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Gas springs Product List and Ranking from 26 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Aug 19, 2026~Sep 15, 2026
This ranking is based on the number of page views on our site.

Gas springs Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Aug 19, 2026~Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. KALLER Kanagawa//Machine elements and parts
  2. エコールド・ジャパン Chiba//Trading company/Wholesale
  3. タツタ Osaka//Machine elements and parts
  4. 4 竹内工業 Tokyo//Resin/Plastic
  5. 5 スガツネ工業 テクノフィールド事業部 Tokyo//Machine elements and parts

Gas springs Product ranking

Last Updated: Aggregation Period:Aug 19, 2026~Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. Cam Unit for Press Molds "Flex Cam" KALLER
  2. Gas spring (gas damper) with locking function エコールド・ジャパン
  3. Composition and Function of Gas Springs エコールド・ジャパン
  4. 4 [Example] Gas spring pincushion plate KALLER
  5. 5 KALLER "Color Gas Spring" Catalog Digest Edition KALLER

Gas springs Product List

271~300 item / All 327 items

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KALLER Color Gas Spring Catalog for Vessels

Gas spring designed with consideration for corrosion resistance required for marine applications.

In the maritime industry, high corrosion resistance is required due to the assumption of use in harsh environments with high salinity and humidity. In particular, components used in the openings of the hull and the supporting parts of equipment must have long-term durability and safety. Deterioration of parts due to corrosion increases the risk of malfunction and accidents. Our gas springs are designed for use in such harsh environments, providing reliable products. 【Application Scenarios】 - Assisting the opening and closing of hatches and doors in the hull - Supporting equipment covers on the deck - Access panels for maintenance of onboard facilities 【Benefits of Implementation】 - Improved durability in harsh marine environments - Safe opening and closing operations - Increased efficiency in maintenance tasks

  • Other machine elements
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Powerline Heavy Duty 'TX Series'

Supports progress management at construction sites with high initial load capacity and long stroke.

In the construction industry and on-site progress management, stable operation of equipment and reliability under harsh conditions are required. Particularly in situations involving the handling of heavy objects, such as the lifting and opening mechanisms of materials, ensuring reliable operation and safety is crucial. The use of inappropriate equipment can increase the risk of work delays and accidents. The Powerline Heavy-Duty 'TX Series' supports progress management on construction sites by accommodating a wide range of applications with high initial load capacity and long stroke. 【Usage Scenarios】 - Support for the opening and closing parts of construction machinery - Lifting assistance for material transport devices - Operational assistance for temporary structures 【Benefits of Implementation】 - Improved work efficiency - Enhanced safety - Stable operation of equipment

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  • Other molds
  • Gas springs

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Powerline Heavy Duty 'TX Series' for Automotive Manufacturing

Selection is possible due to high initial load and long stroke over a wide range. The pressure source is nitrogen, and it can be used in an ambient temperature of 0 to 80°C.

The TX series is a type of product that combines the high load capacity of the X spring with the external dimensions and stroke length of the TU spring. It is equipped with a filling port on the side or bottom for piping connections. The pressure source can be nitrogen, and it can be used in an ambient temperature range of 0 to 80°C. Options for hose and hose-less base plate connection filling ports are available. For more details, please contact us. 【Features】 ■ Initial load of 7,400 to 200,000 N ■ Filling port on the side or bottom for piping connections ■ Upper C groove, lower U groove, and bottom tap installation for various standard mounting ■ Hose and hose-less base plate connection filling ports available (optional) ■ Unique guide structure (flex guide) provides strength against eccentric loads *For more details, please refer to the PDF document or feel free to contact us.

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  • Other molds
  • Gas springs

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[For Industrial Machinery] Extremely Compact! Gas Spring 'CX Series'

Contributes to space-saving. Achieves high initial load while being compact.

In the field of industrial machinery, especially in applications where space-saving is required, components that can deliver sufficient performance in limited space are crucial. Our 'CX Series' gas springs, despite their compact design, provide high initial load and support the balance between space-saving and performance. 【Usage Scenarios】 - Areas in industrial machinery where pressing down or returning is necessary - Situations requiring large loads in small spaces that cannot be accommodated by coil springs 【Benefits of Implementation】 - Stable product manufacturing - Reduced machine maintenance due to long lifespan - Improved safety

  • Other molds
  • Gas springs

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Basic Theory of Gas Springs for the Automotive Industry

Explaining the basic theory of gas springs that assist in opening and closing trunks.

In the automotive industry, trunk opening and closing is a routine operation, and its smoothness and safety greatly impact the user experience. In particular, to facilitate the opening and closing of heavy trunks and prevent unintended closures, the selection and design of appropriate gas springs are essential. Improper design can increase the burden during opening and closing and raise the risk of accidents due to unexpected drops. This document explains the basic theory of gas springs and supports the selection of suitable gas springs for automotive trunk operations by understanding initial load calculations and load increase rates. 【Usage Scenarios】 * Assistance in opening and closing car trunks and hoods * Fixing during vehicle maintenance 【Benefits of Implementation】 * Achieving smooth and safe trunk opening and closing * Enhancing user convenience * Improving product reliability

  • Spring
  • Gas springs

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Basic Theory of Gas Springs for Aerospace Applications

Basic theory of gas springs useful for hatch fixation in the aerospace field.

In the aerospace field, hatch fixation requires high reliability and precise control. In particular, the hatch, which is the opening and closing part of the aircraft, necessitates secure opening and closing as well as safe fixation, with performance that can respond to changes in the external environment being crucial. Inappropriate design or component selection increases the risk of hatch malfunction or damage. Our technical document "Fundamental Theory of Gas Springs" addresses these challenges by explaining the initial load calculation methods for gas springs and load fluctuations due to temperature changes, supporting the exploration of optimal solutions. 【Usage Scenarios】 * Assistance for opening and closing hatches of aircraft and spacecraft * Fixing maintenance access panels * Control of opening and closing for equipment mounting hatches 【Benefits of Implementation】 * Reliable opening and closing of hatches and safe fixation * Improved ability to respond to changes in external environments * Increased efficiency in design and development processes

  • Spring
  • Gas springs

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Basic Theory of Gas Springs for Vessels

Explaining the basic theory of gas springs useful for deck opening and closing.

In the opening and closing of a ship's deck, smooth and reliable operability is directly linked to safety and work efficiency. Especially in harsh marine environments, the reliability of the opening and closing mechanism is crucial. Inadequate design or component selection can lead to malfunction or failure, increasing the risk of accidents. Our gas spring technical documentation covers the essential fundamental theories necessary for the design and selection of deck opening and closing mechanisms, contributing to the enhancement of safety and reliability for our customers. 【Application Scenarios】 - Assistance in opening and closing ship deck hatches and cargo doors - Stabilization of the opening and closing mechanism during maintenance - Ensuring durability in harsh marine environments 【Benefits of Implementation】 - Smoother deck opening and closing operations and improved safety - Reduced burden on operators - Long-term reliability and reduction of maintenance costs

  • Spring
  • Gas springs

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Basic Theory of Gas Springs for Play Equipment

Explaining the basic theory of gas springs, which are essential for the safety mechanisms of playground equipment.

In the safety mechanisms of playground equipment, reliable operation of parts and design to prevent unexpected accidents are required. In particular, to control the movement of movable parts and ensure safety, it is important to accurately understand the characteristics of gas springs and to design and operate them appropriately. Inadequate design or selection can lead to damage to the equipment or injuries to users. This document explains the basic theory of gas springs and provides information useful for safe playground equipment design. 【Usage Scenarios】 - Control of movable parts of playground equipment - Functionality as a safety device - Ensuring safety during maintenance 【Effects of Implementation】 - Improvement of playground equipment safety - Reduction of accident risks - Extension of product lifespan

  • Spring
  • Gas springs

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Basic Theory of Gas Springs for Industrial Machinery

Explaining the basic theory of gas springs useful for supporting heavy objects.

In industrial machinery, stability and safety are required for supporting and operating heavy objects. In particular, it is important to understand the characteristics of gas springs to accurately support the weight of moving parts and achieve smooth operation. Improper design or selection can lead to decreased equipment performance and unexpected accidents. Our "【Technical Document】Basic Theory of Gas Springs" serves as a resource to deeply understand the basic theory of gas springs in addressing the challenges of supporting heavy objects in industrial machinery and finding optimal solutions. 【Application Scenarios】 - Assisting in the lifting and opening/closing of heavy objects in industrial machinery - Balancing adjustments for moving parts - Safe position holding 【Benefits of Implementation】 - Improved smooth operability of heavy objects - Reduced burden on operators - Enhanced stability and ensured safety of equipment

  • Spring
  • Gas springs

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Basic Theory of Gas Springs for Sports Equipment

Explaining the basic theory of gas springs useful for seat adjustment.

In the adjustment of sports equipment seats, smooth and stable operability is required. In particular, the ability to finely adjust according to the user's physique and preferences is important for enhancing comfort and safety. Inadequate adjustment mechanisms can lead to misalignment during use and difficulty in operation. Our gas spring technical documentation explains methods for calculating initial load, load increase rates during isothermal compression, ideal gas laws, and load increases due to polytropic compression, which are useful for designing seat adjustment mechanisms. 【Usage Scenarios】 - Seat adjustments for bicycles and motorcycles - Seat adjustments for training equipment - Other sports equipment requiring smooth adjustments of movable parts 【Benefits of Implementation】 - Enables detailed seat adjustments tailored to user preferences - Improved operability and realization of comfort - Increased added value of the product

  • Spring
  • Gas springs

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Flex Cam Cutting Blade for the EV Market for Composite Material Molding

Simplifying the cutting of lightweight composite material structures from process and mold design.

In the composite material forming industry, especially in lightweight structural cutting, high-precision processing tailored to the properties of the materials is required. As the complexity of shapes and combinations of different materials increase, streamlining the cutting process and simplifying mold design are critical challenges directly linked to improving productivity and reducing costs. Our "FlexCam" addresses these challenges by increasing the number of processing operations within the mold, simplifying shear mold tools, and achieving high-precision cutting. 【Application Scenarios】 - Precision cutting of composite material components - Forming and processing of lightweight structural members - Piercing and pressing of complex-shaped components 【Benefits of Implementation】 - Simplification of process design, mold design, and mold manufacturing - High-precision processing without lateral displacement - Improvement in productivity and efficiency - Reduction in production costs per component

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  • Other molds
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Controllable Gas Spring for Press Molds 'KF2'

Continue to lock until a signal from the press arrives when the mold is open, and release it after the press reaches the top dead center to prevent product damage.

The "KF2" continues to lock until a signal from the press arrives when the mold is open, and it is released after the press reaches the top dead center, preventing damage to the product. This can help improve product quality and may also lead to a reduction in the press process time. 【Features】 ■ Locks at the bottom dead center to prevent product deformation ■ Can maintain the state until the press rises to the top dead center ■ Effective when moving the product to the next station *For more details, please refer to the PDF document or feel free to contact us.

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  • Other Auto Parts
  • Gas springs

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Gas Spring Power Line for Automotive Manufacturing - XG Series

Low overall length and high initial load gas spring for molds!

The "XG Series" is the most compact and powerful piston rod seal type gas spring among our gas springs. It is capable of providing a large load in a very small space. The initial load ranges from 350 daN to 6600 daN, and the stroke length is from 10 mm to 125 mm. 【Features】 ■ Initial load: 350 daN to 6600 daN ■ Stroke length: 10 mm to 125 mm ■ Side port for home systems ■ Upper C groove and lower U groove *For more details, please refer to the PDF document or feel free to contact us.

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  • Other machine elements
  • Gas springs

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Gas Spring Power Line for Molds - 'X Series'

Gas spring for molds with low overall length and high initial load.

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 tap, along with our standard mounts, various installations 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.

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  • Other machine elements
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Power Line Heavy Duty "TX Series" for Molds

Selection is possible due to high initial load and long stroke over a wide range. The pressure source is nitrogen, and it can be used in an ambient temperature of 0 to 80°C.

The "TX Series" is a type of product that combines the high load capacity of the X spring with the external dimensions and stroke length of the TU spring. It is equipped with a filling port on the side or bottom for piping connections. The pressure source can be nitrogen, and it can be used in an environmental temperature range of 0 to 80°C. An option for a filling port for hose and hose-less base plate connections is available. For more details, please contact us. 【Features】 ■ Initial load of 7,400 to 200,000 N ■ Filling port on the side or bottom for piping connections ■ Installation of upper C grooves, lower U grooves, and bottom taps for various standard mounting ■ Filling port for hose and hose-less base plate connections available (optional) ■ Unique guide structure (flex guide) that is strong against eccentric loads *For more details, please refer to the PDF materials or feel free to contact us.

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  • Other molds
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Gas Spring Power Line "X Series" for Injection Molding Type

A compact and powerful gas spring that contributes to safety design.

In injection molding, it has been about 40 years since gas springs have been used instead of coil springs for functions such as ejector plate return. The first use of gas springs in injection molds in Japan was also KALLER gas springs. Our KALLER gas springs, developed by the world's first manufacturer of standalone gas springs, offer a product lineup that meets the diverse needs of our customers based on years of experience and trust. You can select the optimal gas spring to fit the space of your mold. 【Application Scenarios】 - For ejector plate return - Other areas requiring large loads in small spaces - Areas needing long strokes 【Benefits of Implementation】 - Stable production due to long lifespan - Reduction in mold maintenance costs - Contribution to production prioritizing safety - Reduction of defective products

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  • Other machine elements
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Powerline Heavy Duty "TX Series" for Injection Molding Type

Selection is possible due to high initial load and long stroke over a wide range. The pressure source is nitrogen, and it can be used in an ambient temperature of 0 to 80°C.

In injection molding, it has been about 40 years since gas springs have been used instead of coil springs for functions such as returning the ejector plate. The first use of a gas spring in injection molds in Japan was also the KALLER gas spring. Our KALLER gas springs, developed by the world's first manufacturer of standalone gas springs, are backed by years of experience and trust, offering a product lineup that meets the diverse needs of our customers. You can choose the optimal gas spring to fit the space of your mold. 【Application Scenarios】 - For returning the ejector plate - Other areas that require large loads in small spaces - Areas that require long strokes 【Benefits of Implementation】 - Stable production due to long lifespan - Reduction in mold maintenance costs - Contribution to production prioritizing safety - Reduction of defective products

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  • Other molds
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Controller Gas Spring for Molds

To prevent product damage caused by molds during the pressing process! Gas springs with over 1.7 million units produced.

Due to the high demand for precision stamping in the manufacturing of parts for white goods, the stamping process has become increasingly complex. We provided support for the production of metal mesh parts to be attached to microwave doors at the request of a well-known Chinese home appliance manufacturer. Among all the door components, this metal mesh is particularly important for the safety of microwave users. 【Mold Manufacturing Project Overview】 ■ Client: A well-known Chinese home appliance manufacturer ■ Request: Support for the production of metal mesh parts ■ Result: Achieved great success with KF2 gas springs (avoiding product deformation by locking at the bottom dead center) ■ Duration: Approximately 5 months from product introduction to mold completion ■ Production Record: Over 1.7 million units *For more details, please refer to the PDF document or feel free to contact us.

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  • Press Dies
  • Gas springs

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R19 Series for the Automotive Industry

Contributes to the lightweighting of press molds! Easy identification with four types of pre-adjusted loads.

In the automotive industry, reducing vehicle weight is essential for improving fuel efficiency and reducing CO2 emissions. In press molds, reducing the number of parts and designing more compact molds can contribute to weight reduction. In particular, it is important for the components inside the mold to perform their functions reliably within limited space while keeping the overall weight down. Our R19 series addresses these challenges and contributes to the lightweighting of press molds. 【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

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  • Other machine elements
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Gas Springs for Railway Vehicle Manufacturing - 'XG Series'

Gas springs with low overall length and high initial load for fixing interior fittings in railway vehicles.

In the manufacturing of railway vehicles, secure fixation of interior components and efficient design within limited space are required. Particularly, to ensure passenger safety and comfort, it is important to firmly secure interior components so that they do not loosen or detach due to vibrations or shocks during operation. Additionally, compact and powerful fastening solutions are needed to make effective use of the limited space inside the vehicle. The "XG Series" is the shortest and most powerful piston rod seal type gas spring among our gas springs, capable of providing a large load in a very small amount of space. This achieves space efficiency and secure fixation for the interior of railway vehicles. [Usage Scenarios] - Fixing panels around seating areas inside the vehicle - Fixing doors of luggage racks and storage spaces - Other areas where secure fixation of interior components is necessary [Benefits of Implementation] - Reliable interior fixation in limited space - Mitigation of safety risks due to loosening or detachment of components - Contribution to improved maintainability

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  • Other machine elements
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R19 Series for Home Appliances

Gas springs for press molds that achieve miniaturization.

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

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  • Other machine elements
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R19 Series for Medical Devices

For precision machining of medical devices! Easy identification with four types of calibrated loads.

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

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  • Other machine elements
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[For Automotive Press Die] GS Power Line 'XG Series'

A gas spring that contributes to mold weight reduction with low overall length and high initial load.

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

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  • Other machine elements
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Automotive Parts: Gas Spring Catalog Digest Edition

A lineup of gas springs that contribute to the lightweighting of automotive parts!

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
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Gas Spring Catalog for Construction Machinery

KALLER's gas spring contributes to the support of construction machinery arms.

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
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[For Medical Devices] "Gas Spring" Catalog

Gas springs that contribute to ensuring the safety of medical devices.

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

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Aerospace Gas Spring Catalog Digest Edition

A lineup of gas springs designed with a focus on reliability!

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

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Automotive Manufacturing Gas Spring Catalog Digest Edition

A wide lineup of gas springs designed with safety as the top priority! Manufacturing and sales of gas springs and other products.

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.

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【For Agricultural Machinery】Powerful Initial Load! GS Mini 'R15 Series'

For the lifting of agricultural machinery cabins. Long lifespan and high durability gas spring.

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

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Gas Spring "TL Series" for Press and Sheet Metal Processing

The pressure source is nitrogen gas! A low overall length series compatible with various standard mounts. Initial load from 7500 to 75000N, stroke length up to 250mm.

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.

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