KALLER Product Lineup

The "KALLER Hose-less Base Plate" is a system that offers excellent cost performance and is easy to maintain. By directly connecting the control panel to the base plate or connecting it with KALLER's standard link system, it is possible to easily perform gas filling and monitoring from the outside of the mold. Additionally, compared to conventional plate piping, it allows for the gas spring to be positioned closer. 【Features】 ■ No need for troublesome piping work on-site due to being hose-less ■ Easier assembly to the mold as there is no need to check for hose interference ■ No need for replacement work due to hose damage, contributing to simplified maintenance tasks *For more details, please download the PDF or feel free to contact us.

In the automotive manufacturing industry, there is a demand for both weight reduction and improved production efficiency. In particular, mold changes and maintenance on the press line can become bottlenecks in productivity. Traditional plate piping systems have made maintenance burdensome due to the complexity of piping work and the need to replace hoses when they break. The KALLER hose-less base plate addresses these issues and contributes to improved production efficiency. 【Usage Scenarios】 - Mold change operations by robots - Mold maintenance on the press line - Operation in automated production lines 【Benefits of Implementation】 - Simplification of piping work - Reduction in assembly time for molds - Reduction in maintenance time

The "Hydrop H5" is a gas-hydraulic suspension system designed for large military vehicles. Compared to mechanical springs, it achieves greater force and longer stroke relative to size and weight. Gas can store energy more efficiently than steel. Due to its longer stroke length, the Hydrop can provide superior maneuverability. **Advantages of Hydrop:** - Smaller and lighter than conventional suspension systems - A single solution that accommodates the entire vehicle Adjustable gas pressure allows the same Hydrop to be implemented on all wheels - A unit that integrates suspension and damping functions - Gas can store energy more efficiently than steel - The Hydrop provides superior maneuverability due to its longer stroke length *For more details, please download the PDF or feel free to contact us.*

We would like to introduce our "Nitrogen Gas Springs for Agricultural Machinery, Construction Machinery, and Drilling Rigs." By reducing the weight of the equipment, we can cut costs. Our springs achieve high-precision movements that are essential for agricultural machinery with smoother and more controlled operation. Additionally, our gas springs for drilling rigs provide high output in compact spaces, making them ideal for use in limited areas. 【Features of Gas Springs for Agricultural and Construction Machinery】 - Lightweight: Reduces costs by lightening the equipment - Smoother and more controlled operation: Achieves high-precision movements essential for agricultural machinery - Easy installation and maintenance: Reduces downtime and costs - Environmental consideration: Reduces leakage risk by not using hydraulic oil *For more details, please download the PDF or feel free to contact us.

We would like to introduce our "Nitrogen Gas Springs for Robot Applications." By reducing the weight of the equipment, we can cut costs. Our springs enable smoother and more controlled movements, achieving the precision essential for automation processes. The cylinders have a compact shape and provide high load capacity. By using gas springs, the required installation space is minimized, allowing for more robots to be installed in the same area. 【Features】 - Lightweight: Reduces costs through equipment weight reduction - Smoother and more controlled operation: Achieves precision essential for automation processes - Easy installation and maintenance: Reduces downtime and costs - Environmental consideration: Reduces leakage risk by not using hydraulic oil *For more details, please download the PDF or feel free to contact us.

In the field of military vehicles, high mobility in harsh terrains and vehicle stability are required. Particularly for armored vehicles, it is important to maintain maneuverability on uneven and rough roads while ensuring the safety and comfort of the crew. Conventional suspension systems often have limitations in weight and stroke length, making it difficult to meet these demands. Our "Hydrop H5" provides a solution that leverages the characteristics of gas-hydraulic systems to address these challenges. 【Usage Scenarios】 - Off-road and rough terrain driving - Maneuvering in steep terrains - Ensuring vehicle stability 【Benefits of Implementation】 - Provision of excellent maneuverability - Reduction of vibration and shock levels - Improvement of crew comfort

In the press die industry, there is a demand for rapid changes to production lines and responses to diverse needs. In particular, the incorporation and maintenance of gas springs in molds can lead to complex piping work, which results in decreased production efficiency and increased lead times. Checking for hose interference and replacing damaged hoses can cause production line downtime, hindering the establishment of a flexible production system. Our hose-less base plate addresses these challenges, enabling flexibility in production lines and improving the efficiency of maintenance work. 【Usage Scenarios】 - Rapid incorporation of gas springs into molds - Easy response during layout changes of production lines - Reduction of downtime through efficient maintenance work 【Benefits of Implementation】 - Reduction of labor hours due to the elimination of piping work - Shortening of assembly time by reducing hose interference checks - Reduction of maintenance labor hours by eliminating the need for replacement work during hose damage