-20iA/L Cost: $55,889 USD

Specifications:

• Payload: 20kg
• Reach: 1,418mm
• Repeatability: 0.04mm
• Weight: 41kg

Best Applications:

• Heavy parts handling
• Palletizing small to medium boxes
• Automotive parts assembly
• Large component machine tending
• Light-duty collaborative welding
  
  

FANUC CRX-30iA Cost: Heavy Duty Cobot

Upgrading from the CRX-20iA/L to the CRX-30iA delivers clear performance gains in both payload and reach. The CRX-30iA handles up to 30 kg (or 25 kg in extended-reach mode) and reaches up to 1,889 mm. This additional capacity and reach allow it to serve larger work cells or multiple machines from a single mounting point, making it better suited for heavier-duty collaborative tasks.

FANUC CRX-30iA Cost: $60,868 USD

Specifications:

• Payload: 30kg
• Reach: 1,889mm
• Repeatability: 0.05mm
• Weight: Approximately 135 kg

Best Applications:

• Heavy palletizing operations
• Large automotive components
• Heavy machine tending
• Industrial material handling requiring extended reach
  
  

FANUC CRX Series Cost Comparison

FANUC SCARA Robot Cost: Affordable High-Speed Automation

How much do FANUC SCARA Robots Cost?

FANUC SCARA robots cost starts at approximately $12,000 USD for the entry-level models such as the SR-3iA. SCARA stands for Selective Compliance Assembly Robot Arm. These four-axis robots excel at rapid horizontal movements while maintaining rigidity in the vertical axis. Their specialized design makes them significantly more affordable than six-axis robots while delivering faster cycle times. The FANUC SCARA series still offers payload capacity with higher end models such as the SR-20iA being able to handle payloads of up to 20 kgs.

When to Choose SCARA Robots:

• Applications requiring primarily horizontal movement
• When robot motion speed is critical for throughput (electronics assembly, packaging)
• The need for lower CAPEX for automation
• When tasks are simple, with little variation
• Smaller footprint requirements
  
  

FANUC SCARA Robot Pricing

FANUC SCARA SR-3iA Cost: Entry Level SCARA Robot

The SR-3iA offers the lowest entry point into FANUC automation. The faster cycle times compared to six-axis robots often helps with faster payback periods. Its capacity to handle payloads up to 3kgs makes it ideal for compact applications that require greater precision such as electronics assembly or screw driver operations.

FANUC SCARA SR-3iA Cost Estimate: $12,800 USD

Specifications:

• Payload: 3kg
• Horizontal reach: 400mm
• Robot weight: 19kg
• Warranty: 12 Months

Best Applications:

• Electronics assembly (PCB handling)
• Small parts pick and place
• Testing and inspection
• Screw driving operations
• Dispensing (adhesives, sealants)
  
  

FANUC SCARA SR-6iA Cost: Compact Performance Robot

The SR-6iA robot is an excellent choice for applications requiring slightly higher payload capacity than the SR-3iA. At the capacity of handling 6kg, and expanded reach, its relatively compact size makes it ideal for a wide range of tasks with higher cycle speeds.

Estimated Price for FANUC SR-6iA: $14,700 USD

Specifications:

• Payload: 6kg
• Horizontal reach: 650mm
• Robot weight: 30kg
• Warranty: 12 Months

Best Applications:

• Assembly
• Pick and place operations
• Packaging and inspection

FANUC SCARA SR-12iA

With the maximum payload capacity of 12kg, and a 900mm reach, the SR-12iA is well-suited for medium-duty tasks across multiple operations. Despite its greater reach this SCARA robot still maintains a compact footprint and lower robot mass, integrating easily in tight automation cells.

Estimated Price for SR-12iA: $21,185 USD

Specifications:

• Payload: 12kg
• Horizontal reach: 850mm
• Robot weight: 53kg
• Warranty: 12 Months

Best Applications:

• High-speed pick-and-place for medium weight parts (electronics or mechanical)
• Assembly operations requiring precision handling
• Inspection and quality testing where speed is critical
• Small machine tending cells with a compact footprint
  
  

SCARA vs. Cobot Cost and Value Comparison

FANUC M-Series Industrial Robot Cost

How much do FANUC M-Series Robots Cost

Medium-range M-Series cobots such as the FANUC M-20iD or M-710 have an estimated range of $70,000-$85,000 USD. Higher end models such as the M-1000iA or M-2000iA can cost up to $400,000. It’s worth noting that the M-Series represents FANUC’s traditional industrial robots requiring safety fencing but delivering superior performance in speed, payload capacity, and precision. These robots suit high-volume production environments where the additional investment in safety infrastructure delivers strong returns through increased throughput.

When to Choose M-Series Over Cobots:

• Maximum speed and cycle time reduction
• Heavy payload requirements (35kg+)
• Extended reach needs (2+ meters)
• High-precision applications
• Existing safety infrastructure in place

Safety Requirements and Costs: Safety devices and fencing for M-series installations typically adds to total system costs, depending on the size and complexity of the work cell.

FANUC M-20iD/35 Industrial Robot

The M-20iD/35 costs $72,084 USD, or $15,488 more than the CR series for 10kg additional payload. However, it also offers significantly faster cycle times. For high-volume operations, the speed advantage often justifies the higher total system cost including safety fencing. However, for lower-volume or space-constrained applications, the CRX-25iA’s collaborative nature and elimination of fencing requirements provides better value.

FANUC M-20iD/35 Estimated Price: $72,084 USD

Specifications:

• Payload: 35kg
• Reach: 1,831mm
• Repeatability: 0.03mm
• Robot weight: 300Kg

Best Applications:

• Heavy material handling
• Large CNC machine tending
• Industrial-scale palletizing
• Automotive and aerospace assembly

FANUC M-710iC/45M Industrial Robot

The exceptional axis speed and compact design of the M-710iC series robots makes them suitable for a wide range of industrial applications. Additionally, the extended 2,236mm reach of M-710iC/45M enables one robot to service multiple machines or large work areas that would otherwise require multiple shorter-reach robots. Multi-machine tending scenarios often justify the higher investment through reduced equipment costs and simplified programming.

FANUC M-710iC/45M Estimated Price: $80,750 USD

Specifications:

• Payload: 45kg
• Reach: 2,606mm
• Robot weight: 570kg

Best Applications:

• Extended-reach material handling
• Large workspace automation
• Full-size pallet palletizing
• Multi-machine loading and unloading operations

What’s Not Included in FANUC Robot Pricing

When budgeting for FANUC automation, remember that the robot price represents only one component of your total system cost.
Plan for these additional expenses:

End-of-Arm Tooling (EOAT):

• Vacuum grippers: $1,500 to $5,500
• Custom application grippers: $2,500 to $10,500
• Specialized tooling for welding or sanding: $4,000 to $15,000

Installation and Integration:

• CAD design
• Programming and commissioning
• Robot simulation software
• System integration labor
• Complexity varies based on application requirements

Many of these costs can be minimized by building your FANUC system with Vention’s manufacturing automation platform. For example, designing your FANUC robot system is free of cost in Vention’s MachineBuilder.

Mounting and Infrastructure:

• Robot pedestals: $900 to $5,800
• Robot Safety Modules and Area Scanners: $2,000 to $3,800
• Robot Cell Safety Enclosures: $6,000 to $13,000

Other Costs to Consider

• Operator training
• Maintenance training:
• Software licenses
• Vision systems
• Advanced programming packages

Refurbished and Used FANUC Robot Market

The used FANUC robot market offers significant cost savings for budget-conscious buyers, though careful evaluation is essential.
Price Reduction Expectations: Used FANUC CRX cobots typically cost 40% to 60% less than new units. A three-year-old cobot in good condition might cost $17,000 to $35,000, while high end performance-oriented FANUC secondhand robots cost around $200,000.

Advantages of Used Robots

• Lower initial investment for testing automation concepts
• Proven performance history for established models
• Opportunity to enter automation at reduced risk

Considerations and Risks

• Most used cobots don’t have manufacturer warranties, potentially leading to expensive repairs
• Unknown maintenance history and remaining service life
• May require controller updates or compatibility modifications
• Limited selection makes finding exact specifications challenging

Warranty Comparison: Factory-certified refurbished robots typically include 90-day to 1-year warranties and full inspection reports. Third-party refurbishers may offer limited or no warranty coverage but provide lower prices.

Total Cost of Ownership and ROI Analysis

Annual Maintenance Costs by Robot Type

SCARA Robots (FANUC SR-Series)

• Basic preventive maintenance is recommended: visual checks, controller cleaning, program backups, battery replacement, and grease/inspection according to model manual.
• The compact four-axis design keeps the annual service burden relatively low.
  
  

CRX Collaborative Robots (FANUC CRX-Series)

• FANUC guarantees up to 8 years of zero maintenance on motors, reducers, cables, sensors, and grease
• Only ongoing tasks are safety verification, software updates, and end-of-arm tooling upkeep

M-Series Industrial Robots (FANUC M-710iC and similar)

• FANUC calls for scheduled lubrication, seal/cable inspection, controller servicing, and safety fence system checks
• Higher-duty operation and safeguarded environments increase maintenance scope
  
  

Real-World ROI and Productivity Boost Examples

Typical FANUC robot cell payback periods range from 12 to 18 months, influenced by:

• Direct labor savings per shift
• Yield improvements reducing rework
• Increased uptime versus current baseline
• Production volume and consistency

30% Throughput Increase and Multi-Site ROI with FANUC CRX Collaborative Automation

At Polykar’s Edmonton facility, manual palletizing had become a bottleneck as order volume increased. By implementing a palletizing cell powered by a FANUC CRX-25iA collaborative robot, the team achieved a 30% boost in throughput, while improving worker satisfaction by reassigning staff from repetitive lifting to higher-value tasks.

$150K Annual Labor Savings with FANUC M-710iC Industrial Palletizing

Rev-A-Shelf automated palletizing to eliminate a growing labor bottleneck as SKU volume increased. By deploying a palletizing system powered by a FANUC M-710iC industrial robot, they were able to reallocate 8 full-time operators and generate over $150,000 in annual labor savings, while simultaneously improving consistency and reducing ergonomic strain on workers.

Frequently Asked Questions About FANUC Robot Costs

Q: What’s the cheapest FANUC robot I can buy?

A: The FANUC SCARA SR-3iA at approximately $12,800 represents the most affordable entry point for new robots. For the FANUC LR Mate Robot Series, the estimated cost is around $17,500. The cheapest CRX series cobot, FANUC CRX-5iA can be purchased at approximately $43,000 USD.

Q: What’s the best value FANUC cobot?

A: The CRX-30iA at $60,868 offers the best price per kilogram ratio ($2,435/kg). However, the CRX-10iA/L at $50,723 remains the most popular choice for its versatility across machine tending, packaging, and assembly applications.

Q: Should I buy a SCARA or a cobot?

A: Choose SCARA if your application involves primarily horizontal movement and speed is critical. You’ll save 50% to 60% compared to cobots. Choose a cobot if you need flexibility for complex multi-axis movements, collaborative operation without safety fencing, or frequent task changeovers.

Q: Do all FANUC cobots require safety fencing?

A: No. The CRX series is specifically designed for collaborative operation without safety fencing in most applications. However, you must still conduct a proper safety risk assessment based on your specific application, speeds, and workspace configuration.

Q: Which cobot is best for CNC machine tending?

A: The FANUC CRX-10iA/L and CRX-20iA/L are both excellent choices for a machine tending cell. Their capability to handle 10kg or 20kg payload is generally adequate for most CNC parts, the 1,418mm reach services standard machine tools, and the collaborative design eliminates expensive safety fencing while allowing operators to work nearby.

Q: What’s the difference between CRX-10iA/L and regular CRX-10iA?

A: The /L designation means “long reach.” The CRX-10iA/L provides 1,418mm reach versus 1,249mm for the standard version. The extra 169mm costs $4,697 more but significantly expands the work envelope, allowing the robot to reach deeper into machines or service larger areas.

Q: How long until I see ROI on a FANUC robot?

A: FANUC robots generally deliver payback value around 12 to 18 months from deployment, based on Vention’s estimates. High-volume, repeatable processes reach the lower end because labor savings and cycle time gains are consistent and predictable. Mixed or low-volume production tends toward the higher end as changeovers and programming add complexity.

Choosing Your FANUC Robot: Best Recommendations by Use Case

Best Overall Value

CRX-10iA/L at $50,723: Perfect balance of payload, reach, and price makes this the most versatile choice for manufacturers entering automation or expanding existing deployments. The 10kg payload handles the majority of industrial parts while the 1,418mm reach services standard equipment. Collaborative operation eliminates fencing costs.

Best Entry-Level Investment

SCARA SR-3iA at $12,800: Lowest investment with fastest payback period makes this ideal for first-time automation. High-speed operation excels at electronics assembly, small parts handling, and repetitive tasks. Simple four-axis design reduces programming complexity.

Best Cobot Value

CRX-30iA at $60,868: Best price per kilogram ($2,435/kg) combined with extended 1,889mm reach and 25kg payload provides exceptional capability for the investment. Ideal for companies needing heavy payload capacity without traditional industrial robot complexity.

Best for Heavy-Duty Applications

M-710iC/45M at $85,535: When speed, reach, and payload requirements justify safety fencing costs, this industrial robot delivers. The 2,236mm reach and 45kg payload enable full-size pallet palletizing and multi-machine tending scenarios impossible with collaborative robots.

Most Versatile Choice

CRX-20iA/L at $55,889: The 20kg payload handles heavier parts than the popular CRX-10iA/L while maintaining the same 1,418mm reach and collaborative operation. Excellent sweet spot between capability and cost for growing manufacturers.

Conclusion

FANUC robot costs in 2025 span a wide range from approximately $12,000 for entry-level SCARA robots to over $400,000 for heavy industrial robot systems. Understanding these price points, along with additional system costs and expected ROI, enables informed automation decisions.
CRX collaborative robots typically range from about $40,000 to over $60,000, offering flexibility and ease of deployment without expensive safety infrastructure. Traditional industrial M-series robots command higher initial investments but deliver superior speed and payload capacity for high-volume production.

The key to maximizing value lies in carefully matching robot specifications to your application requirements. Consider payload needs, reach requirements, cycle time expectations, and whether collaborative operation provides value in your specific environment.
For current quotes tailored to your application, contact FANUC authorized distributors or system integrators who can provide detailed proposals including all necessary components, integration services, and training.

Note: Prices are based on current market listings and industry data as of 2025. Actual pricing may vary based on configuration, volume discounts, and regional factors. SCARA and M-series prices require direct quotes from Vention. Total system costs vary based on specific application requirements and integration complexity.