BARRRIQUAN: BRQ-TX01

Automating deburring with a machining center

The BRQ-TX01 is engineered for automated deburring in a machining center. It uses float processing technology to solve many of the typical problems that can arise from automating your deburring process.

TECHNICAL INFO

What is float deburring? A method to help automate deburring tasks. Learn more about this process.

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EXPLORE OTHER MODELS:
Deburring operation in a machining center with Sugino Barriquan

Common challenges with automated deburring:

Burrs Left Behind

An exampe of burrs left behind by deburring tools

Cutting Too Deep/Over-Shaving

Barriquan automated robotic deburring does not over shave a workpiece

Complex Robotic Teaching

Robotic or automated deburring can be simplified for easy robotic teaching

KEY FEATURES OF BRQ-TX01

Axially compliant float mechanism


The BRQ-TX01 flexes 10mm to maintain consistent deburring pressure
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Easy to Adjust


For deburring automation you can choose from Heavy, Medium, and Light Springs

Comes with heavy, medium, and light spring options.

The BRQ-TX01 was designed for effortless adjustment to suit your needs.

Each model comes equipped with a medium tension spring as standard, with both light and heavy springs included for added versatility.

With its one-touch replacement feature, changing tools and springs is quick and simple.

One-Touch Tool Replacement - Just 3 Seconds

Remove the tip floater by pulling the trigger. Simple to setup and change for ease of use.

Easy Maintenance - No Tools Required

No disassembly tools needed. Easy daily maintenance to maximize the usage time.


Replace springs without disassembling or tools.

The rear cap is attached and removed by hand, and no tools are required to replace the spring. The chamfer width changes based on spring strength and will be a guiding factor in spring selection.

How to replace the spring BRQ-TX01 Sugino
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Corresponds to 12,000min-1  high-speed rotation

Shorten cycle times with high-speed, high-feed processing

In telescopic float processing, the relationship between rotational speed and feed speed is 1:0.3 to 0.6.
The higher the permissible speed, the higher the feed can be processed.

Also, the higher the speed, the smaller the change in the chamfer width due to the feed speed.

Speed feed and chamfer width for robotic automated deburring

A stable finish from the start

Float processing can result in unstable finishing near the processing starting point. Barriquan’s higher spindle speeds deliver a uniform chamfer width even from the start.

Consistent automated deburring results with Barriquan

Carbide rotary bar can be used under the recommended conditions

Carbide tools with a diameter of φ10 to φ16 are recommended for float processing.

The recommended rotational speed of a general carbide tool of this size is often around 10,000 to 15,000 min-1. By adhering to the recommended value, you can increase the tool life.

Carbide Rotary Burr: Recommended Rotation Speed Example

Company A

10,000~15.000 min-1

Company B

6,000~12,000 min-1

Company C

12.000~15.000 min-1

*Cutter diameter 12 for Cast Iron 


Questions about automating
your deburring process?

We've got deep knowledge when it comes to deburring. Bring us your questions and challenges - we can help guide you to the right solutions.

Specifications

Specifications for deburring automation with Barriquan TX01
Learn More About Deburring