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Our products are widely used in packaging, printing, electronics, machinery manufacturing, medical care, automotive, shipbuilding, water treatment and other fields.
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Vacuum Ejector
Pressure Sensors
Integrated Vacuum Ejector
Integrated Suction System
Robot Cables
Electric Suction Cup
Vacuum Filter
Kawasaki Robot Teach Pendant Cable 50979-0360L10,KAWASAKI connected to the Robot control cabinet through your cable to the Teach Pendant. Please contact us if necessary.
KAWASAKI X3 Encoder Cable 50979-0498L15 Kawasaki X3 Encoder Cable Power Cable 5m, 10m, 15m, 20m, 30m, suitable for Kawasaki RS050N/RS080N/BX130X/BX200X/RS010N/RS020N Robot, if you need KAWASAKI Robot Encoder Cable, welcome to come consult.
KAWASAKI X4 Power Cable 50979-0110L05 , This product is suitable for Kawasaki RS050N/RS080N/BX130X/BX200X/RS010N/RS020N Robot. KAWASAKI Robot Power Cable, Robot Cable, Kawasaki Robot Teach Pendant Cable, Kawasaki Robot Cable Supply, If you want to know more about our products, please contact us.
Kawasaki RS050N/RS080N/BX130X/BX200X/RS010N/RS020N Robot,KAWASAKI X5 Power Cable 50979-0501L15 Guarantee, sample request, small quantity quick purchase.
Name:KAWASAKI Robot External Axis Encoder Cable Length:4m,8m,10m,12m,15m... The Kawasaki Robot External Axis Encoder Cable is designed specifically for use with Kawasaki robots, and is built to withstand the harsh conditions of industrial environments. It is made with high-quality materials and is designed to provide reliable and accurate feedback to the robot controller.
Kawasaki Robot Teach Pendant Cable 50979-0360, connected to the Robot control cabinet through the cable to the Teach Pendant. Standard length: 5M,10M,15M,20M,25M,30M(maximum length)
Kawasaki Robot Teach Pendant Cable 50979-0750, suitable for cntrol cabinet F60. Connected to the Robot control cabinet through the cable to the Teach Pendant. Standard length: 5M,10M,15M,20M,25M,30M( Maximum length).
Provide KUKA Robot Teach Pendant Cable spot, sample, small order, mass purchase service, supply, quality, price guarantee, cable factory robot cable, radiation line, high temperature line, a variety of UL certifications are available.
The cable length of KUKA Robot Teach Pendant Cable can be increased by extending (extending) the cable, brand: KUKA Kuka, place of origin: Germany, model: 00-174-902, Kuka KUKA robot accessories: C4 teaching pendant , Cable: extension cable 10m, use: used by KUKA industrial robots.
Shenzhen perseverance Automation Technology Co.,LTD will find for you the latest KUKA Robot External Axis Cable product detailed parameters, real-time quotations, market trends, high-quality commodity wholesale/supply information, and you can also query and issue inquiries for free information etc.
The KUKA Robot External Axis Cable is a type of cable that is designed to connect the robot controller to external axes of a KUKA robot. It is used to transmit power, control signals, and feedback signals between the controller and external axes, such as rotary tables, linear slides, or other additional axes of motion.
1. The MINI vacuum generator is small in size and light in weight, featuring a compact and delicate structure that can be directly connected to suction tools. It is convenient to install, simple to use and easy to maintain. 2. The MINI vacuum generator is a multi-stage vacuum generator. An optional check valve function is available for greater energy efficiency. It delivers rapid vacuum response, high ultimate vacuum and large vacuum flow, with stable performance. 3. The MINI vacuum generator is formed by injection molding from high-grade plastic and is capable of operating without freezing in hazardous gases and highly corrosive acidic environments within a temperature range of 0°C to 80°C. 4. The sealing components of the MINI vacuum generator can be selected in fluororubber (FKM) or EPDM (ethylene-propylene-diene rubber), which perform well in corrosive and acidic environments.
It can be operated with a single compressed air control valve. Each vacuum circuit is an independent multi-stage vacuum generator and does not affect the operation of the other circuits.
1. The PCV vacuum generator series features compact size, a simple design structure and a wide configuration range. The products come with mounting holes and can be fitted with a silencer, resulting in low noise and more reliable performance. They are convenient to install, simple to use and easy to maintain. 2. The PCV vacuum generator series is available with an optional vacuum pressure switch for greater energy efficiency. It delivers rapid vacuum response, high ultimate vacuum and large vacuum flow, with stable performance. 3. The product housing is machined from high-quality aerospace-grade extruded aluminum and finished with anodizing, offering superior impact resistance and corrosion resistance. The flapperless design ensures higher operating reliability in dusty or dirty environments, and the product is capable of operating in hazardous gas environments with wide temperature variations without freezing. 4. Applications: injection molding machin...
1. The classic vacuum generator series adopts PINEB concentric technology, featuring compact size, light weight, simple design, reasonable dimensions and a wide configuration range. Equipped with a silencer, vacuum gauge and mounting bracket, the products generate low noise; the attached pressure gauge enables easy observation. They are convenient to install, simple to use and easy to maintain. 2. The classic vacuum generator series is fitted with PINEB multi-stage concentric ejectors for low-pressure air supply. An optional check valve function is available for greater energy efficiency. The products deliver rapid vacuum response, high ultimate vacuum and large vacuum flow, with stable performance. 3. The product housing is formed by injection molding from high-quality PA (polyamide) plastic. It can operate without freezing in hazardous gases and highly corrosive acidic environments within a temperature range of -20°C to 80°C, and is suitab...
1. The vacuum generator series adopts PINEB concentric technology, featuring compact size, light weight, simple design, reasonable dimensions and a wide configuration range. Equipped with a silencer, vacuum gauge and mounting bracket, the products generate low noise; the attached pressure gauge enables easy observation. They are convenient to install, simple to use and easy to maintain. 2. The vacuum generator series is fitted with PINEB multi-stage concentric ejectors for low-pressure air supply. An optional check valve function is available for greater energy efficiency. The products deliver rapid vacuum response, high ultimate vacuum and large vacuum flow, with stable performance. 3. The product housing is machined from high-quality aluminum alloy, making it sturdy and reliable. It can operate in hazardous gases without freezing within a temperature range of -20°C to 80°C, and is suitable for applications with porous materials where air lea...
The vacuum generator series adopts PINEB concentric technology, featuring compact size and light weight, with a simple design structure, reasonable dimensions, and a wide configuration range. The products come with a silencer, vacuum gauge, and mounting bracket, producing low noise; the attached pressure gauge facilitates easy observation, and installation is convenient, simple, and easy to maintain. The vacuum generator series is equipped with PINEB multi-stage concentric ejectors for low-pressure air supply, with an optional check valve function for greater energy savings. It offers rapid vacuum response, high vacuum levels, large vacuum flow, and stable performance. 。
Compact size and light weight, suitable for applications with limited installation space and weight constraints. Two specifications are available: high‑vacuum type and high‑flow type, to meet different vacuum flow requirements for various working conditions. Built‑in vacuum break function eliminates the need for an external control unit, enabling rapid workpiece release. Optional separate vacuum filter and mounting bracket are available according to customers’ actual working conditions. Suitable for handling electronic components and other small‑sized workpieces. Designed for applications requiring fast pick‑up and fast release.
Compact & Lightweight Overall length: Max. 11% reduction (6.7 mm shorter) [Direct piping type] Port height: Max. 25% reduction (9.1 mm shorter) [Direct piping type] Weight: Max. 74% reduction (65.1 g lighter) [Direct piping type] Volume: Max. 39% reduction (14.1 cm³ smaller) [Cartridge type] Four Mounting Methods Direct mounting, standard bracket mounting, L-shaped bracket mounting, DIN rail mounting. Silencer and standard bracket included (Direct piping type only).
Since the suctioned material is discharged together with the exhaust air, ensure the exhaust port is not directed toward people or components. Do not use in environments with corrosive gases, chemical agents, organic solvents, seawater, water vapor, or where such substances may adhere.
Available in 3 types with maximum suction flow rates of 100/300/600 L/min (ANR); Air consumption reduced by 91% (PZL3, PZL6), thanks to the energy-saving vacuum pressure switch and improved vacuum generator efficiency; Weight reduced by up to 60%: PZL1: 180g ← PZL112 (previous product): 450g.
Available in 3 types with maximum suction flow rates of 100/300/600 L/min (ANR); Air consumption reduced by 91% (PZL3, PZL6), thanks to the energy-saving vacuum pressure switch and improved vacuum generator efficiency; Weight reduced by up to 60%: PZL1: 180g ← PZL112 (previous product): 450g.
The PZU vacuum generator series features a compact size with a simple in-line (pipe-type) design and quick-connect fittings. With a wide configuration range, it can be installed directly onto the hose near the vacuum suction cup (i.e., the vacuum point) without requiring any fixing, enabling quick installation, lower installation costs, and easy maintenance. The PZU vacuum generator series offers rapid vacuum response, high vacuum levels, large vacuum flow, and stable performance. Manufactured through advanced plastic injection molding, it can operate in environments ranging from -20°C to 80°C (non-freezing), including atmospheres containing hazardous gases and highly corrosive acidic media.
The PMK Integrated Vacuum System (PV Version) is a high-efficiency handling equipment specially developed for the photovoltaic industry. It adopts pneumatic operation and is equipped with an integrated vacuum generator unit. This system is particularly suitable for handling delicate photovoltaic components including silicon wafers and solar cells. It features rapid and precise handling performance, along with high volumetric flow rate and low air consumption.
The PF Series Suction Cup Vacuum Gripping System with Built-in Vacuum Generator is a universal handling device engineered to process workpieces of varying sizes, shapes, materials and surface finishes. Equipped with an integrated vacuum generator, this system efficiently handles a wide range of materials, including painted panels, unplaned lumber, packaging cartons, bags and cans, thin metal sheets, glass, plastic, as well as CFRP (Carbon Fiber Reinforced Polymer). Its lightweight construction and outstanding versatility make it perfectly suited for robotic integration. It is widely deployed in automated production lines, logistics handling and general manufacturing industries.
The PMOX Elliptical Vacuum Gripper System is a high-performance gripping solution specially developed for handling flexible bagged goods. Its unique deep concave structure offers superior adaptability, making it particularly suitable for gripping all kinds of irregular and easily deformable packaging bags. The heavy-duty construction maintains stable suction even under heavy-load working conditions, meeting the requirements of high-speed automated handling. The built-in sponge structure not only enhances suction sealing performance but also greatly extends service life, eliminating the common problem of sponge detachment found on conventional suction cups. It serves as an ideal automated suction tool for the food, pharmaceutical, FMCG and other industries.
The PMSG Series is a universal vacuum gripper with a built-in vacuum source, specially designed for handling workpieces with various sizes, shapes, materials and surface conditions. Boasting high integration and flexible installation, this unit meets diverse demands in automated handling, loading/unloading and assembly processes. It is particularly suitable for flexible production as well as multi-variety and small-batch manufacturing scenarios.
The PMSG Series is a versatile vacuum gripper with an integrated vacuum source, specially designed for handling workpieces of varying sizes, shapes, materials and surface conditions. Featuring high integration and flexible mounting, it fulfills diverse requirements in automated handling, loading/unloading and assembly processes. It is especially ideal for flexible production and multi-variety, small-batch manufacturing environments.
The PMSG Series is a universal vacuum gripper with a built-in vacuum source, specially designed for handling workpieces of various sizes, shapes, materials and surface conditions. With high integration and flexible mounting, it can satisfy diverse requirements in automated handling, loading/unloading and assembly processes. It is particularly suitable for flexible production and multi-variety small-batch production scenarios.
PSMX Series is a universal vacuum gripper with a built-in vacuum source, specifically designed for handling workpieces of varying sizes, shapes, materials, and surface conditions. Featuring high integration and flexible installation, the product meets diverse requirements in automated handling, loading/unloading, and assembly processes, and is particularly well-suited for flexible production and high-mix, low-volume manufacturing scenarios.
PSMX Series is a universal vacuum gripper with a built-in vacuum source, specifically designed for handling workpieces of varying sizes, shapes, materials, and surface conditions. Featuring high integration and flexible installation, the product meets diverse requirements in automated handling, loading/unloading, and assembly processes, and is particularly well-suited for flexible production and high-mix, low-volume manufacturing scenarios.
PSMX Series is a universal vacuum gripper with a built-in vacuum source, specifically designed for handling workpieces of varying sizes, shapes, materials, and surface conditions. Featuring high integration and flexible installation, the product meets diverse requirements in automated handling, loading/unloading, and assembly processes, and is particularly well-suited for flexible production and high-mix, low-volume manufacturing scenarios.
PSMX Series is a universal vacuum gripper with a built-in vacuum source, specifically designed for handling workpieces of varying sizes, shapes, materials, and surface conditions. Featuring high integration and flexible installation, the product meets diverse requirements in automated handling, loading/unloading, and assembly processes, and is particularly well-suited for flexible production and high-mix, low-volume manufacturing scenarios.
PMB/PMSG Series is a lightweight product within the vacuum gripper family, specifically designed for handling small workpieces. With its compact dimensions and simple structure, it is suitable for installation and use in confined spaces. Thanks to the configuration of self-sealing valves and throttle valves, it maintains effective suction force even when the workpiece experiences partial air leakage. It is widely used for handling workpieces with smooth or porous surfaces, and is particularly well-suited for automated loading and unloading of circuit boards in the electronics industry.
PSMX Series is a universal vacuum gripper with a built-in vacuum source, specifically designed for handling workpieces of varying sizes, shapes, materials, and surface conditions. Featuring high integration and flexible installation, the product meets diverse requirements in automated handling, loading/unloading, and assembly processes, and is particularly well-suited for flexible production and high-mix, low-volume manufacturing scenarios.
Kawasaki Robot Teach Pendant Cable 50979-0360L10,KAWASAKI connected to the Robot control cabinet through your cable to the Teach Pendant. Please contact us if necessary.
KAWASAKI X3 Encoder Cable 50979-0498L15 Kawasaki X3 Encoder Cable Power Cable 5m, 10m, 15m, 20m, 30m, suitable for Kawasaki RS050N/RS080N/BX130X/BX200X/RS010N/RS020N Robot, if you need KAWASAKI Robot Encoder Cable, welcome to come consult.
KAWASAKI X4 Power Cable 50979-0110L05 , This product is suitable for Kawasaki RS050N/RS080N/BX130X/BX200X/RS010N/RS020N Robot. KAWASAKI Robot Power Cable, Robot Cable, Kawasaki Robot Teach Pendant Cable, Kawasaki Robot Cable Supply, If you want to know more about our products, please contact us.
Kawasaki RS050N/RS080N/BX130X/BX200X/RS010N/RS020N Robot,KAWASAKI X5 Power Cable 50979-0501L15 Guarantee, sample request, small quantity quick purchase.
Name:KAWASAKI Robot External Axis Encoder Cable Length:4m,8m,10m,12m,15m... The Kawasaki Robot External Axis Encoder Cable is designed specifically for use with Kawasaki robots, and is built to withstand the harsh conditions of industrial environments. It is made with high-quality materials and is designed to provide reliable and accurate feedback to the robot controller.
Kawasaki Robot Teach Pendant Cable 50979-0360, connected to the Robot control cabinet through the cable to the Teach Pendant. Standard length: 5M,10M,15M,20M,25M,30M(maximum length)
Kawasaki Robot Teach Pendant Cable 50979-0750, suitable for cntrol cabinet F60. Connected to the Robot control cabinet through the cable to the Teach Pendant. Standard length: 5M,10M,15M,20M,25M,30M( Maximum length).
Provide KUKA Robot Teach Pendant Cable spot, sample, small order, mass purchase service, supply, quality, price guarantee, cable factory robot cable, radiation line, high temperature line, a variety of UL certifications are available.
The cable length of KUKA Robot Teach Pendant Cable can be increased by extending (extending) the cable, brand: KUKA Kuka, place of origin: Germany, model: 00-174-902, Kuka KUKA robot accessories: C4 teaching pendant , Cable: extension cable 10m, use: used by KUKA industrial robots.
Shenzhen perseverance Automation Technology Co.,LTD will find for you the latest KUKA Robot External Axis Cable product detailed parameters, real-time quotations, market trends, high-quality commodity wholesale/supply information, and you can also query and issue inquiries for free information etc.
The KUKA Robot External Axis Cable is a type of cable that is designed to connect the robot controller to external axes of a KUKA robot. It is used to transmit power, control signals, and feedback signals between the controller and external axes, such as rotary tables, linear slides, or other additional axes of motion.
The KUKA Robot Encoder Cable is an essential component of the robot system and is designed to be highly durable and resistant to wear and tear. It is available in a range of lengths to accommodate different configurations and installation requirements.
Easy to use: The whole system features a simple structure, no air supply required, with direct and responsive operation. Wide adaptability: Suitable for workpieces of various shapes and sizes without changing chucks or adjusting positions. High safety: Flexible contact via suction cups prevents damage to workpieces. Load capacity ranges from 2 kg to 8 kg.
Easy to use: The whole system features a simple structure, no air supply required, with direct and responsive operation. Wide adaptability: Suitable for workpieces of various shapes and sizes without changing chucks or adjusting positions. High safety: Flexible contact via suction cups prevents damage to workpieces. Load capacity ranges from 2 kg to 8 kg.
Filters dust and other contaminants drawn in through the air inlet. Reduces risks of vacuum pump shutdown or operational interruption. Replaceable filter element. Special filter elements are available to increase the filtration area.
Compact and lightweight. Quick coupling design for fast and easy setup. Filter element is replaceable. Quick-release structure allows filter element replacement without tools. Straight-through type with inlet and outlet aligned on the same axis for easy installation. Standard version comes with mounting bracket.
Positive pressure and negative pressure can be used simultaneously. Compact size and light weight. Quick coupling type for easy and fast assembly. Replaceable filter element. Adopts quick disassembly structure; filter element can be replaced without tools. Straight-through design with inlet and outlet on the same axis for easy installation. Standard model equipped with mounting bracket.
About Us
perseverance is a technology-driven enterprise integrating the R&D, production and sales of vacuum products.
2015
Founded in
50
+
Certifications & Qualifications
30
+
R&D Team
18
+
Production Lines
500
+
Partners
Shenzhen perseverance Automation Technology co., LTD
A tech-driven enterprise for R&D, production and sales of vacuum products, founded in 2015. Based in Shenzhen, we focus on vacuum & automation technologies, striving to boost production efficiency and create greater value for customers.
Our core products cover vacuum suction cups, ejectors, custom suction cups, filters, digital pressure gauges and other vacuum components plus vacuum conveyors. These high-performance products are widely applied in packaging, printing, electronics, machinery manufacturing, medical care, automotive and other key fields.
News Center
Based in Shenzhen, China’s Tech Hub – Specialized in R&D of High-Precision Transmission Components.
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Empowering Manufacturing Upgrading with Intelligent Automation: Technological Innovation and Industrial Implementation in 2026 In 2026, the digital and intelligent transformation of global manufacturing is accelerating. As the core pillar of smart manufacturing, industrial automation has become a key driver for manufacturing enterprises to improve quality, increase efficiency, and achieve industrial upgrading. With the in-depth integration of artificial intelligence, edge computing, digital twin and other cutting-edge technologies with industrial scenarios, traditional extensive production models are rapidly upgrading. Flexible production, data-driven operation and intelligent collaboration have become industry trends, continuously empowering the high-quality development of the entire manufacturing industrial chain. Faced with growing demands for labor optimization, cost re... -
Automotive automatic assembly lines adopt advanced robotics, conveyor systems and real-time industrial communication technologies to achieve high-speed, precise and standardized vehicle production. These systems can complete core processes including welding, spraying, inspection and final assembly, minimize manual operations, and guarantee repeatable and high-quality production. The Future Importance of Automation in the Automotive Manufacturing Industry With the growing demand for electric vehicles, prominent customized production trends and rising workplace safety requirements, automated assembly lines are gaining increasing importance, reflected in the following aspects: Achieve sustained and reliable production Real-time quality monitoring and fault diagnosis Efficient mass customized production Reduce personnel exposure risks in hazardous environments Cu...
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Q: What is Industry 4.0D：In order to take the lead in the new round of industrial revolution and compete for the voice of international industrial competition, Germany implemented the Industry 4.0 strategy, while the United States promoted the concept of the Industrial Internet. The basic concepts of the two are similar, both are virtual networks and entities connected, which is an exploration of the future development direction and development model of industry.Industry 4.0 refers to the transformation of production or service models from centralized control to decentralized enhanced control, helping to achieve highly flexible personalized and digital production or services.Industrial Internet pays more attention to software, network and big data, aiming to realize the integration of communication, control and computing.Q: Definition of Industrial Safety Light...
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Empowering Manufacturing Upgrading with Intelligent Automation: Technological Innovation and Industrial Implementation in 2026 In 2026, the digital and intelligent transformation of global manufacturing is accelerating. As the core pillar of smart manufacturing, industrial automation has become a key driver for manufacturing enterprises to improve quality, increase efficiency, and achieve industrial upgrading. With the in-depth integration of artificial intelligence, edge computing, digital twin and other cutting-edge technologies with industrial scenarios, traditional extensive production models are rapidly upgrading. Flexible production, data-driven operation and intelligent collaboration have become industry trends, continuously empowering the high-quality development of the entire manufacturing industrial chain. Faced with growing demands for labor optimization, cost re...
