FANUC Robot Lineup

FANUC robot lineup

FANUC operates from Japan / United States and focuses on industrial robots and collaborative robots.

Explore FANUC’s named robot platforms and major variants below. Each product includes an availability label and an official source so you can distinguish shipping products from pilots, research platforms, prototypes, and legacy models.

This directory records 15 named platforms from Japan / United States, focused on industrial robots and collaborative robots. The lineup is a source map, not a promise that every model has public pricing, checkout, delivery in your region, or the same support terms.

Robot lineup at a glance

Availability determines what you should check next. Shipping products need clear specifications, pricing, support, and purchase terms. Pilots and prototypes need deployment evidence, while legacy platforms are most useful for history and comparison.

About FANUC

FANUC Corporation, founded in Japan in 1956, is a global supplier of industrial automation products and services. The company remains independent and is publicly traded on the Tokyo Stock Exchange. FANUC is headquartered at the base of Mount Fuji, with large manufacturing sites in Japan and regional hubs in the United States and around the world. Its North American operations are managed through FANUC America, serving a broad local customer base in automation. FANUC manufactures all its robots and controls in-house, giving it tight oversight of supply chain and quality processes. Annual robot production capacity is in the tens of thousands of units, with robots supporting applications ranging from assembly and welding to painting and palletizing. The core business model relies on selling, engineering, and servicing industrial robots, controls, CNC systems, and specialized machinery (such as ROBODRILL and ROBOCUT lines) through direct sales, authorized distributors, and system integrators. Revenue is generated through hardware sales, engineering integration, software, training, service, and spare parts.

FANUC Pricing and How to Buy

FANUC does not publish list prices for its robots or cobots. Purchasers typically get quotes via FANUC’s direct sales teams, authorized distributors, or system integrators listed in its directory. Pricing varies by robot model, application, integration scope, and any bundled hardware or software. Local taxes, training, and ongoing support add to project cost. Lead times depend on configuration complexity and regional inventory, with some units available from stock and others custom-built. In the Americas, FANUC robots are available through FANUC America and partners, while Asia and EMEA are served by regional subsidiaries and networks. Leasing or rental is possible through third-party partners or integrators in select markets, not directly from FANUC. Prospective buyers must work through an integration or evaluation process to scope solutions and timelines. No consumer or direct e-commerce sales are available; solutions are tailored for industrial customers.

Who FANUC Robots Are For

FANUC robots are designed for manufacturing businesses seeking robust, high-duty-cycle automation. Typical buyers include automotive, electronics, metal fabrication, plastics, food and beverage, warehousing, and logistics companies. The product suite ranges from heavy-payload industrial arms to collaborative robots suitable for shared workspaces, covering both high-volume production and flexible deployment needs. Buyers who need certified safety integration, established service channels, and predictable long-term support prioritize FANUC. Small-scale manufacturers, research labs, and startups may find FANUC’s integration process and capital outlay complex relative to simpler plug-and-play robots or lower-cost cobots. Applications needing highly customized or experimental hardware may not be best served by FANUC’s catalog focus.

• Integration expertise is essential, as FANUC robots often require professional system integrators for successful deployment and application programming.
• Service and spare parts availability is handled through a global network, but buyers must verify local support arrangements before purchase, especially in less-served regions.
• Safety certifications and risk assessments must be completed for collaborative setups, and compliance with relevant ISO, ANSI, and CE standards typically relies on integration partners.
• Software licensing for FANUC’s robot controllers and programming platforms (such as ROBOGUIDE) may carry separate costs and renewal terms outside the hardware purchase.
• Certain models and control software may be subject to regional export restrictions or require end-user documentation, especially for buyers outside Japan or the United States.
• Duty cycle and reliability expectations should be matched to FANUC’s industrial design; light use or educational deployments may not need this level of uptime or cost.
• Total cost of ownership includes ongoing maintenance, training, and service contracts; buyers should request quotes for multi-year support and expected spare parts usage.

FANUC Alternatives

Vendors a buyer typically cross-shops against FANUC.

• ABB Robotics — ABB is a major industrial robot vendor with a broad global service network and an extensive range of collaborative and traditional arms. Its robots often appeal to companies seeking strong integration with digital production software.
• KUKA — KUKA, based in Germany, offers robust industrial and collaborative robots with a reputation for flexibility and precision, especially in automotive and general manufacturing. Its device ecosystem integrates with digital factory software.
• Universal Robots — Universal Robots focuses strictly on collaborative robots with user-friendly programming. Their cobots are popular with smaller manufacturers and research labs looking for rapid deployment and simpler interfaces compared to FANUC’s catalog.
• Yaskawa Motoman — Yaskawa Motoman is a large Japanese maker known for welding, assembly, and materials handling robots. It offers systems for both collaborative and industrial tasks, and competes directly with FANUC across many applications.
• Stäubli Robotics — Stäubli Robotics specializes in high-speed, high-precision robots for sensitive or cleanroom tasks, such as electronics and pharmaceuticals. It competes with FANUC in technical and hygiene-driven industries.

FANUC Alternatives Compared

FANUC wins on catalog breadth and manufacturing scale; the alternatives below each beat it on one specific dimension instead of matching it across the board.

Universal Robots is the strongest alternative for a buyer who wants collaborative-only simplicity over FANUC's much wider industrial catalog. ABB and KUKA both compete closest to FANUC's own scale, with ABB leaning on software integration and KUKA on flexible, precision-focused deployments. Yaskawa Motoman matches FANUC most directly in welding and materials handling, while Stäubli Robotics is the narrow pick for cleanroom and high-speed precision work FANUC's catalog does not specifically target.

FANUC Alternatives: The Verdict

Pick Universal Robots when the job is collaborative-only and simplicity matters more than catalog breadth. Pick ABB or KUKA when the buyer needs FANUC-scale industrial coverage but wants a different software ecosystem or more deployment flexibility.

Pick Yaskawa Motoman specifically for welding and materials-handling lines, where its application library goes as deep as FANUC's own. Pick Stäubli Robotics only when cleanroom or hygiene certification is a hard requirement FANUC's catalog does not target directly.

For most buyers already comparing quotes against FANUC, Universal Robots or ABB are the two most common cross-shops; reserve Stäubli Robotics for the narrower cleanroom case rather than a general-purpose replacement.

How to choose a FANUC robot

Choose between FANUC models by job, body type, and evidence status before comparing headline capabilities. A shipping label is stronger than an announcement, but buyers still need the exact configuration, price or quote, delivery region, software access, safety limits, warranty, and repair path in writing.

• Shortlist the body type that fits the real workspace and task.
• Open the model’s official source and confirm that the named configuration is current.
• Ask whether access is checkout, distributor order, sales quote, pilot, or research-only.
• Compare service location and fault recovery before comparing demo performance.