Specialty Seed and Grain Conditioning Equipment

• Each cylinder is equipped with four heat resistant brushes to sweep the inner surface of the basket
• Each basket consists of a two-part easily interchangeable mesh and is available in various materials and perforations
• Completely enclosed and dust-proof machine
• Modular design

Brush machines are used to separate awns, glumes, break-up doubles, and polish seeds, grasses, and grains. In general, these machines prepare the material for further processing by removing appendages.

Fully enclosed, rigid steel case
Staggered, steel beater bars
Adjustable discharge shutter
Bypass Inlet for materials that do not need treatment

Cimbria Deawners are commonly utilized to de-awn barley, clip oats, break up doubles and clusters, remove stems and for surface polishing of grains and vegetable seeds to improve appearance and increase the bushel weight. The cluster-breaking action greatly improves the performance of subsequent machines in the process flow.

Adjustable Inclination
Adjustable drive speed
Twin rolls covered in velvet
Includes 10 pairs of rolls
Capacity up to 440 lbs. per hour

Built for specialty seed cleaning applications only possible by separating based on differences in texture.

• Vibratory Feeder
• 可调斜面阵地n
• Adjustable Belt Speed
• Separates Kernels into two fractions
• Modular design for varying capacity needs
• Adaptable to Product by Use of Belts with Different Surface Texture

The belt sorter is beneficial for its overview of the sorting process due to the open view of the surface on the sorting belts. This machine has a simple but effective design and is very user-friendly and adjustable.

• Gentle Shelling
• Strategic Multiple Point Aspiration System
• Modular Design for More Versatility
• Enclosed System Design for Efficient Dust Control and Enhanced Safety
• Multiple Inspection Points\
• Quick Screen Release System
• Eliminates Dynamic Load/Vibration Issues

Bratney’s ear corn sheller was designed to solve the unique challenges of ear corn shelling and increase the precision and quality of your end products more efficiently and cost-effectively.