Description

SAMWAY S51 Crimping Machine – An Industrial Giant for the Most Demanding Applications

In the heavy fluid power sector, marine construction, mining, and the extractive industry, standard workshop solutions often prove insufficient. The SAMWAY S51 hydraulic crimping machine is a powerful, technologically advanced stationary device designed with the most difficult production tasks in mind. This model serves as a flagship solution for plants carrying out the serial production of large-size hoses and thick-walled steel pipes, where a massive, relentless pressing force, absolute frame stability, and the highest precision of crimp geometry execution are critical parameters.

Engineering Construction for Extreme Loads

The construction of the SAMWAY S51 model is based on a monolithic, cast body of extreme rigidity. Such architecture completely eliminates the formation of any fatigue micro-deformations of the frame, even when generating maximum radial loads. The heart of the machine is an optimized, high-performance electro-hydraulic system with an advanced oil cooling system, which allows for uninterrupted work in a multi-shift mode without the risk of component overheating. The wide opening of the working head enables the trouble-free insertion of fittings with complex geometric shapes and large flange collars, which significantly expands the spectrum of production and technical capabilities of a modern industrial plant.

Versatility and Multi-Spiral Hose Handling

The SAMWAY S51 was created for the uncompromising handling of the most demanding types of flexible hoses. The machine easily copes with thick-walled six-spiral hoses (6SP/R15) of large nominal diameters. Precise radial control guarantees uniform sleeve compression along its entire circumference. This prevents local stress peaks that could lead to damage to the internal steel reinforcement or cutting of the rubber core of the hose. Such precision is essential for the finished element to withstand extreme burst pressures in rigorous industrial systems.

Before making the final crimp on such massive elements, a technological requirement is the flawless removal of the internal and external rubber layers. For this purpose, the production station should be equipped with professional hose skiving machines, which ensure ideal exposure of the steel braid and guarantee the highest fitting retention strength.

Digital Precision and Workstation Integration

Despite its mighty power, the SAMWAY S51 is characterized by millimeter accuracy. The device has been equipped with a modern, intuitive control system with precise micrometric setting or an advanced industrial computer. This system allows for smooth regulation of the final diameter with an accuracy down to fractions of a millimeter, automatically compensating for the elastic spring-back of the material. To maximize efficiency, it is recommended to implement the machine into ready, integrated systems. Dedicated hose crimping sets include full packages of hardened magnetic dies, ergonomic racks, and pneumatic tools for the quick change of segment sets.

Due to the structural liability of the produced hoses, every element leaving the assembly line should undergo rigorous quality control. Specialized hose testing tables allow for pressure tests and static leak verification, which eliminates the risk of failure in the target machine. If your business profile also includes tasks requiring field mobility, we recommend checking the mobile battery-driven crimping machine category, and for smaller vehicle services, automotive crimpers will be an ideal choice. For the heaviest stationary applications, industrial hose and pipe crimpers remain the benchmark.

Frequently Asked Questions (FAQ)

Is the SAMWAY S51 suitable for continuous production work?

Yes. The durable structure of mechanical components, reinforced cylinder seals, and the efficient hydraulic cooling system have been designed specifically for uninterrupted operation in industrial and serial modes.

What benefits does the automatic die change system provide?

The application of dedicated tooling allows for the replacement of the entire die package in a dozen or so seconds. This eliminates the need to manually rearrange individual segments, reducing technological downtime to a minimum.

What are the maintenance requirements with such a high pressing force?

The key to maintaining full efficiency and dimensional accuracy is daily cleaning of the head’s interior from metal shavings and regular lubrication of sliding surfaces with dedicated plastic greases with increased resistance to extreme pressures.