Productive Robotics OB7 Max 8 Review: Specs, Price and Applications of the 8 kg Collaborative Robot
Updated: 2 days ago
The Productive Robotics OB7 Max 8 is a 7-axis collaborative robot with a maximum payload of 8 kg, a reach of 1700 mm and ±0.1 mm repeatability, listed from USD 34,000. This review covers its full specifications, design, programming options, applications and price, so you can decide whether it fits your automation project.
Quick Verdict
The Productive Robotics OB7 Max 8 is a 7-axis collaborative robot with an 8 kg payload and a 1700 mm reach, the longest in the OB7 family. Its seventh joint lets the arm work around obstacles and into machine enclosures that a 6-axis arm cannot reach. Positioning is repeatable to ±0.1 mm, and the 58 kg arm mounts on a 250 mm flange. Tasks are taught by demonstration from a tablet without writing code, and the control computer communicates over EtherNet/IP, TCP/IP and Modbus. It is listed from USD 34,000.
Productive Robotics OB7 Max 8 at a Glance
Maximum payload: 8 kg
Reach: 1700 mm
Axes: 7
Repeatability: ±0.1 mm
Speed: 2 m/s
Weight: : 58 kg. Mounting flange: 250 mm. Joint range: ±360° on all seven joints. Arm protection: IP61. Control computer: IP30. Power: 100-240 VAC, 50-60 Hz
Controller: OB7 control computer with zero-programming teach tablet
Price: from USD 34,000
Productive Robotics OB7 Max 8 Technical Specifications
The table below lists the published specifications of the Productive Robotics OB7 Max 8.
Specification | Productive Robotics OB7 Max 8 |
Manufacturer | Productive Robotics |
Model | OB7 Max 8 |
Robot type | 7-axis collaborative robot |
Maximum payload | 8 kg |
Reach | 1700 mm |
Axes | 7 |
Repeatability | ±0.1 mm |
Speed | 2 m/s |
Controller | OB7 control computer with zero-programming teach tablet |
Interfaces | 100 Mb Ethernet, EtherNet/IP, TCP/IP, Modbus, optional General Equipment Interface with 8 isolated digital inputs, 8 digital outputs and 4 analog inputs |
Certifications | ISO 10218-1 |
Starting price | From USD 34,000 |
Detailed Technical Data
Weight: 58 kg. Mounting flange: 250 mm. Joint range: ±360° on all seven joints. Arm protection: IP61. Control computer: IP30. Power: 100-240 VAC, 50-60 Hz
Design and Build Quality
The OB7 Max 8 is a 7-axis collaborative robot made by Productive Robotics. Published build data: Weight: 58 kg. Mounting flange: 250 mm. Joint range: ±360° on all seven joints. Arm protection: IP61. Control computer: IP30. Power: 100-240 VAC, 50-60 Hz.
Programming and Software
Controller and Software
Published controller for the OB7 Max 8: OB7 control computer with zero-programming teach tablet. OB7 robots are taught by moving the arm by hand through the task, without writing code. Programming interfaces, software licences and simulation tools vary by package, so confirm what is included before ordering.
Industrial Communication
Published interfaces are 100 Mb Ethernet, EtherNet/IP, TCP/IP, Modbus and optional General Equipment Interface with 8 isolated digital inputs, 8 digital outputs and 4 analog inputs.
Productive Robotics OB7 Max 8 Applications and Use Cases
Typical applications for the OB7 Max 8 are machine tending, assembly, inspection, education, research, packaging and dispensing.
Machine tending
The OB7 Max 8 loads and unloads machine tools, presses and moulding machines within its 1700 mm reach.
Assembly
Repeatability of ±0.1 mm supports fitting, inserting and fastening parts in assembly cells.
Inspection
The OB7 Max 8 presents parts to cameras and gauges, or carries the sensor to the part.
Productive Robotics OB7 Max 8 Price and Value
The Productive Robotics OB7 Max 8 is listed from USD 34,000 on All Things Cobots. The controller, end effectors, safety equipment and integration affect the final price and are quoted separately. Prices are indicative, are not final and may change.
Pros and Cons
Pros
8 kg maximum payload with a 1700 mm reach
Speed: 2 m/s
Collaborative design for work near people, subject to a risk assessment
Seventh axis adds flexibility in tight cells
Wide choice of communication interfaces
Taught by hand without writing code
Cons
Repeatability of ±0.1 mm is wider than on smaller precision robots
The 8 kg maximum payload includes the end effector
End effectors, safety equipment and integration are quoted separately
Who Should Buy the Productive Robotics OB7 Max 8?
The Productive Robotics OB7 Max 8 fits manufacturers that want a robot working near people without full fencing, subject to a risk assessment.
See the full Productive Robotics OB7 Max 8 product listing on All Things Cobots.
Productive Robotics OB7 Max 8 FAQ
How much does the Productive Robotics OB7 Max 8 cost?
The Productive Robotics OB7 Max 8 is listed from USD 34,000 on All Things Cobots. The price is indicative and may change, and it does not include end effectors, safety equipment or integration.
What is the payload and reach of the Productive Robotics OB7 Max 8?
The OB7 Max 8 has a maximum payload of 8 kg and a reach of 1700 mm.
How accurate is the Productive Robotics OB7 Max 8?
Its published repeatability is ±0.1 mm.
How many axes does the Productive Robotics OB7 Max 8 have?
The OB7 Max 8 has 7 axes.
How is the Productive Robotics OB7 Max 8 programmed?
OB7 robots are taught by moving the arm by hand through the task, without writing code.
Which controller does the Productive Robotics OB7 Max 8 use?
Published controller: OB7 control computer with zero-programming teach tablet.
How much does the Productive Robotics OB7 Max 8 weigh?
Published weight: 58 kg. Mounting flange: 250 mm. Joint range: ±360° on all seven joints. Arm protection: IP61. Control computer: IP30. Power: 100-240 VAC, 50-60 Hz.
Is the Productive Robotics OB7 Max 8 a collaborative robot?
Yes. The OB7 Max 8 is a collaborative robot. Every collaborative application still needs its own risk assessment.
What is the Productive Robotics OB7 Max 8 used for?
Typical applications are machine tending, assembly, inspection, education, research, packaging and dispensing.
Specifications and prices are based on manufacturer and distributor information. Prices are indicative, are not final and may change.
