KALLER Product Lineup

In the safety design of playground equipment, smooth movement of movable parts and prevention of unexpected actions are required. Particularly, to provide an environment where children can play safely, the reliability and durability of components are crucial. Inappropriate design may increase the risk of accidents. Our gas spring power line, the "X Series," contributes to enhancing the safety of playground equipment due to its compactness and high initial load. 【Usage Scenarios】 - Assisting the opening and closing of lids and doors of playground equipment - Safe positioning of movable parts - Shock absorption 【Effects of Implementation】 - Improved smooth and safe operability of playground equipment - Reduced maintenance burden due to increased durability of components - Contribution to ensuring the safety of children

• Other machine elements

In the aerospace field, reducing the weight of the aircraft directly contributes to improved fuel efficiency and increased payload, making it essential to lighten each individual component. Particularly in movable parts, mechanisms that can reduce weight while maintaining reliability are indispensable. Inappropriate component selection can lead to an increase in aircraft weight, potentially affecting performance. Our 'X Series' gas springs contribute to weight reduction while ensuring reliable operation due to their compactness and high initial load. 【Application Scenarios】 - Assisting the opening and closing of hatches, doors, and panels inside and outside the aircraft - Elevating mechanisms for seats and storage spaces - Supporting covers and access panels for various equipment 【Benefits of Implementation】 - Improved fuel efficiency and increased payload due to reduced aircraft weight - Enhanced maintainability through a reduction in the number of components - Ensured safety through reliable operation

• Other machine elements

In the defense sector, reliable operation under harsh conditions is essential, and high reliability is required. In particular, ensuring the stable operation and safety of equipment is the top priority. Unexpected failures or performance degradation can have a significant impact on mission execution. Our gas spring power line, the "X Series," is designed to meet these stringent demands and provides high reliability. 【Application Scenarios】 - Assisting the opening and closing of hatches and doors on military vehicles - Stabilization and counterbalancing of special equipment - Fixing and holding equipment in harsh environments 【Benefits of Implementation】 - Improved reliable operation and safety of equipment - Reduced maintenance frequency - Lower operational costs

• Other machine elements

In the field of medical devices, improving the operability of equipment is essential to reduce the burden on patients and enhance the work efficiency of healthcare professionals. This is particularly important for devices that require precise movements and smooth angle adjustments, where stable motion and reliable position holding are crucial. Insufficient operability can increase the risk of medical errors and affect treatment outcomes. Our "X Series" gas springs achieve high initial load in a compact design, supporting the precise operability and stable motion of medical devices. 【Usage Scenarios】 - Arm angle adjustment for surgical support robots - Positioning of monitor arms for inspection equipment - Load adjustment for rehabilitation devices - Lifting assistance for patient transfer lifts 【Benefits of Implementation】 - Reduced burden on healthcare professionals due to improved operability of equipment - Enhanced comfort for patients through smooth operation - Increased precision in medical procedures through accurate positioning - Space-saving design of equipment due to compact construction

• Other machine elements

The operating environment of agricultural machinery comes with harsh conditions such as dust, moisture, and temperature changes. These factors make the durability of components extremely important for maintaining machine performance and longevity. In particular, the smooth operation and reliable retention of opening and closing parts affect work efficiency and safety. Our 'X Series' gas springs demonstrate stable performance even in these severe environments, contributing to the durability of agricultural machinery. 【Usage Scenarios】 - Assisting the opening and closing of tractor hoods and cabin doors - Lifting mechanisms for working equipment - Retaining maintenance hatches 【Effects of Implementation】 - Smooth operation and reliable retention of opening and closing parts - Reduced burden on operators and improved safety - Enhanced overall durability of the machinery and reduced maintenance costs

• Other machine elements

In the safe operation of industrial machinery, ensuring the secure retention of moving parts and preventing unexpected movements are crucial. Particularly in the lifting and lowering of heavy objects and opening and closing mechanisms, ensuring operator safety and improving work efficiency are essential. Improper control increases the risk of accidents and equipment damage. The "X Series" achieves high initial load capacity while being compact, supporting the safe operation of industrial machinery. 【Application Scenarios】 - Assisting in the opening and closing of heavy covers and hatches - Safely holding moving parts in position - Balancing heavy objects 【Benefits of Implementation】 - Reduced burden on operators and improved safety - Enhanced work efficiency - Stable operation of equipment

• Other machine elements

In the electronics industry, as products become smaller and more functional, space efficiency of internal mechanisms has become an important issue. In particular, for the opening and closing mechanisms and support parts of precision instruments, it is necessary to support high loads in limited spaces, and there are cases where conventional components do not provide sufficient performance. Our 'X Series' gas springs, despite their compact design, exhibit high initial load, making them suitable for incorporation into electronics products with space constraints. 【Usage Scenarios】 - Assisting the opening and closing of covers for small precision devices - Supporting equipment in limited spaces - Stand mechanisms for portable devices 【Benefits of Implementation】 - Contributes to the overall reduction in product size - Improves the reliability of the mechanism - Increases design flexibility

• Other machine elements

In the automotive industry, reliable gas springs are required to improve the operability of vehicle opening and closing parts and to enhance design flexibility. It is particularly important to maintain stable performance over a long period and support safe opening and closing. Our "X Series" can produce a large load while being compact, making it suitable for various vehicle designs. 【Usage Scenarios】 - Assisting the opening and closing of car hoods and trunks - Assisting the opening and closing of rear seat hatches - Assisting the opening and closing of interior storage spaces 【Benefits of Implementation】 - Achieving smooth and stable opening and closing operations - Contributing to increased design flexibility of vehicles - Ensuring reliability over an extended period

• Other machine elements

In the field of architecture, reliable support mechanisms are required to ensure the stability and operability of structures. This is especially important for frequently moving parts such as opening and closing doors, lifting hatches, and movable windows, where smooth and reliable operation is crucial. If these movable parts are not properly supported, it can lead to decreased operability and the potential for unexpected accidents. Our gas spring power line, the 'X Series,' achieves high initial load capacity while remaining compact, ensuring reliable support for various movable parts of buildings. [Usage Scenarios] - Assistance and retention for the opening and closing of building openings (windows, doors, hatches, etc.) - Support for movable structures (roofs, walls, etc.) - Assistance for the opening and closing of inspection ports and maintenance access areas [Benefits of Implementation] - Improved smooth operability of movable parts - Enhanced safety for operators - Maintenance of structural stability

• Other machine elements

The "X Series" is a piston rod seal type gas spring that, despite being very compact, can produce a larger load. 1. Available with loads ranging from 1,700N to 200,000N and stroke lengths from 7mm to 125mm. The bottom port for gas filling can also be used for piping connections as a gas link system. By using the upper ISO standard C groove and bottom surface tap, along with our standard mount, various mounting options are possible. 【Features】 ■ Piston rod seal type ■ Capable of producing larger loads ■ Initial load: 1,700N to 200,000N ■ Available with stroke lengths from 7mm to 125mm ■ Can also be used for piping connections as a gas link system *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

In the retail industry, product display requires safe installation of products and a reduction in the burden on workers. Particularly when dealing with heavy products or frequent changes in display, stable lifting functions and flexibility to accommodate installation location constraints are crucial. Inadequate lifting assistance can lead to product damage or accidents during work. Our stock lifters 'SLME170/SLMT170/SLM300' address these challenges and support safe and efficient product displays. 【Usage Scenarios】 - Product display work in stores - Movement of products in the backroom - Safe lifting of heavy items 【Benefits of Implementation】 - Reduced risk of product damage - Reduced physical burden on workers - Increased efficiency in display work

• Other machine elements

The "SLME170/SLMT170/SLM300" is a stock lifter primarily used in progressive dies. Its extremely robust design can handle high eccentric loads. It can also be mounted on the upper die without the need for additional guides, allowing for direct attachment to the stripper plate. Additionally, we offer the "SPC800," which can be used as a multi-point guide rail lifter in progressive dies. 【Features】 ■ Simplification of mold design ■ Reduction of costs and space ■ No need for additional guide bushes or anti-rotation devices ■ Easy load adjustment ■ Can also be used as a piping system to accommodate uniform lift loads (SLME170/SLMT170) *For more details, please refer to the PDF materials or feel free to contact us.

• Other machine elements

In the energy industry, the demand for spare parts is focused on ensuring stable operation and longevity of equipment. In particular, reliable components that can withstand harsh environments and unexpected load fluctuations are essential for reducing downtime and controlling maintenance costs. The stock lifter 'SLME170/SLMT170/SLM300', with its robust design and double-tube structure, protects equipment from eccentric loads and liquid intrusion, contributing to improved equipment reliability. 【Usage Scenarios】 - Regular maintenance of energy-related equipment - Stocking as replacement parts - Use in harsh environments 【Benefits of Implementation】 - Improved equipment reliability - Reduced maintenance costs - Minimization of downtime

• Other machine elements

In the field of measuring instruments, reliable retention of components is essential for precise measurements and stable operation. Particularly in environments where vibrations and shocks are likely to occur, misalignment or loosening of components can affect measurement accuracy. Our "CX Series" gas springs, despite their compact design, provide high initial load to support the reliable retention of components in measuring instruments. [Usage Scenarios] - Fixing and retaining mechanisms for components in measuring instruments - Situations where reliable retention force is required in limited spaces [Benefits of Implementation] - Maintenance and improvement of measurement accuracy - Stable operation of equipment - Reduction in maintenance frequency

• Other molds

In the field of communication equipment, high-density implementation in limited spaces is often required, and it is important to achieve both compactness and high performance in mechanisms such as pressure sources and knockouts. Particularly, as devices become smaller and thinner, there are many cases where conventional components are difficult to install. Our 'CX Series' gas springs, despite their compact design, provide high initial load and support the performance and safety required in communication equipment. 【Usage Scenarios】 - Pressure sources, die cushions, knockouts, etc., in communication equipment - Situations where large loads are needed in small spaces that cannot be accommodated by coil springs 【Benefits of Implementation】 - Contribution to the miniaturization and thinning of devices - Reduction in maintenance frequency due to long lifespan - Improvement in safety

• Other molds

In the pharmaceutical industry, the transportation of materials requires the maintenance of product quality and work safety. Particularly in handling delicate materials and heavy objects, it is crucial to prevent accidents caused by unexpected load fluctuations or external influences. In response to these challenges, our stock lifters 'SLME170/SLMT170/SLM300' protect the internal mechanisms from eccentric loads and liquid intrusion through a double tube structure, supporting stable material transportation. 【Usage Scenarios】 - Material supply on the production line - Material movement within the warehouse - Transportation of precision equipment in clean rooms 【Benefits of Implementation】 - Improved stability during material transportation - Reduced risk of equipment failure due to protection - Enhanced work efficiency

• Other machine elements

In the food processing industry, the raw material input process requires the prevention of foreign matter contamination and stable input operations. In particular, uneven loading of raw materials and liquid intrusion during cleaning pose risks of equipment failure and production line stoppage. To address these challenges, our stock lifters 'SLME170/SLMT170/SLM300' protect products from eccentric loads and liquid intrusion through a double-tube structure. This enables safe and stable raw material input operations and contributes to maintaining production efficiency. 【Usage Scenarios】 - Stable lifting during raw material input - Lines requiring measures against liquid intrusion during cleaning - Input operations prone to eccentric loads 【Benefits of Implementation】 - Improved equipment durability - Stable operation of production lines - Enhanced safety of operations

• Other machine elements

In the railway industry, particularly in the manufacturing of large components, high-precision and efficient press processing is required. When sheet metal is processed, lateral movement occurs within the press mold, leading to a risk of gas spring damage. To address this issue, the installation of guide components within the mold is essential. Our company has developed the "Flex Guide Solution" to tackle this challenge. This unique guiding technology aims to reduce gas spring damage and extend its lifespan. 【Application Scenarios】 - Press processing of railway vehicle components - Mold maintenance in large component manufacturing - Stable operation of production lines 【Benefits of Implementation】 - Reduced frequency of gas spring repairs - Improved safety in production - Decreased downtime and improved operational efficiency

• Mold Design

In the warehouse and logistics industry, picking operations require a reduction in worker burden and an improvement in efficiency. Particularly in handling heavy items and repetitive tasks, a safe and stable lifting function is crucial. Insufficient lifting capabilities can lead to increased fatigue for workers and a decrease in work efficiency. The stock lifter 'SLME170/SLMT170/SLM300' contributes to the stabilization and efficiency of picking operations with its robust design that accommodates eccentric loads and a structure that allows for direct attachment to the upper type. 【Usage Scenarios】 - Lifting and lowering of items during picking operations - Position adjustment of heavy items - Securing workspace 【Benefits of Implementation】 - Reduction of worker burden - Improvement in picking operation efficiency - Effective use of workspace

• Other machine elements

In construction site material handling operations, safe and reliable lifting and lowering of heavy objects is required. Particularly, situations with uneven loads and the intrusion of dust and moisture pose risks to equipment failure and worker safety. To address these challenges and contribute to improving work efficiency and ensuring safety on site, the stock lifter 'SLME170/SLMT170/SLM300' protects the product from eccentric loads and liquid intrusion through its double tube structure. 【Usage Scenarios】 - Material transportation at construction sites - Supply of materials to high places - Position adjustment of heavy objects 【Benefits of Implementation】 - Improved safety of operations - Increased efficiency of material lifting and lowering - Enhanced durability of equipment

• Other machine elements

In the aerospace field, precise positioning and stable operation are required for component mounting. Especially when handling complex-shaped parts or delicate materials, a reliable guide and lift function that is less susceptible to external influences are essential. Inadequate lift mechanisms can lead to damage to components and a decrease in mounting accuracy. The stock lifter 'SLME170/SLMT170/SLM300', with its robust design and double-tube structure, protects the internal mechanism from eccentric loads and liquid intrusion, enhancing the reliability of component mounting operations in the aerospace sector. 【Usage Scenarios】 - Precise positioning of aerospace components - Safe handling of delicate materials - Stable component supply on automated lines 【Benefits of Implementation】 - Improved component mounting accuracy - Enhanced work efficiency - Reduced maintenance costs through equipment protection

• Other machine elements

In the paper supply of the printing and binding industry, stable paper transport and the maintenance of production efficiency are required. Particularly in environments where the loading condition of the paper is uneven or where there is a risk of liquid intrusion from the outside, the reliability of the transport mechanism becomes crucial. To address these challenges, our stock lifter 'SLME170/SLMT170/SLM300' features a double-tube structure that protects the internal mechanism from eccentric loads and liquid intrusion, supporting stable paper supply. 【Usage Scenarios】 - Lifting during paper loading in progressive press machines - Maintaining stable height in paper supply lines - Use in loading conditions prone to eccentric loads 【Benefits of Implementation】 - Improved production efficiency through stabilization of paper supply - Extended machine lifespan and reduced maintenance costs - Decreased likelihood of unexpected troubles

• Other machine elements

In the manufacturing industry, stable operation and reduced load on molds are essential for parts transportation. In particular, unexpected eccentric loads and foreign object intrusion on the transport line pose risks of equipment failure and production line stoppage. To address these challenges, our stock lifters 'SLME170/SLMT170/SLM300' adopt a double-tube structure that protects products from eccentric loads and liquid intrusion. Additionally, they can be mounted on the upper mold and installed directly onto the stripper plate without the need for additional guides, contributing to simplified mold design and cost reduction. 【Usage Scenarios】 - Parts transportation in progressive die stamping - Parts positioning within molds - Parts supply in automated lines 【Benefits of Implementation】 - Reduction in man-hours due to simplified mold design - Elimination of the need for guide bushes and anti-rotation devices, reducing costs and space - Support for stable operation of equipment by accommodating high eccentric loads - Prevention of liquid intrusion, reducing maintenance frequency

• Other machine elements

In the construction and agricultural machinery industry, high durability under harsh operating conditions and stable operation of production lines are required. When press processing sheet metal, lateral movement occurs within the press die, leading to a risk of gas spring damage. As a countermeasure, the installation of guide components within the die is essential. Our company has developed the "Flex Guide Solution" to address this issue. This unique guiding technology aims to reduce gas spring damage and extend its lifespan. 【Application Scenarios】 - Press processing of construction and agricultural machinery parts - Die maintenance in harsh environments - Stable operation of production lines 【Benefits of Implementation】 - Reduced frequency of gas spring repairs - Improved safety in production - Decreased downtime and improved operating rate

• Mold Design

In the home appliance industry, especially in the manufacturing of thin sheet components, high-precision and efficient press processing is required. When pressing sheet metal, lateral movement occurs within the press die, leading to a risk of gas spring damage. To address this issue, the installation of guide components within the die is essential. Our company has developed the "Flex Guide Solution" to tackle this challenge. This unique guiding technology aims to reduce gas spring damage and extend its lifespan. [Application Scenarios] - Press processing of home appliance parts - Die maintenance in thin sheet component manufacturing - Stable operation of production lines [Benefits of Implementation] - Reduced frequency of gas spring repairs - Improved safety in production - Decreased downtime and improved operating rates

• Mold Design

In the semiconductor manufacturing equipment industry, especially in the production of specially shaped components, high-precision and efficient press processing is required. When sheet metal is pressed, lateral movement occurs within the press die, leading to a risk of gas spring damage. To address this issue, the installation of guide components within the die is essential. Our company has developed the "Flex Guide Solution" to tackle this challenge. This unique guide technology aims to reduce gas spring damage and extend its lifespan. 【Application Scenarios】 - Press processing of semiconductor manufacturing equipment components - Die maintenance in the production of specially shaped components - Stable operation of production lines 【Benefits of Implementation】 - Reduced frequency of gas spring repairs - Improved safety in production - Decreased downtime and improved operating rates

• Mold Design

In the automotive parts industry, especially in high-precision molding, efficient press processing is required. When processing sheet metal, lateral movement occurs within the press die, leading to a risk of gas spring failure. To address this issue, the installation of guide components within the die is essential. Our company has developed the "Flex Guide Solution" to tackle this challenge. This unique guide technology aims to reduce damage to gas springs and extend their lifespan. [Application Scenarios] - Press processing of automotive parts - Die maintenance in lightweight component manufacturing - Stable operation of production lines [Effects of Implementation] - Reduced frequency of gas spring repairs - Improved safety in production - Decreased downtime and improved operating rates

• Mold Design

The mold manufacturer was able to secure a large order for die cushion pin specification molds with the support of the KALLER Korea team. Initially, this order for their own use was hesitated due to the lack of the necessary press functionality to properly operate and trial the cushion mold. This functionality generates the mold cushion pressure as pad pressure and clamping force within the mold, using an air or hydraulic-driven cushion integrated inside or underneath the press, rather than traditional springs. Fortunately, because KALLER Korea designed, manufactured, and installed the ram cushion plate, the mold manufacturer successfully avoided the costly investment of purchasing an entirely new press. [Challenge] Despite the need for a cushion press in the specifications for sheet metal mold orders, only standard hydraulic presses or mechanical presses are available. *For more details, please refer to the PDF document or feel free to contact us.*

• Mold Design

In the automotive industry, it is essential to appropriately generate and control the pad pressure and clamping force within the die during the pressing process. Particularly, depending on the specifications of the sheet metal die, a cushion press function becomes indispensable; however, it may be difficult to address this with standard hydraulic or mechanical presses alone. In such situations, we present a case where a die manufacturer was able to avoid significant investment in new presses and secure large orders for die cushion pin specification dies. 【Usage Scenarios】 - Tryouts for sheet metal dies - Avoidance of high investment in presses - Generation of pad pressure and clamping force within the die 【Effects of Implementation】 - Reduction in costs for purchasing new presses - Avoidance of lost order opportunities for die manufacturers - Stable generation of die cushion pressure

• Mold Design

The "CX Series" is a highly compact and powerful piston rod seal type gas spring, featuring unique safety and reliability functions. With a maximum stroke length of 80mm, it offers a high initial load ranging from 5,100N to 19,200N (depending on the cylinder diameter). With exceptional high load and pressure, installation methods can be selected from bottom mounting, drop-in, and base plate mounting. 【Features】 ■ Available in three models: CX500, CX1000, and CX1900 ■ Compact overall length and cylinder diameter ■ Extremely high initial load from 5,100N to 19,200N ■ Supports a maximum of 200 SPM (shots per minute) ■ Equipped with KALLER safety mechanism *For more details, please refer to the PDF document or feel free to contact us.

• Other molds

In improving the operability of home appliances, reliable component functionality and efficient design within limited space are essential. Particularly in opening and closing mechanisms such as switches and covers, smooth and stable movement directly impacts the usability of the product. Insufficient operability or component malfunctions can lead to a decline in user experience. Our "CX Series" gas springs, despite their compact design, provide high initial load capacity, supporting the operability and safety of home appliances. [Usage Scenarios] - Assisting the opening and closing of switches, covers, doors, etc., in home appliances - Situations requiring load in small spaces that cannot be accommodated by coil springs [Effects of Implementation] - Improved operability and smooth movement - Increased design freedom for products - Assurance of reliability through durability

• Other molds

In the field of machine tools, stable operation of equipment and precise control are required. In particular, the smooth movement of movable parts and stability against external vibrations are directly linked to product quality. Insufficient stabilization can lead to decreased machining accuracy and affect the lifespan of the equipment. Our "CX Series" gas springs provide high initial load despite their compact design, supporting the stabilization of machine tools. 【Usage Scenarios】 - Stabilization of movable parts and cushioning functions in machine tools - Situations requiring stable loads in small spaces, which are difficult to accommodate with coil springs 【Benefits of Implementation】 - Improved machining accuracy - Maintenance of productivity through stable operation of equipment - Equipment protection through vibration suppression

• Other molds

In the field of industrial robots, smooth and stable operation is required for the control of movable parts of the arm and end effectors. In particular, to achieve precise movements in limited spaces, components that are compact yet provide sufficient force are necessary. Inadequate pressure sources or control can lead to a decrease in the robot's operational accuracy or unexpected stops. Our "CX Series" gas springs support the smooth operation and safety of industrial robots with their compact design and high initial load. 【Usage Scenarios】 - Balancing adjustments for robotic arms - Assisting in the opening and closing of end effectors - Other pressure sources for movable parts of robots 【Benefits of Implementation】 - Improved operational accuracy of robots - Increased installation flexibility due to space-saving design - Ensured safety

• Other molds

In robot motion control, load control of each component is crucial for achieving precise and stable movements. In particular, a pressure source that is compact yet provides sufficient force is required to assist the movable parts of the arm and the actuators. Inadequate load control can lead to instability in motion and overloading of components. Our "CX Series" gas springs demonstrate high initial load despite their compact design, supporting precise motion control in robots. [Usage Scenarios] - Balancing adjustments for robotic arms - Auxiliary power for actuators - Other areas requiring precise load control [Benefits of Implementation] - Improved stability of robot movements - Maintenance of precise positioning accuracy - Extended lifespan of components

• Other molds

In the aerospace field, reducing the weight of aircraft directly leads to improved fuel efficiency and increased payload, necessitating the selection of lightweight and high-performance components. Particularly in areas where significant loads are required in limited spaces, traditional components may pose challenges in terms of weight and size. Our 'CX Series' gas springs provide high initial load capacity despite their compact design, supporting both weight reduction and performance in the aerospace sector. 【Application Scenarios】 - Pressure sources and auxiliary mechanisms in structural components of aircraft and spacecraft - Load support in compact spaces where coil springs are not feasible 【Benefits of Implementation】 - Contributes to the overall weight reduction of equipment - Achieves functionality in limited spaces - Reduces maintenance frequency due to long lifespan

• Other molds

In semiconductor manufacturing equipment, precise positioning and adjustment of fine components directly impact product quality. In particular, it is essential to respond to the minute vibrations and temperature changes that occur during the operation of the equipment, maintaining stable accuracy at all times. Inadequate adjustments or vibration countermeasures can lead to reduced manufacturing yields and equipment malfunctions. Our "CX Series" gas springs provide high initial load despite their compact design, supporting precise adjustment tasks. 【Usage Scenarios】 - Pressure source for precise positioning mechanisms in semiconductor manufacturing equipment - Areas requiring vibration absorption and stabilization - Load adjustments in small spaces where coil springs cannot be used 【Benefits of Implementation】 - Stabilization of precise adjustment tasks - Improved reliability of equipment - Reduced maintenance frequency

• Other molds

In the field of medical devices, precise positioning and stable fixation are required. Especially since it directly relates to patient safety and the accuracy of examinations, reliable fixation of the equipment is essential. Inadequate fixation can lead to malfunctions or unexpected movements, increasing the burden on medical professionals and, in the worst case, affecting patients. Our "CX Series" gas springs provide high initial load despite their compact design, supporting reliable position fixation for medical devices. 【Usage Scenarios】 - Position fixation in movable parts of medical devices - Stable installation of examination equipment - Positioning of surgical assistance devices 【Benefits of Implementation】 - Improved accuracy of examinations and procedures due to stable position fixation of equipment - Reduced maintenance frequency due to long lifespan - Enhanced operability and ensured safety

• Other molds

In the automotive industry, stable supply of parts in press processing and smooth operation within molds are required. Particularly in progressive dies, generating high pressure consistently in a limited space directly impacts production efficiency and product quality. Insufficient pressure or unstable operation can lead to defective parts or damage to the molds. Our 'CX Series' gas springs, despite their compact design, provide high initial load and support the performance and safety required in automotive parts manufacturing. 【Application Scenarios】 - Pressure source, die cushion, knockout, etc., in progressive dies for automotive parts manufacturing - Situations requiring large loads in small spaces that cannot be accommodated by coil springs 【Benefits of Implementation】 - Stable manufacturing of automotive parts - Reduced mold maintenance due to long lifespan - Improved safety in the workplace

• Other molds

In the railway industry, the durability of components under harsh conditions is essential to maintain the safety and reliability of vehicles. In particular, for press molds used in the maintenance and manufacturing of vehicles, preventing gas spring damage and extending their lifespan directly contribute to improved production efficiency and cost reduction. Damage to gas springs caused by lateral movement can lead to unexpected stoppages and increased repair frequency. Our developed "Flex Guide Solution" was created to address this challenge. This unique guiding technology aims to reduce gas spring damage and extend their lifespan, contributing to the productivity of press molds in the railway industry. 【Usage Scenarios】 - Press molds for railway vehicle parts - Molds in maintenance equipment - Other railway-related equipment using gas springs 【Benefits of Implementation】 - Reduced frequency of gas spring repairs - Improved production safety - Decreased downtime and improved operational rates - Reduced environmental impact

• Mold Design

In the home appliance industry, the manufacturing of thin casings requires precise press processing. When press processing thin casings, lateral movement can occur within the press mold, potentially leading to damage to the gas springs. Therefore, it is important to install guide components within the mold as a protective measure for the gas springs. To address this issue, we have developed the "Flex Guide Solution." The Flex Guide is a unique guiding technology aimed at reducing damage to gas springs and extending their lifespan. This enables the streamlining and efficiency of production. [Application Scenarios] - Press processing of thin home appliance casings - Prevention of gas spring damage - Addressing lateral movement within the mold [Benefits of Implementation] - Extension of gas spring lifespan - Reduction in repair frequency - Improvement in production safety - Decrease in downtime - Enhancement of operational efficiency

• Mold Design

With the evolution of the metal stamping industry, molds that align with this evolution will become necessary. When processing sheet metal through pressing, lateral movement occurs within the press mold. As a result, guide components will also be required within the mold as a countermeasure to prevent gas spring damage. To address this issue, we have begun the development of the "Flex Guide Solution." The Flex Guide is a unique guiding technology developed a few years ago with the aim of reducing gas spring damage and extending its lifespan. The Flex Guide can be considered an efficient solution that streamlines production. [Case Study] ■ Challenges - Molds that align with the evolution are necessary - Guide components are also required within the mold as a countermeasure to prevent gas spring damage *For more details, please refer to the PDF document or feel free to contact us.

• Mold Design

With the evolution of the metal stamping industry, molds that align with this evolution will become necessary. When processing sheet metal through pressing, lateral movement occurs within the press mold. As a result, guide components will also be required within the mold as a measure to prevent gas spring damage. To address this issue, we have begun the development of the "Flex Guide Solution." The Flex Guide is a unique guiding technology developed a few years ago with the aim of reducing gas spring damage and extending its lifespan. The Flex Guide can be considered an efficient solution that streamlines production. [Case Study] ■Challenges - Molds that align with the evolution are necessary - Guide components are also required within the mold as a measure to prevent gas spring damage *For more details, please refer to the PDF document or feel free to contact us.

• Mold Design

In the automotive industry, particularly in the manufacturing of lightweight components, high-precision and efficient press processing is required. When pressing sheet metal, lateral movement occurs within the press die, leading to a risk of gas spring damage. To address this issue, the installation of guide components within the die is essential. Our company has developed the "Flex Guide Solution" to tackle this challenge. This unique guiding technology aims to reduce gas spring damage and extend its lifespan. 【Usage Scenarios】 - Press processing of automotive parts - Die maintenance in lightweight component manufacturing - Stable operation of production lines 【Benefits of Implementation】 - Reduced frequency of gas spring repairs - Improved safety in production - Decreased downtime and improved operational rate

• Mold Design

In the automotive industry, the manufacturing of body parts requires high productivity and cost efficiency. This brings complex demands to mold design. Our company has developed an innovative "Flex Cam" aimed at integrating operations and optimizing production lines. This allows for the integration of two processes, piercing/trimming and flanging, into one. By simplifying mold design, it enables the combination of functions even with existing molds, contributing to improved production efficiency. 【Usage Scenarios】 - Flanging processing of body parts - Adding functions to existing molds - Space-saving in production lines 【Effects of Implementation】 - Simplification of process design, mold design, and mold manufacturing - Reduction of production costs per part - Improvement of productivity and efficiency

• Other molds

In the home appliance industry, precise molding of parts and efficient production are required for enclosure manufacturing. In particular, the molding process of enclosure parts, which directly affects the quality of appearance and assembly accuracy, is crucial to optimize from both cost and productivity perspectives. By enabling the combination of functions with existing molds and integrating processes, we address these challenges. Our multipurpose molds achieve piercing/trimming and flanging in a single process, supporting the simplification of mold design. 【Application Scenarios】 - Flanging processing of home appliance enclosures - Adding functions to existing molds - Streamlining production lines 【Benefits of Implementation】 - Simplification of process design, mold design, and mold manufacturing - Reduction of production costs per part - Improvement of productivity and efficiency

• Other molds