BXR Spline Hub Spring Actuated Brake

BXR Spring Applied Brake with Spline Hub Interface Features

Miki Pulley’s BXR industrial electromagnetic spring brakes feature a low-inertia rotor, providing extremely low backlash for quiet, smooth operation. Whether you’re building a new motion system or upgrading existing equipment, the BXR Spline Hub offers a more innovative, cleaner, and more dependable way to control torque, arrest motion, and ensure safe operation under load. Key features include:

• Removable rotor hub insert
• Stainless steel splined hub
• Bore and keyway
• Low backlash connection

BXR Spring Applied Brake with Spline Hub Advantages

Miki Pulley’s BXR spring-applied brake with spline hub is designed and engineered to elevate your motion system’s performance, reliability, and safety. Advantages include:

• Low Backlash - Low-backlash design ensures that every bit of torque or braking force is transmitted without lag or slippage, making it ideal for high-accuracy, repeatable servo or robotic motion.
• Ultra Reliable Design - The BXR Spline Hub features a stainless-steel splined rotor hub insert that connects your input shaft directly to the brake rotor via a spline profile, eliminating the loose fit and “play” common to keyed or clamped hubs.
• Slim Profile - The BXR brake series is engineered to be about two-thirds as thick as older models, giving you a slimmer footprint while maintaining strength and torque performance.
• Versatile Break Performance – BXR Spline Hub brakes work as spring-actuated holding brakes: when power is removed, internal springs engage the brake, halting motion immediately — a critical safety feature for servos, actuators, or any motion control requiring a fail-safe design.
• Flexible Integration - Compared to square-hub alternatives, the spline hub offers a smoother connection, reduced wear, and better alignment, helping reduce vibration, noise, and maintenance over time.

Industrial Electromagnetic Spring Brake BXR Model Applications

BXR spline hub spring-actuated brakes are often used in motion control, robotics, heavy machinery, material handling, and automation applications in the following industries:

• Automation & Robotics
• Motion Control & Power Transmission
• Industrial Equipment & Machinery
• Electronics & Semiconductor Manufacturing
• Energy & Renewable Resources
• Printing & Packaging

Additional Brake Product Options

Miki Pulley offers a wide range of brake options to meet your unique application needs. Additional brake options include:

• Electromagnetic Actuated Brakes (Power-On-Engaged)
• EM Micro Brakes
• Electromagnetic Clutch & Brake Combination Units
• Custom Spring Applied Brakes

Why Choose Miki Pulley for Your BXR Spring Applied Brake with Spline Hub Needs?

Miki Pulley is a global leader in the production of spring-applied brakes with spline hub interface. We also design, engineer, and manufacture top-quality Electromagnetic (EM) Brakes, Electromagnetic (EM) Clutches, and Speed Change and Control Devices. A strong commitment to product quality, workplace quality, and customer support drives everything we do. Reasons why customers choose Miki Pulley for their BXR spring applied brake needs:

• Our continuous product development and improvement meet demanding speed and precision requirements.
• Regular product testing and refinement ensure the quality and reliability of our products.
• Proactive quality control measures enable us to maintain consistently high product standards.
• In-house design and engineering give customers the support they need from start to finish.
• We can offer customized solutions tailored to the project's size and scope.
• ISO 9001:2015 Certification

Contact Miki Pulley for BXR Spline Hub Spring Applied Brakes Today

Miki Pulley’s high-precision BXR spring-applied industrial motion control brakes with low backlash connection for high-demand applications that require ultra-precise control over motor speed and torque. Custom configurations are also available. Contact us at 800-533-1731 to discuss your application or request a quote today.