Epiroc MB1650

The Epiroc MB1650 hydraulic hammer is designed for carriers weighing 19 to 32 tons, with an operating weight of 1650 kg and a blow rate of 320 to 640 blows per minute, providing high-impact energy for heavy-duty applications.

Price on Request

Request now

Specifications

Carrier Device Range: 19.0 – 32.0 tons
Operating Weight: 1650 kg
Recommended Oil Flow: 130.0 – 170.0 l/min
Operating Pressure: 160 – 180 bar
Blow Rate: 320 – 640 blows/min
Diameter of Insertion Tool: 140 mm
Max. Hydraulic Input Power: 51 kW
Guaranteed Sound Power Level: 121 dB(A)

Features & Benefits

Superior Breaking Force: High-impact energy and optimized blow rates for efficient processing of tough materials.
Heavy-Duty Carrier Compatibility: Perfectly matched for 19-32 ton excavators, ensuring stability and maximum power transfer.
Enhanced Productivity: Advanced hydraulic design delivers consistent performance, reducing overall job completion time.
Robust & Low-Maintenance: Built with durable components to withstand harsh conditions and minimize service intervals.
Cost-Efficient Operation: Intelligent oil flow system reduces fuel consumption and lowers total operating costs.

Description

Tackle heavy-duty demolition and quarrying projects with precision and power using the Epiroc MB1650 hydraulic breaker. This robust breaker is engineered to deliver exceptional performance on carriers from 19 to 32 tons, making it an ideal choice for challenging applications such as primary rock breaking, reinforced concrete demolition, and large-scale trenching. Featuring a powerful 51 kW hydraulic system and a solid 1650 kg operating weight, the MB1650 generates high-impact energy with efficient blow rates, ensuring faster material processing and reduced project timelines. Built with Epiroc’s renowned durability and advanced technology, this breaker offers superior reliability, lower operational costs, and extended service life, providing contractors with a dependable tool for demanding job sites. Choose the Epiroc MB1650 for unmatched performance and productivity in heavy-class demolition and construction.