Cardan Shaft Balancing Machine

Discover our cardan shaft balancing machines, designed to detect and correct imbalances in shafts of all sizes, enhance performance, reduce vibration, and extend the lifespan of critical components.

H-IHB 300

The H-IHB 300 is designed for the balancing of medium-sized rotors, making it highly versatile for a wide range of industrial applications. With a maximum rotor weight of 300 kg and a maximum rotor diameter of 600 mm, this machine delivers reliable performance in both static and dynamic balancing tasks.

Powered by a 4 kW motor, the H-IHB 300 offers sufficient power for efficient operations. The machine features a bed length of 5900 mm, ensuring it can accommodate rotors of various sizes. The system uses a shaft-driven unit for precise control, making it ideal for applications that require accuracy and stability.

This model supports rotors with a minimum weight of 20 kg and features a minimum shaft diameter of 9 mm, making it adaptable for different rotor configurations. Additionally, the maximum shaft diameter that can be handled by this machine is 140 mm, allowing for a wide range of rotor types.

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Technical Specifications

Max.Rotor Weight

Min.Rotor Weight

Max.Rotor Diameter

Min.Shaft Diameter

Max.Shaft Diameter

Engine power

Drive Unit

Bed Length

300 kg

20 kg

600 mm

9 mm

140 mm

4 kW

5900 mm

Shaft (Std.)

Extensive Industry Experience: With over 30 years of expertise and a proven track record of satisfied clients, we are trusted experts in cardan shaft testing solutions.
24/7 Customer Support: Our dedicated support team is available around the clock, ensuring you receive prompt assistance whenever you need it.
Certified Quality Assurance: At MBS Balance, we are fully certified, demonstrating our unwavering commitment to quality, safety, and environmental standards.
Precision Engineering & Durability: Our machines are built to the highest standards, delivering exceptional performance, reliability, and longevity.
Cost-Effective Solutions: We offer competitively priced equipment, providing you with high-quality solutions at fair and reasonable prices.

Why Choose Our Cardan Shaft Balancing Machines?

What Industries Benefit From Cardan Shaft Balancing Machines?

Automotive Industry: Balances crankshafts, camshafts, and drive shafts to enhance performance, minimise vibration, and increase durability in vehicles.
Aerospace Industry: Ensures precise balancing of engine shafts, turbines, and other rotating components, improving efficiency, safety, and reliability.
Energy Industry: Optimises the performance of turbines, generators, and pumps, reducing energy waste and extending operational lifespan.
Manufacturing Industry: Supports efficient operation of compressors, motors, and industrial fans, ensuring consistent performance and minimal downtime.
Marine Industry: Balances propeller shafts and drive systems for smoother operation, reduced maintenance, and improved efficiency.
Paper & Printing Industry: Provides accurate balancing of rollers and cylinders, ensuring high-quality output and preventing machinery damage.

Shaft balancing machines are essential across various industries to ensure optimal performance, efficiency, and longevity of rotating machinery.

Cardan Shaft Balancing Machines Frequently Asked Questions

Why is Cardan shaft balancing important?

Balancing Cardan shafts is essential to minimise vibration, reduce wear, and enhance performance. Properly balanced shafts ensure smoother operation, increased efficiency, and a longer lifespan for machinery.

How often should Cardan shafts be balanced?

Regular maintenance and balancing should be performed whenever vibrations are detected, during routine servicing, or after repairs. Preventative balancing helps avoid costly downtime and damage.

How does a Cardan shaft balancing machine work?

The machine detects imbalance by rotating the shaft at a controlled speed. Sensors capture vibration data, which is then analysed to determine the precise location and amount of imbalance. Corrections are made by adding or removing weight until the shaft is balanced.