Fairino Cobot (FR10)

Fairino Cobot (FR10)

The Fairino FR10 is a 6-axis collaborative robot (cobot) in the Fairino FR series, designed for medium-payload, long-reach tasks where flexible automation and relatively quick deployment are valued. In commonly published specifications, FR10 is positioned at 10 kg payload (with some sources listing a higher maximum payload figure), and an approximate 1,400 mm reach, placing it above compact cobots like 3–5 kg models and closer to the workload envelope needed for larger parts, heavier end effectors, and wider workcells.

Fairino’s FR lineup is typically presented as a family spanning multiple payloads (e.g., FR3, FR5, FR10 and higher), using a common collaborative arm architecture and a shared integration approach. This product-family model is intended to let integrators standardize on a platform while choosing payload and reach appropriate to each workstation or process.

Design and Features

6-axis collaborative architecture

FR10 uses six rotating joints (6 degrees of freedom) to provide full pose control (position and orientation) at the tool flange, a prerequisite for common industrial tasks such as machine loading, pallet layer placement, multi-angle assembly, and process toolpath applications.

Long reach for wider cells

A defining design goal for FR10 is the ~1.4 m reach, enabling the arm to service larger fixtures, deeper machine envelopes, or multiple pick/drop points from a single mounting location. In collaborative robot deployments, longer reach can reduce the need for additional axes (linear tracks) in light-duty cells, although reach must be balanced against payload, speed limits, and safe collaborative operation.

Programming interface and operator workflow

Published FR10 descriptions commonly list a 10.1-inch teach pendant and/or a mobile terminal Web App as the primary human–machine interface (HMI). This is consistent with typical cobot workflows: rapid manual teaching for points and paths, plus network-enabled configuration and monitoring for production use.

Integration-ready controller ecosystem

FR10 is frequently marketed with an “integration-first” controller stack, including industrial communications and SDK options intended for PLC-based factories as well as software-defined automation teams. Fairino FR10 listings describe support for TCP/IP and Modbus TCP/RTU, and optional industrial Ethernet variants such as Profinet, EtherNet/IP, and EtherCAT (availability depends on configuration).

Technology and Specifications

Core kinematics and performance (commonly published)

• Payload: 10 kg, with some listings stating Max: 14 kg

• Reach: 1,400 mm

• Degrees of freedom: 6 rotating joints

• Typical TCP speed: often listed at ~1.5 m/s in specification tables

Repeatability and accuracy (differences in published figures)

Different sources publish different repeatability values for FR10:

• Some FR10 specification tables list repeatability ±0.05 mm (and separately list pose repeatability ±0.03 mm per ISO 9283 in certain summaries).

• Other distributor pages describe FR10 as having ±0.02 mm repeatability, often as a headline marketing bullet.

In industrial procurement, repeatability and pose repeatability are typically verified against the exact datasheet revision and test standard used (e.g., ISO 9283), and validated in the intended application using the selected end effector and payload.

Environmental ratings and operating conditions

Commonly listed operational/environmental attributes include:

• Ingress protection: often published as IP54, with IP65 optional; some listings reference higher IP options depending on configuration.

• Noise level: < 65 dB

• Operating temperature: 0–45°C

• Mounting orientation: often listed as any orientation

Mass and construction (published examples)

Some FR10 pages list the arm at approximately ~40 kg (without wire/cabling), using aluminum and steel construction. The practical implications are typical for this cobot class: pedestal mounting is common, and mobile mounting may be feasible when the base and safety constraints are engineered appropriately.

Applications and Use Cases

Machine tending and industrial handling

With a 10 kg payload class and long reach, FR10 is commonly positioned for machine tending (loading/unloading), inter-station transfer, and handling tasks where the part plus gripper mass is beyond smaller cobots’ comfortable margins. Sources describing FR10’s “dynamic automation” positioning often highlight these broader industrial use cases.

Pick-and-place and packaging for larger items

Long reach enables FR10 to cover wider conveyor spans or larger packaging fixtures from a single base position. This can support packaging lines, kitting workflows, and end-of-line transfer tasks, especially when payload margins allow vacuum tooling or multi-cup end effectors.

Light welding and process tasks (configuration dependent)

Some FR10 sales listings explicitly market FR10 for welding alongside pick-and-place, reflecting the common approach of pairing a cobot arm with welding packages where payload, wrist clearance, and dress-pack routing are suitable. In practice, welding suitability depends on the full system design (torch, wire feeder placement, seam tracking, fume extraction, and safety measures), not only the arm.

Palletizing-adjacent operations (small cases, short stacks)

While high-throughput palletizing often uses dedicated palletizing robots or higher payload cobots, a 10 kg cobot can be used for palletizing-adjacent tasks such as placing smaller cartons, arranging layers on short pallets, or feeding palletizing stations—particularly in low-volume, high-mix environments.

Advantages / Benefits

Payload-and-reach balance for flexible workcells

FR10’s 10 kg payload and ~1.4 m reach are the core value proposition: enough capacity for heavier tooling and parts, while still marketed as collaborative and adaptable to changing production layouts.

Integration pathways for both PLC and software teams

Published support for Modbus and optional industrial Ethernet stacks, alongside SDK and “web interface” messaging in reseller descriptions, reflects a dual integration strategy: traditional PLC-centric factories and software-driven automation deployments.

Configurability for different environments

The recurring IP54 with IP65 optional pattern suggests configuration pathways for harsher environments (dust/splash) while retaining a baseline model for general factory conditions.

FAQ Section

What is the Fairino FR10?

The Fairino FR10 is a 6-axis collaborative robot arm typically listed at 10 kg payload and ~1,400 mm reach, designed for flexible industrial automation tasks such as handling, tending, and pick-and-place.

How does the Fairino FR10 work?

FR10 moves using six motorized joints to position and orient an end effector. It is commonly programmed via a teach pendant or Web App, and integrated into production systems using industrial communications such as TCP/IP and Modbus (with optional industrial Ethernet stacks depending on configuration).

Why is the Fairino FR10 important?

FR10 represents a collaborative robot category that combines long reach with midrange payload, enabling automation of tasks that are too heavy or too wide for smaller cobots while still fitting flexible, high-mix manufacturing workflows.

What are the benefits of the Fairino FR10?

Commonly cited benefits include 10 kg payload, ~1.4 m reach, published ~1.5 m/s TCP speed, configurable environmental protection (often IP54 with IP65 optional), and integration options suited to both PLC and software-driven automation teams.

Summary

The Fairino FR10 is a midrange 6-axis collaborative robot typically specified at 10 kg payload with ~1,400 mm reach, aimed at flexible automation tasks that require wider coverage and higher payload margin than compact 3–5 kg cobots. Published specs commonly cite ~1.5 m/s TCP speed, IP54 with IP65 optional configurations, and teach pendant/Web-App programming workflows, while repeatability figures vary across sources and are usually verified against the exact datasheet and ISO reporting method for the delivered configuration.