山善 Product Lineup

When the electricity goes out, it leads to significant damage such as factory operations halting, stores being unable to operate, and data communications stopping. There may also be cases where the power outage affects neighboring areas. To prevent this from happening, we recommend updating the "cubicle" to ensure a stable electricity supply. Our company offers a suitable range of types, from compact space-saving cubicles for convenience store-sized establishments to multi-faceted cubicles that accommodate large capacities, all at economical prices. 【Three Key Points】 ■ Sturdy and reliable, with a robust welded outer box ■ Channel base with high anti-corrosion performance due to hot-dip galvanization ■ Pursuit of high basic performance in standard specifications *For more details, please refer to the PDF materials or feel free to contact us.

This is a multi-disc dewatering machine capable of handling low-concentration sludge and large processing volumes. The machine adopts a separated structure of the dewatering unit and the flocculation mixing tank unit. It consists of a sludge service tank, a measuring tank, a flocculation mixing tank, a concentrator body, and a dewatering body. It is strong against sludge with a high fiber content, and the risk of clogging in the dewatering machine is extremely low. By not including a washing mechanism, it is possible to reduce the amount of washing water used. 【Features】 ■ Strong against low-concentration sludge (no need for concentration equipment) ■ Strong against sludge with a high fiber content ■ Extremely low risk of clogging in the dewatering machine ■ By concentrating, the moisture content can be reduced by up to 7 points compared to our conventional models ■ The absence of a washing mechanism allows for a reduction in washing water volume *For more details, please refer to the PDF document or feel free to contact us.

This is a compact type of multi-disc dewatering machine that uses resin discs. It exhibits dewatering performance equivalent to conventional machines. With one-touch operation, it can run automatically, and by using the special accessory polymer coagulant dissolving device, continuous operation is possible. Due to its structure that is resistant to clogging, it is suitable for treating oily sludge, which is difficult to handle with cloth-type or centrifugal methods, and achieves a high solid recovery rate. 【Features】 ■ Energy-saving mechanism and compact design ■ Capable of treating oily sludge ■ Improved maintenance ■ Continuous automatic operation possible ■ Low water usage for cleaning ■ Reduction of secondary pollution + maintenance-free *For more details, please refer to the PDF document or feel free to contact us.

This is a multi-disc dewatering machine that separates and dewaters organic sludge, enabling high-efficiency solid recovery. It features an energy-saving structure based on the dewatering principle of "gravity filtration + compression," and its compact design allows for easy installation. In particular, the ND model has an installation area that is about 70% smaller compared to the DS model, making it even more compact and suitable for mounting on unit devices or mobile dewatering vehicles. The main body has a semi-closed structure, and since the "filter body" rotates at ultra-low speed, there is no scattering of sludge, and noise, vibration, and odor dispersion are minimized, making daily maintenance simple. 【Features】 - Energy-saving mechanism and compact design - Capable of processing oil-containing sludge - Continuous automatic operation possible - Low water usage for cleaning - Reduction of secondary pollution + maintenance-free *For more details, please refer to the PDF document or feel free to contact us.

This is a compact type of multi-plate screw press dewatering machine designed without a service tank. Due to its structure, which includes a concentration section and a dewatering section, it can handle not only concentrated sludge but also low-concentration sludge (approximately 0.5%) that is difficult to process with conventional dewatering machines. It allows for automatic operation with simple controls, and by using the special accessory polymer coagulant dissolution device, continuous operation becomes possible. 【Features】 ■ Compact design + energy-saving ■ Capable of processing oil-containing sludge ■ Capable of processing low-concentration sludge ■ Continuous automatic operation possible ■ Minimal cleaning water usage ■ Reduction of secondary pollution + maintenance-free *For more details, please refer to the PDF document or feel free to contact us.

This is the Tsuru Mi T-Borg dewatering machine with a highly efficient proprietary concentration and dewatering process. Due to its structure that prevents clogging, it is suitable for treating oily sludge, such as in food factories with pressurized floating floc (mixed with surplus sludge). The dewatering machine operates at low speeds, resulting in low noise and low vibration, and requires almost no daily maintenance. Thanks to its structure that includes both a concentration section and a dewatering section, it can handle not only concentrated sludge but also low-concentration sludge (approximately 0.5%) that is difficult to process with conventional dewatering machines. 【Features】 ■ Compact design + energy-saving ■ Capable of treating oily sludge ■ Capable of treating low-concentration sludge ■ Continuous automatic operation possible ■ Minimal cleaning water usage ■ Reduction of secondary pollution + maintenance-free *For more details, please refer to the PDF document or feel free to contact us.

The "Power Visualization System" is a system that visualizes the electricity consumption in factories through graphs and numerical data, aiming for energy conservation and efficiency improvement. It enables the identification of wasteful electricity usage and the implementation of energy-saving measures. Additionally, it provides benefits such as efficiently managing lighting, air conditioning, and the operational status of production equipment. Moreover, it allows for the understanding of CO2 emissions from each piece of equipment, enabling the initiation of carbon footprint initiatives. 【Key Points】 ■ Measure the amount of electricity generated in the factory ■ Collect the measured data ■ Visualize the factory's electricity usage *For more details, please refer to the PDF document or feel free to contact us.

This document includes five energy-saving strategy ideas for factories and three case studies. We present examples of energy-saving measures from a bath additive manufacturing factory, a precut building materials factory, and a system kitchen manufacturing factory. Our energy reduction solutions are also included, so please feel free to take a look. [Contents] ■ Five energy-saving ideas for factories ■ Three energy-saving case studies for factories ■ YAMAZEN's energy reduction solutions ■ Energy-saving diagnosis for factories *For more details, please refer to the PDF document or feel free to contact us.

This document includes a breakdown of electricity costs, market prices, and methods for reducing electricity expenses in factories. We will provide a detailed introduction to the four steps for reducing electricity costs in factories. Our energy reduction solutions are also included, so please feel free to take a look. [Contents] ■ Breakdown of electricity costs: What types of electricity expenses are incurred in factories ■ Market prices of electricity: Average electricity rates for factories ■ Four steps to reduce electricity costs in factories ■ Yamazen's energy reduction solutions ■ Start with visualizing electricity! Factory electricity visualization system *For more details, please refer to the PDF document or feel free to contact us.

"Ecomo" is an energy-saving unit that reduces electricity consumption by 5 to 15% at the transformer unit level. It enables energy savings targeting the entire facility by proposing savings at the "transformer unit" level. Additionally, it achieves energy savings due to the properties of natural minerals, and there are no electronic devices or parts such as capacitors or IC chips that can cause deterioration or failure. [Features] ■ Installation is simply connecting to the secondary side of the transformer ■ There is almost no risk of failure since electricity does not flow through the main unit * For more details, please refer to the PDF materials or feel free to contact us.