Skip to main content

MB 750 'aims to meet market demand'

Atlas Copco says the latest addition to its medium breaker range, the MB 750 hydraulic breaker, is aimed at meeting the major market demand of reducing the lifecycle cost of machinery and tools. "Two-thirds of the lifecycle cost of a breaker is made up by factors such as operator cost, energy and fuel consumption, as well as service and maintenance costs," says Atlas Copco.
March 1, 2012 Read time: 2 mins
161 Atlas Copco says the latest addition to its medium breaker range, the 283 MB 750 hydraulic breaker, is aimed at meeting the major market demand of reducing the lifecycle cost of machinery and tools.

"Two-thirds of the lifecycle cost of a breaker is made up by factors such as operator cost, energy and fuel consumption, as well as service and maintenance costs," says Atlas Copco.

"The MB 750 matches this challenge with up to 54 % more percussive performance compared to its predecessors."

However, the company says that more percussive power does not mean that the breaker adds extra weight to the carrier. The MB 750 allows the use of a smaller breaker and carrier for the same kind of job, thus reducing investment cost and fuel consumption.

The new MB 750 has a sound power level of 118 dB (A), measured according Directive 2000/14/EC. Atlas Copco's VibroSilenced system isolates the percussion mechanism acoustically from the external guide system.

A new feature on the MB 750 is the double retainer bar system, which maximises the service of the tool and retainer system. The MB 750 is optionally available with the patented DustProtector II, a two-stage sealing system with coarse and fine wipers that reduce the penetration of abrasive dust into the lower hammer part.

The working length of the tool on the MB 750 is 550mm (510mm for the MB 750 Dust) while tool diameter is 100mm for both.

For more information on companies in this article

Related Content

  • Atlas Copco goes compact with new breaker
    June 19, 2017
    Replacing the MB 1700 hydraulic breaker, Atlas Copco says its new MB 1650 is lighter and more compact yet gives the same high performance as its predecessor. The new design offers higher reliability, lower repair costs and easier accessibility for maintenance. Weighing in at 1,650kg, the MB 1650 is suitable for carriers in the weight class 19-32tonnes. The company says that a redesigned service window offers greater accessibility and makes the attachment more maintenance friendly. Because there is no high-p
  • Atlas Copco’s new MB 1650 hydraulic breaker is lighter
    December 15, 2017
    Atlas Copco’s new MB 1650 hydraulic breaker is lighter and more compact than its predecessor, the MB 1700, yet it gives the same high performance. According to the manufacturer, the MB 1650 weighs in at 1,650k and is suitable for carriers in the weight class 19-32tonnes. A redesigned service window offers greater accessibility and thus makes the attachment more maintenance friendly. With no high-pressure accumulator, the MB 1650´s maintenance and repair costs are lower, said Atlas.
  • Atlas Copco’s heavy hitter
    July 4, 2012
    Atlas Copco is aiming its high performing HB3600 breaker at carriers in the 35-63tonne class. The firm claims that this hammer delivers 46% more performance for its weight than the average breaker in its size class while overall it offers 30% greater efficiency. This is a new breaker size designed to match the increasing diversity of carrier sizes and provide a better size and performance fit for carriers in the 26-63tonne class than existing models.
  • Atlas Copco introduces three powerful hydraulic breakers
    April 10, 2015
    Atlas Copco has boosted its breaker range with the addition of three new models. These breakers form part of the essential case-mounted (EC) range and are designed to fit 22- 49tonne carriers. The heavy range breakers are the EC 140 T, EC 150 T and EC 155 T. As with other models in this range, the new units are said to offer fast return on investment due to factors such as simplifed maintenance and operation. The firm claims that these EC breakers generate powerful forces inside a compact body while bein