Wear-resistant pick technology
Primary sizers use wear-resistant pick technology developed from shearers, continuous miners and more than 3,500 feeder breakers. Several pick designs available to match your application — hard, abrasive or sticky. Control product sizing with adjustable, removable breaker bars and pick selection.
- Wear parts designed for long life
- Versatility for multiple applications
- Crushes oversize but lets undersize material pass thru reducing fines generation
High capacity
High-capacity sizers reduce the number of crushing or dump stations required. Sizers can work with very large lump sizes to increase crushing ratios.
Reduce costs
To lower install costs, sizers can be installed where other crushers would not fit. Ideal for mobile or underground applications with a small machine envelope.
Ability to crush wet, sticky materials
Cleaners in the frame effectively scrape off material accumulation. Sizers work well with wet and sticky materials to include clay, marl and tunnel spoil.
Efficient and cost-effective
Cost-effective design includes energy-efficient helical gear reducers, robust power transmission components, automatic lubrication system, extended life one- and two-piece picks. Smart machine technology to monitor operation and predict maintenance requirements.
Minimizes water and dust ingression
Many sites use water spray in the sizer to suppress dust and wash the mineral being crushed. Our sizers incorporate an outboard bearing design with a custom seal arrangement to minimize water and dust ingress.
Variety of pick designs
Choose from pick designs for hard, abrasive and sticky applications developed from experience with building thousands of feeder breakers, continuous miners and shearers.
Replaceable picks
Sizer shafts have replaceable picks that allow you to renew them compared to disposable competitive offerings.
Control product size
Secondary MVT-II Sizers have different wear segments to make different product sizes. One machine can make different product sizes by changing wear segments.
Instrumentation to increase reliability
Bearing temperature and vibration is monitored. Locked rotor detection alarms notify the operator to help minimize damage from tramp metal.