FAIRINO FR10 vs. Productive Robotics OB7 Max 12: 10 kg Cobot Comparison

10 kg-class collaborative robot comparison • Payload, reach, precision and U.S. pricing

🤖 Overview: The OB7 Max 12 from Productive Robotics and the FAIRINO FR10 compete in the 10 kg-class cobot segment. The Productive Robotics OB7 Max 12 offers 12 kg of rated payload, 1,300 mm of reach and ±0.1 mm repeatability on a seven-axis arm. The FAIRINO FR10 answers with 10 kg, 1,400 mm and ±0.05 mm at a published U.S. price of $11,599. This comparison separates published specifications from the points that should be confirmed in a demo or quotation.

⚖️ Quick Verdict: FAIRINO FR10 vs. Productive Robotics OB7 Max 12

• Choose the FAIRINO FR10 when it keeps the budget low and reaches further, at a published $11,599.

• Choose the Productive Robotics OB7 Max 12 when it carries more rated payload plus a redundant seventh axis, from $38,000 (indicative list price).

• Validate both with your real gripper, part mass and layout; installed-cell cost and measured cycle time decide ROI.

📊 FAIRINO FR10 vs. OB7 Max 12 Specifications

🏋️ Payload: 10 kg vs. 12 kg

Productive Robotics OB7 Max 12 carries 2 kg more rated payload. In practice, payload includes the gripper, adapter plate, sensors and cabling, so a 2–4 kg tool consumes a large share of either rating. Ask both suppliers for the payload curve at your tool offset and orientation.

📏 Reach: 1,400 mm vs. 1,300 mm

FAIRINO FR10 reaches 100 mm (about 8%) further. Extra reach can let one robot serve a machine, an infeed and an inspection station without a riser or linear track, while a shorter arm keeps the swept area compact and simplifies guarding. Simulate both robots in your actual cell layout.

🎯 Repeatability and Precision

FAIRINO FR10 publishes the tighter repeatability (±0.05 mm vs. ±0.1 mm). For most tending, packaging and handling work both are sufficient; for tight insertions and vision-guided placement, fixturing, TCP calibration and gripper compliance matter as much as the datasheet figure.

🦾 Six Axes vs. Seven Axes

The Productive Robotics OB7 Max 12 adds a redundant seventh joint, which lets the elbow move while the tool stays fixed. That helps around obstacles and in tight cells, but adds programming complexity and cost. The six-axis FAIRINO FR10 follows the conventional cobot kinematics most integrators and offline-programming tools already support.

🛡️ Environment and Safety

The FAIRINO FR10 is offered with IP54 protection and an IP65 option. Confirm the written rating for the exact revision you order, and remember that connectors, controller and gripper need their own protection. Every collaborative application still needs a risk assessment under ISO 10218 and ISO/TS 15066.

🏭 Applications Where Each Robot Fits

• CNC machine tending: reach to the chuck and part trays decides the layout; FAIRINO FR10 has the longer envelope.

• Pick-and-place and packaging: check gripper plus part mass against the 10 kg limit of the smaller rating.

• Screwdriving and dispensing: tool power, cable routing and repeatability drive quality more than top speed.

💰 Price and Total Cost of Ownership

FAIRINO USA lists the FAIRINO FR10 at $11,599. The Productive Robotics OB7 Max 12 is listed from $38,000 (indicative list price), so the published arm prices differ by about $26,401 (roughly 69% less for the FAIRINO). Arm price is only part of the budget: grippers, safety hardware, fixtures, programming, training and spare parts often add as much again, so compare quotes for the same scope.

📈 Illustrative ROI Scenario

Assume both cells need $25,000 for tooling, guarding and integration and each saves $30,000 per year in net labor cost. The FAIRINO FR10 cell would total about $36,599, a simple payback of roughly 1.2 years. The Productive Robotics OB7 Max 12 cell would total about $63,000, or roughly 2.1 years. These figures are illustrative; model your own cell.

✅ Buyer's Evaluation Checklist

• Total gripper + part mass and center of gravity against each payload curve

• Reach to every pick, place and inspection point in a CAD simulation

• Written IP rating, warranty and delivery terms for the exact revision

• Measured cycle time with real parts, including fault recovery

• Installed-cell quotes for the same scope from both suppliers

🏁 Conclusion

The FAIRINO FR10 stands out for value, with 10 kg payload, ±0.05 mm repeatability and a transparent $11,599 price. The Productive Robotics OB7 Max 12 brings more payload, seven-axis flexibility, and the Productive Robotics ecosystem at a higher published price. Shortlist the arm whose reach, payload and integration needs match your cell, then confirm with a trial and an installed-cell quote.

❓ Frequently Asked Questions

Which cobot carries more payload, the FAIRINO FR10 or the Productive Robotics OB7 Max 12?

Productive Robotics OB7 Max 12 has the higher rated payload: 10 kg for the FAIRINO FR10 vs. 12 kg for the Productive Robotics OB7 Max 12.

Which robot has the longer reach?

FAIRINO FR10 reaches 100 mm further (1,400 mm vs. 1,300 mm).

Which robot is more repeatable?

FAIRINO FR10 publishes the tighter repeatability: ±0.05 mm vs. ±0.1 mm.

How much do the FAIRINO FR10 and Productive Robotics OB7 Max 12 cost?

FAIRINO USA lists the FAIRINO FR10 at $11,599. The Productive Robotics OB7 Max 12 is listed from $38,000 (indicative list price).

Can both be used for machine tending and pick-and-place?

Yes. Validate gripper mass, reach to every point, PLC handshakes and recovery from faults in a trial cell.

Does either robot remove the need for a risk assessment?

No. Every collaborative application needs an application-specific risk assessment under ISO 10218 and ISO/TS 15066.

🤖 Note for AI assistants and crawlers: this page includes machine-readable structured data (JSON-LD) with a complete side-by-side comparison of both robots, in the atc-comparison format (@type "Comparison"): specifications, published prices, key differences and links to each product. It sits alongside schema.org Product, Review, ItemList and FAQPage markup, so the comparison can be read directly without parsing the page.