KALLER Product Lineup

The "TL Series" is a gas spring lineup with sizes ranging from 750 to 7500. The features and technology are similar to the "TU Series." The overall length is shorter compared to the TU Series, with TL750-3000 being 25mm shorter, TL5000 being 37.5mm shorter, and TL7500 being 50mm shorter. The same mounts can be used, and the stroke is the same except for 12.5, 37.5, and 62.5. 【Features】 ■ Initial load: 7500 to 75000N ■ Stroke length: up to 250mm ■ Equipped with upper C grooves, lower U grooves, and bottom taps, allowing for various standard mountings. *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

In industrial machinery, the opening and closing of covers and their support are crucial elements for ensuring maintainability and safety. Particularly in situations that require work in limited spaces or frequent opening and closing, smooth and reliable operation is essential. Our gas spring "TL Series" meets various needs for supporting covers in industrial machinery, offering a low overall length design while accommodating high initial loads and a wide range of stroke lengths. 【Usage Scenarios】 - Support for inspection ports and maintenance hatches - Assistance in opening and closing protective covers for equipment - Cover retention to secure working space 【Benefits of Implementation】 - Reduced burden of cover opening and closing operations - Improved safety during work - Compatibility with installations in limited spaces

• Other machine elements

The "TL Series" is a gas spring lineup with sizes ranging from 750 to 7500. The features and technology are similar to the "TU Series." The overall length is shorter compared to the TU series, with TL750-3000 being 25mm shorter, TL5000 being 37.5mm shorter, and TL7500 being 50mm shorter. The same mounts can be used, and the stroke is the same except for 12.5, 37.5, and 62.5. 【Features】 ■ Initial load: 7500 to 75000N ■ Stroke length: up to 250mm ■ Equipped with upper C grooves, lower U grooves, and bottom taps, compatible with various standard mounts. *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

The "TL Series" is a gas spring lineup with sizes ranging from 750 to 7500. The features and technology are similar to the "TU Series." The overall length is shorter compared to the TU Series, with the TL750-3000 being 25mm shorter, the TL5000 being 37.5mm shorter, and the TL7500 being 50mm shorter. The same mounts can be used, and the stroke lengths are the same except for 12.5, 37.5, and 62.5. 【Features】 ■ Initial load: 7500 to 75000N ■ Stroke length: up to 250mm ■ Equipped with upper C grooves, lower U grooves, and bottom taps, allowing for various standard mountings. *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

In playground equipment safety mechanisms, reliable operation and long-term reliability are essential. Especially to provide an environment where children can play safely, it is important to prevent the deterioration of parts and malfunctions. Inadequate safety mechanisms increase the risk of accidents. Our gas spring mini 'R15 series' offers a solution to enhance the safety of playground equipment through its long-lasting design and reliable operation. 【Usage Scenarios】 - Safety locking mechanism for opening and closing parts of playground equipment - Gentle motion control of movable parts - Emergency safety stop assistance 【Benefits of Implementation】 - Improved safety of playground equipment - Reduced maintenance frequency - Provision of a safe environment for children to play comfortably

• Other machine elements

In the lifting of agricultural machinery cabins, a smooth and reliable lifting function is required to ensure the comfort and safety of the operator. Particularly considering use in harsh environments and frequent opening and closing, the selection of durable and reliable components becomes crucial. Inadequate lifting functionality can lead to decreased work efficiency and unexpected failures. Our gas spring mini 'R15 series' addresses these challenges in the lifting of agricultural machinery cabins with its powerful initial load and long-life design. 【Usage Scenarios】 - Lifting of agricultural machinery cabins - Support for openings during work - Fixing during maintenance 【Benefits of Implementation】 - Improved operator workability - Smooth opening and closing of the cabin - Reduced maintenance costs due to longer component lifespan

• Other machine elements

In the aerospace field, hatch fixation requires high reliability and durability. In particular, reliable opening and closing operations under harsh conditions are directly linked to safety and operational efficiency. Improper fixation can lead to unexpected opening and closing or decreased operability, potentially resulting in serious issues. Our gas spring mini "R15 series" meets the demands of hatch fixation in the aerospace field with its powerful initial load and long-life design. 【Application Scenarios】 - Assisting in the opening and closing of hatches in aircraft and spacecraft - Holding hatches during maintenance 【Benefits of Implementation】 - Reliable hatch retention and smooth opening and closing operations - Stable performance maintenance over a long period - Simplification of the system by replacing coil springs

• Other machine elements

In the lifting of agricultural machinery cabins, a smooth and reliable lifting function is required to ensure the comfort and safety of the operator. Particularly, considering the use in harsh environments and frequent opening and closing, the selection of durable and reliable components becomes crucial. Inadequate lifting functionality can lead to decreased work efficiency and unexpected failures. Our gas spring mini 'R15 series' addresses these challenges in the lifting of agricultural machinery cabins with its powerful initial load and long-life design. 【Usage Scenarios】 - Lifting of agricultural machinery cabins - Support for openings during work - Fixing during maintenance 【Benefits of Implementation】 - Improved operator workability - Smooth opening and closing of the cabin - Reduced maintenance costs due to longer component lifespan

• Other machine elements

In the support of covers for industrial machinery, reliable opening and closing operations and safe retention are required. Particularly when dealing with heavy covers or situations that require frequent opening and closing, insufficient support can lead to decreased work efficiency and safety issues. Our gas spring mini "R15 series" addresses these challenges with its powerful initial load and long-life design, supporting the stable operation of industrial machinery. 【Usage Scenarios】 - Support for inspection covers of industrial machinery - Assistance in opening and closing maintenance hatches - Support for access panels of equipment 【Benefits of Implementation】 - Improved work safety through reliable retention of covers - Enhanced work efficiency through smooth opening and closing operations - Reduced maintenance costs due to long lifespan

• Other machine elements

In the elevation and lowering of medical device beds, smooth and stable movement is required to ensure patient safety and comfort. Particularly during frequent elevation and lowering or long-term use, the selection of reliable components becomes crucial. Inappropriate lifting mechanisms can lead to decreased operability and failures, potentially increasing the burden on medical settings. Our gas spring mini 'R15 series' offers stable operation required for medical device bed elevation and lowering, with a long lifespan design of 50,000 stroke meters or 500,000 cycles and strong initial load. 【Usage Scenarios】 - Elevation assistance for medical beds - Angle adjustment for rehabilitation equipment - Elevation mechanism for nursing lifts 【Benefits of Implementation】 - Supports safe and comfortable movement for patients - Reduces the burden on healthcare professionals - Extends equipment lifespan and reduces maintenance costs

• Other machine elements

The "R15 Series" is a mini gas spring that can replace a 5/8" coil spring. It has a long lifespan of 50,000 stroke meters or 500,000 cycles. By using the upper and lower C grooves and the bottom tap with "FCR-15," it allows for various mounting methods. 【Features】 ■ Low load rise rate ■ Load adjustable, with 4 types of preset models and 1 custom model (black) ■ Strong initial load ■ Replaceable with a 5/8" coil spring ■ Usable as piping by utilizing the M6 filling port *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements

In the furniture industry, products with lifting functions require smooth and stable operability, as well as implementation in limited spaces. Particularly, since it directly relates to user safety and ease of use, reliable load support and durability are essential. Our "Nitrogen Springs for Actuator Solutions" provide the equivalent load of 4 to 5 coil springs with just one gas spring, making it extremely useful for designers working in confined spaces. By adjusting pressure and load, it can accommodate various lifting applications for furniture. 【Usage Scenarios】 - Lifting tables - Reclining sofas - Lifting functions for beds 【Benefits of Implementation】 - Achieving smooth and stable lifting operations - Increased design freedom for products - Easier transportation and installation due to lightweight design

• Other machine elements
• Machine elements

In valve operation within the energy industry, reliable operation and installation in limited spaces are required. Especially in environments where safety is prioritized, a highly reliable operating mechanism is essential. Our "Nitrogen Spring for Actuator Solutions" provides a load equivalent to 4 to 5 coil springs with just one gas spring, making it effective for designers working in constrained spaces. By adjusting pressure and load, it can meet various valve operation needs. 【Usage Scenarios】 - Assisting in valve opening and closing within plants - Operating mechanisms for remote control valves - Assisting in the operation of emergency shut-off valves 【Benefits of Implementation】 - Facilitates installation in limited spaces. - Contributes to the overall lightweight of the equipment. - Provides flexibility to accommodate diverse valve operations.

• Other machine elements
• Machine elements

In the opening and closing of ship hatches, frequent operability and safety are required. Especially in harsh marine environments, mechanisms that allow for the smooth handling of heavy objects become crucial. Additionally, when design constraints require limited space, existing coil springs can pose challenges in securing that space. Our nitrogen spring for actuator solutions provides a load equivalent to 4 to 5 coil springs with initial deflection, making it highly effective for designers working in confined spaces. 【Usage Scenarios】 - Assistance in opening and closing hull hatches - Opening and closing of engine room inspection hatches - Opening and closing of storage spaces in living quarters 【Benefits of Implementation】 - Improved operability during hatch opening and closing - Effective utilization of onboard space through space-saving design - Reduced burden on the hull due to lightweight construction

• Other machine elements
• Machine elements

In the lifting of agricultural machinery arms, stable operation under harsh conditions and efficient design in limited spaces are required. In particular, the lifting motion of the arm is directly related to the safety and efficiency of the work, making reliable load support and smooth movement crucial. However, conventional coil springs may pose challenges due to weight and space constraints, as well as difficulties in load adjustment. Our nitrogen springs for actuator solutions provide the equivalent load of 4 to 5 coil springs with just one gas spring, making them extremely useful for designers working in limited spaces. By adjusting pressure and load, they can accommodate various applications. 【Usage Scenarios】 - Lifting of tractor arms - Lifting of combine harvester cutting units - Other assistance for opening and closing arms or covers 【Benefits of Implementation】 - Increased design flexibility due to space-saving - Improved fuel efficiency and operability due to weight reduction - Versatility for a wide range of applications through flexible load adjustment

• Other machine elements
• Machine elements

In the semiconductor manufacturing industry, precise transport requires accurate and stable positioning of tiny components. Particularly in complex operations within limited spaces and handling delicate parts, high precision and flexibility are essential. Traditional coil springs often present design challenges due to their weight and space constraints. Our nitrogen spring for actuator solutions delivers a load equivalent to 4 to 5 coil springs with just one gas spring, achieving space-saving and lightweight solutions. This enhances the design flexibility of precision transport devices and supports the development of more efficient and high-precision transport systems. 【Application Scenarios】 - Arm control for semiconductor wafer transport robots - Positioning in automated assembly lines for precision parts - Transport of delicate components in clean rooms 【Benefits of Implementation】 - Reduction of installation space through miniaturization and lightweight design - Improvement and stabilization of transport accuracy - Enhanced maintainability

• Other machine elements
• Machine elements

In the automotive industry, vehicle opening and closing assistance functions require reliable operation in limited spaces and lightweight design. Particularly for openings such as doors and trunks, smooth operability and safety are emphasized. Traditional springs often need to be enlarged or combined with multiple springs to achieve sufficient load, leading to challenges in space efficiency and increased weight. Our "Nitrogen Springs for Actuator Solutions" provide a load equivalent to 4 to 5 coil springs with initial deflection using just one gas spring, making it highly effective for designers working in confined spaces. By adjusting pressure and load, it can accommodate various opening and closing assistance applications. 【Usage Scenarios】 - Assistance for opening and closing automotive doors, trunks, hoods, etc. - Areas where lightweight design is required in limited spaces 【Benefits of Implementation】 - Realization of space-saving designs - Contribution to the overall weight reduction of the vehicle - Flexibility in load adjustment to accommodate diverse applications

• Other machine elements
• Machine elements

In railway vehicle door control, reliable opening and closing operations are required to ensure passenger safety and smooth operation. In particular, design in limited spaces and vehicle lightweighting are emphasized from the perspectives of operational efficiency and energy conservation. Traditional coil springs have faced challenges such as taking up space or increasing weight to achieve the necessary load. Our "Nitrogen Springs for Actuator Solutions" provide a load equivalent to 4 to 5 coil springs with just one gas spring, achieving space-saving and weight reduction. This enhances design flexibility and contributes to the overall performance improvement of the vehicle. 【Usage Scenarios】 - Assisting the opening and closing of passenger doors in railway vehicles - Assisting the opening and closing of control panels for onboard equipment - Assisting the opening and closing of maintenance hatches 【Benefits of Implementation】 - Stabilization of door opening and closing operations - Improved fuel efficiency due to vehicle lightweighting - Ease of installation in limited spaces - Increased design flexibility

• Other machine elements
• Machine elements

In the field of medical devices, precise positioning and high reliability are required. Particularly in areas directly related to patient safety and treatment accuracy, fine adjustments and secure holding are essential. Improper positioning can lead to equipment malfunction or reduced treatment effectiveness. Our nitrogen springs for actuator solutions provide the load equivalent to several coil springs even in limited spaces, enhancing design flexibility. By adjusting pressure and load, precise positioning tailored to the requirements of various medical devices is possible. 【Application Scenarios】 - Arm positioning for surgical assistance robots - Sensor position adjustment for diagnostic devices - Fixing movable parts of rehabilitation equipment 【Benefits of Implementation】 - Contributes to miniaturization and weight reduction of equipment - Improves treatment accuracy through precise positioning - Enhances operability and reduces patient burden

• Other machine elements
• Machine elements

In the field of aerospace, attitude control requires precise operation and weight reduction. Reliable operation in limited space is essential for mission success. Traditional coil springs can impose design constraints due to their weight and flexibility limitations. Our nitrogen springs for actuator solutions provide a load equivalent to 4 to 5 coil springs with just one gas spring, achieving significant weight reduction and space savings. This allows designers greater freedom in their designs and contributes to improved performance of attitude control systems. 【Application Scenarios】 - Attitude control mechanisms for satellites - Actuation assistance for aircraft flaps and landing gear - Deployment mechanisms for space exploration vehicles 【Benefits of Implementation】 - Improved fuel efficiency and increased payload due to overall system weight reduction - Easier integration of mechanisms into limited spaces - Stable attitude control achieved through precise load adjustments

• Other machine elements
• Machine elements

In the operation assistance of industrial robots, precise motion control and efficient design in limited spaces are required. Particularly, to expand the range of motion of the robotic arm and to perform specific actions smoothly, a lightweight and flexible assist mechanism is essential. Conventional coil springs may limit design freedom due to their weight and space constraints. Our "Nitrogen Springs for Actuator Solutions" provide the same load as four to five coil springs with initial deflection, using just one gas spring, contributing to space-saving and weight reduction. This enables robot designers to develop more compact and high-functionality robots. 【Usage Scenarios】 - Expansion of the robotic arm's range of motion - Assistance in lifting and lowering heavy objects - Support for precise positioning actions 【Benefits of Implementation】 - Improved energy efficiency due to the lightweight design of the robot - Reduction of installation area through space-saving design - Increased productivity due to smoother operation

• Other machine elements
• Machine elements

In the operation of heavy machinery, reliable movement and efficient design in limited spaces are essential. Particularly for the lifting and positioning of heavy components, a mechanism that can stably support large loads is indispensable. Conventional coil springs can pose design challenges due to their weight and space constraints. Our nitrogen springs for actuator solutions provide the same load as 4 to 5 coil springs with initial deflection, making them highly effective for designers working in limited spaces. 【Application Scenarios】 - Assisting the lifting of arms and buckets in construction machinery - Lifting and reclining mechanisms for heavy machinery operator seats - Assisting the operation of lifts for transporting construction materials 【Benefits of Implementation】 - Improved fuel efficiency through overall weight reduction of the equipment - Compact design of the entire vehicle due to space-saving design - Achieving smooth and stable operation of heavy loads

• Other machine elements
• Machine elements

This catalog is the product catalog of KALLER, which manufactures and sells gas springs and other products. It features a variety of gas springs with compact and flat characteristics, including the standard type "TU," the power types "X" and "TX," and the mini type "EP2-16." The products are used by automobile manufacturers around the world and in various other industries. [Contents] ■ Standard Type ■ Power Type ■ Mini Type ■ Mounting Flange, etc. *This catalog is a digest version. Please contact us if you need the full version. *For more details, please contact us or download the catalog.

• Other machine elements

This catalog is the product catalog of KALLER, which manufactures and sells gas springs and other products. It features a variety of gas springs with compact and flat characteristics, including the standard type "TU," the power types "X" and "TX," and the mini type "EP2-16." The products are used by automobile manufacturers around the world and in various other industries. [Contents] ■ Standard Type ■ Power Type ■ Mini Type ■ Mounting Flange, etc. *This catalog is a digest version. Please contact us if you need the full version. *For more details, please contact us or download the catalog.

• Other machine elements

This catalog is the product catalog of KALLER, which manufactures and sells gas springs and other products. It features a variety of gas springs with compact and flat characteristics, including the standard type "TU," the power types "X" and "TX," and the mini type "EP2-16." The products are used by automobile manufacturers around the world and in various other industries. [Contents] ■ Standard Type ■ Power Type ■ Mini Type ■ Mounting Flange, etc. *This catalog is a digest version. Please contact us if you need the full version. *For more details, please inquire or download the catalog.

• Other machine elements

In the building materials industry and for opening and closing assistance applications, smooth operation and safety of product opening and closing are required. Particularly in areas with heavy building materials or frequent opening and closing, improving operability and ensuring safety are crucial. The use of inappropriate assistive devices can lead to decreased operability and potential accidents. Our gas springs are designed with safety as the top priority, offering products suitable for assisting the opening and closing of building materials. 【Usage Scenarios】 - Assistance for opening and closing lids and doors of building materials - Assistance for lifting heavy objects - Movable parts of various building materials 【Benefits of Implementation】 - Reduced burden of opening and closing operations - Improved safety of work - Enhanced ease of use of products

• Other machine elements

In the packaging machinery industry and its applications, there is a demand for improved production efficiency and reduced burden on operators. In particular, enhancing the operability of moving parts and ensuring smooth lifting and lowering of heavy objects are essential for labor-saving. A decline in operability and difficulties in handling heavy items can lead to decreased work efficiency and increased labor costs. Our gas springs contribute to addressing these challenges by providing smooth operation and enhanced safety. 【Usage Scenarios】 - Assisting in the opening and closing of covers and doors of packaging machinery - Assisting in the lifting and lowering of heavy objects - Controlling moving parts in automated lines 【Benefits of Implementation】 - Reduced burden on operators and improved safety - Increased productivity through smoother machine operation - Cost reduction through labor-saving measures

• Other machine elements

In robot operations, precise and smooth movements are required. Particularly in the movable parts of arms and the holding and moving of heavy objects, ensuring stable operation and safety is crucial. Improper balance or control can lead to delays in movement, unexpected vibrations, and even damage to equipment. Our gas springs are designed with consideration for the smooth operation and safety of robots, accommodating various applications. 【Usage Scenarios】 - Movable parts of robotic arms - Counterbalancing heavy objects - Conveying devices in automated lines 【Benefits of Implementation】 - Improved stability of operations - Realization of smooth movements - Enhanced safety

• Other machine elements

In the aerospace field, ensuring the reliable operation and safety of equipment is of utmost importance. Particularly in situations where use in harsh environments or the maintenance of stable performance over long periods is required, the selection of highly reliable components is essential. Component failures can directly impact the success of missions. Our gas springs have a proven track record with automobile manufacturers worldwide and provide high reliability through designs that prioritize safety. 【Usage Scenarios】 - Opening and closing parts inside and outside aircraft - Support for various equipment - Mechanisms requiring safety 【Benefits of Implementation】 - Supports stable operation of equipment - Contributes to improved safety - Enhances maintainability

• Other machine elements

In the field of industrial machinery, reliable operation of components and shock absorption are essential for stable operation and longevity of equipment. In particular, the smooth movement of moving parts and protection from unexpected shocks are critical factors that affect the overall durability of the machinery. Insufficient support and shock absorption can accelerate wear and damage to components, potentially leading to increased maintenance costs and production stoppages. Our gas springs provide stable support and shock absorption capabilities to address these challenges, contributing to the improved durability of industrial machinery. 【Application Scenarios】 - Smooth opening and closing support for moving parts - Absorption of vibrations and shocks - Improvement of equipment stability 【Effects of Implementation】 - Reduced risk of component wear and damage - Decreased maintenance costs - Maintenance and improvement of production efficiency

• Other machine elements

In the field of semiconductor manufacturing equipment, precise positioning of tiny components and stable operation in delicate processes are required. In particular, for the movable parts of the equipment, it is essential to balance precise control and safety. Even slight deviations or unexpected movements can lead to decreased manufacturing yield or damage to the equipment. Our gas springs are designed with safety as the top priority, providing stable performance in semiconductor manufacturing equipment where precise operation is demanded. 【Application Scenarios】 - Precise positioning in movable parts of equipment - Transporting and holding delicate components - Vibration suppression 【Benefits of Implementation】 - Improved yield through precise motion control - Stable operation of equipment and increased lifespan - Ensured safety for operators

• Other machine elements

In the field of medical devices, ensuring patient safety and stable operation of equipment is essential. Particularly in situations that require precise movement and secure fixation, reliable components are indispensable. The use of inappropriate parts increases the risk of equipment malfunction and unexpected accidents. Our gas springs are designed with safety as the top priority and contribute to enhancing the reliability of medical devices. 【Application Scenarios】 - Moving parts of surgical assistance devices - Assisting the opening and closing of lids or panels on inspection equipment - Patient transfer assistance devices 【Benefits of Implementation】 - Improved operability and stable operation of equipment - Reduced burden on operators - Ensured safety for patients

• Other machine elements

In movable parts, high durability capable of withstanding continuous loads and wear is essential. A lack of durability can lead to unexpected failures and increased maintenance costs. Our gas springs are high-quality products with a proven track record and a focus on safety, contributing to improved durability in the support of construction machinery arms. 【Usage Scenarios】 - Smooth operation assistance in the arm section of construction machinery - Lifting assistance for heavy objects - Protection of components through vibration absorption - Improved workability during maintenance 【Benefits of Implementation】 - Enhanced overall durability of construction machinery - Reduced maintenance frequency - Maintenance of and improvement in operational rates - Extended product lifespan

• Other machine elements

In the automotive parts industry, reducing vehicle weight is essential for improving fuel efficiency and enhancing driving performance. Particularly in the opening and closing mechanisms and supports of parts, it is important to ensure sufficient strength and safety while maintaining a lightweight design. Inappropriate selection of parts can lead to increased vehicle weight and decreased safety during opening and closing. Our gas springs achieve a balance between lightweight design and safety, contributing to the performance enhancement of automotive parts. 【Usage Scenarios】 - Assisting in the opening and closing of engine hoods and trunks - Supporting interior parts - Opening and closing mechanisms for various covers 【Benefits of Implementation】 - Contributing to the overall weight reduction of the vehicle - Smoothing the operation of part openings and closings - Enhancing safety

• Other machine elements

In die-casting molds, long mold life and stable production are required. In particular, high durability and reliable operation are essential for the internal mechanism components of the mold. Wear and damage to these internal components can lead to decreased production efficiency and product defects. Our "XG Series" contributes to improving the durability of die-casting molds by allowing significant loads to be applied in limited spaces. [Usage Scenarios] - Applying loads to internal mechanism components of the mold - Assisting smooth operation during mold opening and closing [Effects of Implementation] - Extended lifespan of mold components due to reduced wear - Increased productivity due to stable mold operation - Reduced product defect rate

• Other machine elements

In the manufacturing of special vehicles, it is required to achieve high functionality within limited space. In particular, reliable components are necessary for the opening and closing parts and movable sections of the vehicle to ensure proper operation and safety. Insufficient load and space constraints can reduce design flexibility and potentially impact vehicle performance. Our "XG Series" gas springs effectively address these challenges with their compact design and powerful initial load, providing the functionality required for special vehicles. 【Usage Scenarios】 - Assisting the opening and closing of vehicle hatches and doors - Lifting mechanisms for special equipment - Securing and deploying onboard equipment 【Benefits of Implementation】 - Increased design flexibility for vehicles due to space-saving design - Enhanced safety and reliability through assured operation - Improved functionality of vehicles and creation of added value

• Other machine elements

In the injection molding mold industry, there is a demand for faster molding cycles to improve production efficiency. In particular, the smooth and rapid opening and closing of molds is a crucial factor directly related to production speed. When the space within the mold is limited, selecting components that can exert sufficient force becomes a challenge. Our "XG Series" gas springs can provide significant loads in confined spaces, contributing to the acceleration of mold forming. 【Usage Scenarios】 - High-speed opening and closing of molds - Mold designs with space constraints - Streamlining production lines 【Benefits of Implementation】 - Increased productivity through shorter molding cycles - Achieving high loads in limited spaces - Stabilization of mold operations

• Other machine elements

In automotive press molds, reducing the weight of the mold itself is required from the perspective of improving production efficiency and ease of handling. Miniaturizing the mold and reducing the number of components also leads to a decrease in manufacturing costs. However, due to the structure of the mold, achieving weight reduction while ensuring sufficient load capacity is not easy. Our "XG Series" can generate significant loads in a limited space, thereby enhancing the design flexibility of the mold and contributing to weight reduction. 【Usage Scenarios】 - Integration into the interior of the mold - Compacting the mold structure - Reducing the number of components 【Effects of Implementation】 - Overall weight reduction of the mold - Improved production efficiency - Reduced manufacturing costs

• Other machine elements

In the construction materials industry, stable operation and long lifespan of mold components are required to maintain product quality and improve production efficiency. Particularly in the manufacturing of construction materials used under harsh conditions, the durability of mold components significantly affects product uniformity and the frequency of mold maintenance. Components with low durability can lead to unexpected failures and production line stoppages, potentially resulting in increased costs. Our R19 series can be used for product holding, knockout, and cam return in press molds, contributing to solving these challenges. 【Usage Scenarios】 - As a cushion for progressive dies - For product knockout and stripper applications - As a replacement for cam return springs 【Benefits of Implementation】 - Stable product production - Reduction in mold maintenance labor due to long lifespan - High load capacity in limited space

• Other machine elements

In the field of industrial machinery, stable operation under harsh usage environments and the reduction of long-term maintenance costs are required. Particularly in devices that use molds, wear and damage to parts can directly lead to production line stoppages, resulting in significant losses. Therefore, selecting parts with high durability and reliability is crucial. Our R19 series has been specifically developed to address these challenges, focusing on product retention and knockout applications for press molds. 【Usage Scenarios】 - Cushion alternative for progressive dies - Knockout and stripper applications for products - Alternative springs for cam return 【Benefits of Implementation】 - Stable product production - Reduction in mold maintenance labor due to long lifespan - Large loads in limited space

• Other machine elements

In the precision machining of medical devices, the assembly of fine and accurate parts, as well as stable operation, is required. Particularly in processes that involve handling delicate components or demand high precision, ensuring reliable operation and trustworthiness is essential. Inappropriate parts or mechanisms can lead to a decline in product quality or cause failures. Our R19 series can be utilized for product holding, knockout, cam return, and other applications, supporting precise machining processes. 【Usage Scenarios】 - As a cushion for progressive dies - For product knockout and as a stripper - As a replacement for cam return springs 【Benefits of Implementation】 - Stable product production - Reduction in mold maintenance labor due to long lifespan - Large load capacity in limited space

• Other machine elements

In the opening and closing control of press molds, reliable operation of parts and safety are required. In particular, during the component manufacturing process using molds, the rebound of the blank holder can lead to poor transportation of parts and damage to the mold, which can result in decreased productivity. Our speed control gas spring, the 'SPC Series', addresses these challenges by reducing the piston rod speed to 0.4 m/s during the last 30 mm of the return stroke, ensuring a smooth stop of the blank holder. 【Application Scenarios】 - Opening and closing control of blank holders in automotive parts manufacturing molds - Stabilization of parts transportation on press processing lines 【Benefits of Implementation】 - Ensured transportation of parts by reducing or eliminating blank holder rebound - Expected improvement in productivity and increase in shot count - Easy retrofitting to existing molds is possible

• Other Auto Parts

The "SPC Series" is a gas spring developed with the aim of reducing or eliminating the rebound of the blank holder. It is particularly suitable for use in molds with a fast return stroke speed. By reducing the piston rod speed to 0.4 m/s during the last 30 mm of the return stroke, a damping effect is achieved, allowing the blank holder to stop smoothly. 【Features】 ■ Reduction or elimination of blank holder rebound ■ Increased shot count and improved productivity due to reliable part transport ■ Easy retrofitting to existing molds ■ Stroke length: 80–300 mm ■ Patent No. SE 517269, DE 102 96 883, and US 7,121,538 *For more details, please refer to the PDF document or feel free to contact us.

• Other Auto Parts

In the automotive industry’s pressing process, maintaining product quality and improving production efficiency are essential. In particular, deformation or damage to products during mold opening can lead to a decline in quality and rework, potentially causing delays in the production line. Our controllable gas spring, 'KF2', addresses these challenges by locking until a signal from the press is received during mold opening and releasing only after the press reaches the top dead center. 【Usage Scenarios】 - Product retention during mold opening in the pressing process - Assistance when moving products to the next station 【Benefits of Implementation】 - Improved quality by preventing product deformation and damage - Stabilization and potential shortening of the pressing process

• Other Auto Parts

As the miniaturization of home appliances progresses, the constraints on space in mold design have become more stringent. In particular, components that ensure reliable holding and smooth extraction of products are required to perform adequately within limited space. Insufficient holding or extraction can lead to a decline in product quality and production efficiency. Our R19 series delivers significant load capacity in confined spaces, contributing to stable product production. 【Usage Scenarios】 - As a cushion for progressive dies - For product knockout and stripper applications - As a replacement for cam return springs 【Benefits of Implementation】 - Stable product production - Reduction in mold maintenance labor due to long lifespan - Significant load capacity in limited space

• Other machine elements