Tamping rammer machine
Often called jumping compactor or jumping jack rammer.
Since sticky materials often contain high clay content, this type of substrate does not crumble when compacted, a tamping tamper compactor is a device that can compact or reduce viscous materials or other powdered or granular substances, so This is the main reason why power rammer compactor usually occurs in engineering construction such as pipeline compaction, road construction and landscaping.
The main features of tamping rammer compactor:
It can be used horizontally or vertically. However, there are limitations on the angles at which the ram can be used. These are usually specified in the machine's operating manual, but may vary by equipment manufacturer.
Vertical rammer compactor is when the ram is held in an upright position and pushed into the material for pressure compaction. Vertical rammer compactor can also be achieved by holding the ram horizontally while pushing the toes of the ram head down. Low-density strikes are achieved by holding tamping rammer compactor at an angle that only compacts the material on one side under pressure; this is usually done with a V- or T-shaped ram.
Horizontal rammer compactor is when the ram is held horizontally and pushes the material for compaction with pressure. When using a single wedge ram, the angle at which this tamping rammer compactor typically occurs is about 45 degrees, but varies by machine design and manufacturer.
BISON has a reputation for delivering the most innovative, lowest maintenance and most productive tamping rammer compactors in the industry. High performance and unmatched reliability make BISON's tamping rammer compactors the number one choice for many importers and the standard for contractors everywhere.
tamping rammer compactors are available in different sizes to help achieve deeper compaction and increase production time. Most applications can be done effectively with RM90.
Heavy-duty tamping rammer compactors for the toughest jobsites:
Equipped with a powerful and reliable four-stroke Robin EY20 engine, BISON RM90 tamping rammer compactor is the ultimate compaction tool, perfectly balanced to provide powerful, precise jumping action without sacrificing compaction power. RM90's 13" x 11" laminated wood and steel shoes, heavy-duty throttle control and highly engineered shock mount system allow the machine to absorb and withstand even the strongest vibrations for increased operator comfort. Offers high-speed performance and optimal compaction depth, achieving an incredible compaction force of 3,000 pounds per square foot.
Durable and reliable, its protective top frame cover and engine side guards protect the engine from debris and potential injury on the toughest job sites. Rust-resistant fuel tank and urethane ribbed bellows provide greater durability for longer service and longer tamping rammer compactors life. Its mobility and adaptability make the RM90 the best tamping rammer compactor machine for landscaping, hardscape, soil and asphalt surfaces. An optional wheel kit is available for easy transportation on and off the job site.
Feature:
The four-stroke Robin EY20 gas engine is designed for tamping rammer compactors. Compared with two-stroke engines, there is no need to mix fuel and oil, easy to start, low operating noise, low maintenance costs and lower fuel consumption. This powerful engine is ideal for handling any demanding compaction application, including landscaping, electrical and plumbing contractor work.
Heavy-duty throttle controls last for the life of the machine.
Guide handles provide a highly engineered shock mount system for increased operator comfort.
Innovative engine side cover protects the recoil starter from debris.
Calibrated and perfectly balanced to provide ideal compaction with a controlled jumping motion without compromising impact force.
Additional built-in air filtration system, plus a premium air filter, provides ultra-clean air to the engine, extending the life of tamping rammer compactors and improving durability.
Laminated wood and steel shoes combine to absorb and withstand maximum vibrational shock.
Engine protection frame prevents possible damage on tough job sites.
Polyurethane bellows have a higher compression force, providing a well lubricated system.
