PRIMARY SOLUTION
Kompact

Designed exceeding regulations, with accessibility, and ease of use criteria.

Ceramic casting with maximum duration and performance. Engine performance optimization.

Built-in speed variator. Electricity consumption reduction: DINAFLOW SYSTEM

KOMPACT CRUSHER

We developed our KOMPACT CRUSHER as a crushing complex with processing capacity of amounts lower than 70 TPH and quick installation on the workplace. We design several models that can vary its configuration to adjust on the type of material or desired final product.
This equipment allows an in situ crushing of construction debris, asphalt from the demolition of roads, glass, slag, as well as all kinds of stone.
The equipment is installed in an autonomous way since it includes an hydraulic system provided with electric generator which allows a fast installation with no need of any additional source of energy. This system extends fours telescopic legs and, once all of them are based on the ground, the vehicle that transports equipment can leave.

The KOMPACT CRUSHER equipment is composed of a vibrating feeder with folding lifts that make up a hopper with a capacity of about 3m³, ideal for feeding with a backhoe or rotary excavator. The feeder also incorporates a pointed cleaning grill in order to discard the fine fractions of raw material and, in this way, increase the crusher's production and reduce the wear of spare parts. This separated material is channeled towards an extraction conveyor belt. The rest of material enters into the crusher. Once crushed, the material is collected by a vibrating tray that unloads on a conveyor belt.
All the elements of the equipment are easily accessible, which results in an optimization of the maintenance time of the machines.
The elements of the equipment are electricity-powered, so it requires power supply either through a generator or a mains power supply.
In addition to complete wiring and control system the electrical installation also includes connections for 2 additional conveyor belts, each of 3 kW.