EVERYCAR

Choosing an excavator for hydraulic breaker work requires more than finding a machine with auxiliary hydraulic piping. The excavator must be large enough to carry the breaker safely, while its hydraulic system must supply the flow and pressure required by the attachment. Stability, boom and arm condition, cooling capacity, return-line configuration, and previous breaker use also matter. For buyers of used Japanese machinery, the best approach is to select the breaker and excavator as one working system. A breaker that is too heavy can place unnecessary stress on the carrier. A breaker that is poorly matched to the hydraulic system ...

Zero tail swing and conventional excavators solve different jobsite problems. A zero tail swing machine is usually the stronger choice when rear clearance is limited around buildings, walls, roads, fences, or other obstacles. A conventional excavator can make more sense when the site is open and compact rear geometry provides little practical benefit. However, tail design should never be the only buying factor. Stability, lifting requirements, working range, machine width, front swing, attachments, transport, and the condition of the individual used excavator also matter. For overseas buyers choosing used Japanese machinery, the better question is therefore not “Which design is ...

A zero tail swing excavator is designed for jobsites where there is little room behind the machine. During rotation, the rear of a true zero tail swing upper structure stays within the width of the tracks. This can make the excavator easier to position beside buildings, walls, fences, roads, vehicles, and other obstacles. For contractors working in cities, residential areas, utility corridors, landscaping projects, and narrow construction sites, this design can be a major advantage. However, zero tail swing does not mean that the entire excavator stays inside one fixed footprint. The boom, arm, bucket, blade, and other parts still ...

Using technology and human trust to deliver greater value to customers around the world. EVERY TRADING Co., Ltd. has officially started its 22nd fiscal year. Our previous year marked an important milestone in our history. We celebrated our 20th anniversary since our founding in 2006 and changed our company name to EVERY TRADING Co., Ltd. What began as a Japanese used vehicle export business has continued to expand over the years. Today, we supply not only passenger vehicles, but also trucks, buses, construction machinery, agricultural machinery and other products from Japan to customers around the world. For us, our 20th ...

A customer in DR Congo purchased a June 2007 TOYOTA PROBOX VAN GL through EVERYCAR.jp. This actual export case is documented with a Customer Photo and Japanese vehicle records.

A 20-ton excavator is designed for buyers who need serious digging capacity, reach, stability, and earthmoving productivity. This class is widely suited to heavy construction, large foundations, road projects, land development, deep trenching, and other jobs where smaller excavators may require too many cycles or operate close to their limits. Japanese options worth comparing include the Komatsu PC200 series, Hitachi ZX200-7, Kobelco SK200-10, and Sumitomo SH200-7. All belong around the 20-ton class, but their engines, hydraulics, bucket options, digging performance, dimensions, and equipment differ. The best choice is therefore not simply the machine with the highest horsepower. Buyers should match ...

For construction contractors, a 12–14 ton excavator can provide a valuable middle ground between compact excavators and full-size 20-ton machines. This class offers greater digging depth, bucket capacity, stability, reach, and hydraulic performance than smaller machines, while remaining suitable for many medium construction sites. Strong Japanese options include the Sumitomo SH130-7, Komatsu PC138US-11, Kobelco SK135SR-7, and Hitachi ZX135US-7. They do not all follow the same design philosophy. Some emphasize conventional productivity, while others use reduced or short rear swing to work in restricted construction areas. The right choice depends on the contractor's projects, working space, required production, attachments, transport conditions, ...