Fairino Cobot (FR3-C)

The Fairino Cobot (FR3-C) is a compact six-axis collaborative robot in the Fairino FR-series, developed for space-constrained automation where a lightweight arm can be deployed on desktops, benches, pedestals, or mobile carts. Manufacturer materials describe it as a lightweight, flexible, next-generation collaborative robot intended for mobile equipment or desktop-level applications, with a 3 kg rated payload (5 kg peak stated in the same specification block), a 622 mm reach, and ±0.05 mm pose repeatability per ISO 9283 as stated. With an approximately 125 mm footprint and roughly 10 kg arm mass without cable, the FR3-C targets the growing class of micro-cell and retrofit automation projects where a traditional industrial robot, its guarding, and its controller simply would not fit. This page summarizes the documented design, specifications, and typical deployment patterns of the FR3-C for procurement and integration planning.

Background

The Fairino FR-series and the compact cobot class

Fairino positions the FR3-C within its FR-series product family, which public materials list alongside closely related variants such as the FR3, FR3-WMS, and FR3-WML. This family approach adapts a similar small-payload arm class to different application packages and integration preferences, so buyers can match a variant to their control, mounting, and accessory requirements rather than redesigning the cell around a single fixed configuration. In conventional manufacturing terms, the FR3-C sits in the compact cobot category: short-reach, low-mass arms used for light handling, inspection support, small-part assembly, test-fixture loading, and other flexible tasks that benefit from fast changeovers rather than fixed, high-throughput robot cells. Robots in this class are typically chosen when the value of automation lies in repeatability and operator relief rather than raw speed or heavy payload, and when the production line cannot spare floor space for perimeter guarding and large cabinets.

Design priorities: lightweight deployment and human–robot collaboration

Public product materials emphasize three themes for the FR3-C: human–robot collaboration, lightweight deployment, and ease of integration with mobile equipment or desktop-level applications. The arm's six rotating joints provide full pose control — position plus orientation — which is what tasks such as screwdriving, precision placement, sensor-guided probing, and simple toolpath operations require. As with cobots generally, the FR3-C is intended to share workspace with people under an appropriate risk assessment, with speed and force settings and end-effector design forming part of the overall safety case rather than the bare arm alone. Documentation also indicates the robot can be mounted in any orientation, enabling ceiling, wall, angled, or inverted installations when a compact cell demands unconventional layouts — a relevant capability for test stations and workbenches where the best use of space may be above or beside the operator. Construction materials are listed as aluminium and steel, a typical cobot structure balancing stiffness, weight, and manufacturability.

Technical Specifications

All figures above are taken from published Fairino FR3-C product materials; exact values, options, and delivered configuration should be confirmed against the current manufacturer datasheet during quotation.

How is the Fairino Cobot (FR3-C) programmed and controlled?

The FR3-C offers a dual human–machine interface approach that aligns with modern cobot expectations. On-site, operators can use the listed 10.1-inch teach pendant for jogging, teaching waypoints, and configuring programs at the cell.

Can the Fairino Cobot (FR3-C) work in dusty or general factory environments?

Published environmental figures give the FR3-C an IP54 protection classification, with IP65 listed as optional. Buyers with washdown, outdoor, or extreme-temperature requirements should treat those as special cases to be confirmed with the manufacturer during quotation rather than assumed from the standard specification.

Who is the Fairino Cobot (FR3-C) for?

The FR3-C is aimed at manufacturers, laboratories, integrators, and education or research groups that need flexible light automation in tight spaces. Organizations requiring heavy payloads, long reach, or high-throughput fixed cells should look at larger robot classes; the FR3-C is deliberately a short-reach, small-parts machine.

What is the Fairino Cobot (FR3-C) used for?

1. Pick-and-place of small components, kits, and trays in desktop and benchtop cells where its 622 mm reach and compact footprint fit alongside operators.
2. Screwdriving and light fastening tasks that exploit six-axis pose control and ±0.05 mm stated repeatability for consistent tool alignment.
3. Test-fixture and measurement-device loading and unloading, keeping jigs and instruments fed without dedicating an operator to the station.
4. Small-part assembly, insertion, and simple pressing operations with controlled motion in electronics and light manufacturing.
5. Inspection support, such as sensor-guided probing or presenting parts to cameras and gauges in quality-control stations.
6. Mobile automation, mounted on carts, trolleys, or mobile platforms to bring automation to changing bottlenecks such as packaging or checkpoint stations.

Pricing and Availability

Pricing for the Fairino Cobot (FR3-C) depends on the delivered configuration, including protection-rating options, HMI choices, end-effector and accessory selection, and regional logistics. Published sources do not state a fixed transactional price, and configuration details materially affect the final cost. Purchase is confirmed through quotation: submit a request describing your application, payload and reach requirements, environment, and integration constraints, and a formal quotation with current lead time and configuration options will be prepared in response.

Frequently Asked Questions

What payload can the Fairino Cobot (FR3-C) handle?

Published specifications list a 3 kg rated payload, with a 5 kg peak payload stated in the same specification block. Real-world capacity depends on end-effector mass, tool offset, and motion profile, so payload assumptions should be validated for the specific application.

How far can the FR3-C reach?

The published reach is 622 mm, placing the FR3-C among short-reach compact cobots intended for benchtop and desktop-scale workspaces rather than large-envelope cells.

Is the FR3-C safe to use next to people?

The FR3-C is marketed as a collaborative robot intended to share workspace with people. As with any cobot, collaborative operation depends on an application-specific risk assessment, appropriate speed and force settings, and safe end-effector design — the bare arm alone does not constitute a certified safe cell.

What programming options does the FR3-C support?

Listed options include graphical programming, zero-force drag teaching, a 10.1-inch teach pendant, a mobile-terminal web app, and ROS support with communication protocols for custom integration.

Can the FR3-C be mounted upside down or on a wall?

Yes — documentation indicates the robot can be mounted in any orientation, including ceiling, wall, angled, or inverted installations, which helps in compact cells and test stations with unconventional layouts.

What environmental protection does the FR3-C offer?

The standard classification is IP54, with IP65 listed as optional. Operating limits are published as 0–45 °C and up to 90% non-condensing humidity, with noise below 65 dB.

Where can I buy Fairino Cobot (FR3-C) and what does it cost?

The FR3-C is available through authorized robotics distribution channels on a quotation basis. No fixed price is published because configuration, options, and logistics affect the final cost; submit a request for quotation to receive current pricing, lead time, and configuration guidance.

Summary

The Fairino Cobot (FR3-C) is a documented, focused entry in the compact collaborative robot class: six axes, 3 kg rated payload with a stated 5 kg peak, 622 mm reach, ±0.05 mm stated repeatability, and an approximately 10 kg arm that mounts in any orientation. Its pendant-plus-web-app control approach, drag teaching, ROS support, and IP54 (optionally IP65) protection make it a practical candidate for benchtop assembly, test-fixture loading, inspection support, and cart-mounted mobile automation. Specifications summarized here come from published manufacturer materials and should be confirmed against the current datasheet during quotation. For evaluating whether the FR3-C fits your automation requirements and for requesting a formal quotation, this page is the starting point.