TOP31 Okada TOP31 Specifications & Technical Data (2019—2025)

Multi Crusher TSRC Series

The innovative design of the ARC blades allows for material to be cut at the apex of the blades, which is faster and more efficient than back in the throat.

Pulverizer OSC Series

Secondary breaking crushers were developed as a result of a growing need to reduce disposal volume and recycle concrete waste created during concrete building demolition. The flat, wide jaw design and an internal speed valve make it possible to grab and crush large sections of concrete quickly. The OSC220A has a replaceable tooth pad.

Speed valve

The unique Okada speed valve utilizes return oil from the hydraulic cylinders to greatly increase the cycle speed of the crusher and is standard on TS-WB crushers.

Wide jaw opening

With the widest jaw opening in its class, the TS-WB lets you tackle the most massive demolition jobs, processing large concrete beams and sections quickly and efficiently.

Concrete Solutions

Okada’s wide product range of TS-WB concrete crushers gives you a concrete solution for your carrier. Unlike some hydraulic breakers, TS-WB crushers do not emit noise or vibration and are environmentally friendly and safe.

Working tools

Our working tools are designed with a chisel paste retaining recess at the retaining pin area for improved wear resistance. Moil point: The moil point tool is best for breaking concrete, bedrock, and pavement. Chisel: The chisel tool is ideal for trenching work, finishing slopes, and specialty applications. Blunt: The blunt tool provides excellent shattering effects in quarries. Core moil point: These special tools have a core insert of extremely durable, wear-resistant steel. Sharpening is unnecessary because the outer edge of the tool wears faster than the hardened core, which produces double the service life of standard working tools.

Bracket configurations

Custom-engineered single and two-position brackets give excellent results on many popular carriers. We are able to match most manufacturer’s quick coupler requirements. Vertical brackets are the most commonly used mounting method. The upper mount bracket can be used together with quick-coupler systems on a variety of carriers. The box bracket is specifically designed to reduce the amount of sound emitted from the equipment.