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产品
- - 手工系列
    MIG/MAG 焊枪
    TIG 氩弧焊枪
    等离子切割炬
    等离子焊枪
  - 机器人系列
    机器人焊枪
    机器人焊枪周边配件
    机器人电源
    焊丝输入控制装置
    传感器
    激光设备
  - Extraction Technology
    Fume Extraction Systems
    Fume Extraction Torches
  - 配件
    焊枪电缆接头
    焊钳、气刨枪和气刨电极
    实用程序和配件
    除烟系统和水箱
    焊接化学品
    钨电极
  - 其他
    焊工保健操
  - MIG/MAG 焊枪
    MB EVO PRO 系列焊枪
    MB EVO 系列焊枪
    MB GRIP 系列焊枪
    MB ERGO 系列焊枪
    
    Push-Pull Plus 系列焊枪
    
    RAB GRIP 系列除烟焊枪
    RAB GRIP HE 系列除烟焊枪
    
    ABIMIG^® A T LW 系列焊枪
    ABIMIG^® A LW 系列焊枪
    ABIMIG^® W T 系列焊枪
    ABIMIG^® W 系列焊枪
    配置器
    
    ABIMIG^® GRIP W 系列焊枪
    AB GRIP 系列焊枪
    
    ALPHA FLUX 350 药芯焊条自保护焊枪
    
    中央适配器和中央接头
  - TIG 氩弧焊枪
    氩弧焊枪--SR系列
    氩弧焊枪 ABITIG^® GRIP 9 - 26系列
    氩弧焊枪 ABITIG^® GRIP 150 - 500
    氩弧焊枪 ABITIG^® GRIP Little 9 - 24
    氩弧焊枪 ABITIG^® GRIP Little 90 - 260
  - 等离子切割炬
    ABIPLAS^® CUT
    ABICUT
  - 等离子焊枪
    ABIPLAS^® WELD 等离子焊枪
  - 机器人焊枪
    MIG/MAG 焊枪系统 ROBO WH A 和 ROBO WH-PP A
    MIG/MAG 焊枪系统 ROBO WH W 和 ROBO WH-PP W
    MIG/MAG 焊枪系统 ABIROB^® W
    MIG/MAG 焊枪系统 ABIROB^® A
    MIG/MAG 焊枪系统 ABIROB^® 350 GC
    MIG/MAG 焊枪系统 ROBO Standard
    MIG/MAG 焊枪系统 ROBO Compact W600
    MIG/MAG 焊枪系统 TANDEM
    TIG 焊枪系统 ABITIG^® WH
    TIG 焊枪系统 ABITIG^® MT
    ABIPLAS^® WELD 等离子焊枪系统
    旋转焊枪 ABIMIG^® SpinArc^®
  - 机器人焊枪周边配件
    ATS-Rotor 枪颈更换装置
    CAT3 防碰撞装置
    CAT Compact 防碰撞装置
    iCAT 防碰撞器
    iCAT mini 防碰撞器
    iSTM 防碰撞器
    机器人防碰撞器 iSTM mini
    MasterLiner 送丝系统
    清枪装置 BRS
    焊枪更换工作站 TES
    剪丝装置 DAV
    喷射装置 TSi
    校正装置
  - 机器人电源
    机器人电源 iROB
  - 焊丝输入控制装置
    MFS-V3 焊丝输入控制装置
  - 传感器
    气体管家 EWR 2 / EWR 2 Net
    焊缝跟踪传感器 TH6D
    TH6i 焊缝跟踪传感器
  - 激光设备
    应用
    ALO1
    ALO3
    RLH-A
    RLW-A
    BO-SF
    BO
  - Fume Extraction Systems
    Fume Extraction System xFUME VAC ADVANCED
    Fume Extraction System xFUME VAC PRO
    Fume Extraction System xFUME VAC FLEX
    
    除烟系统 FEC
    
    除烟系统 FES-200 与 FES-200 W3
  - Fume Extraction Torches
    RAB GRIP 系列除烟焊枪
    RAB GRIP HE 系列除烟焊枪
  - 焊枪电缆接头
    焊枪电缆链接头 ABIPLUG
  - 焊钳、气刨枪和气刨电极
    手持式电焊钳 DE 2200 / DE 2300 / DE 2400 / DE 2500
    手持式电焊钳 K10 / K12 / K12 T / K16 / K16 T
    手持式电焊钳 TEAM BINZEL^® G 3000 / G 4000
    气刨焊枪 ABIARC
  - 实用程序和配件
    专业配件专业配件可提升焊枪的性能和可靠性。在理想匹配的情况下，专业配件构成了功能安全和长期使用寿命的基础。
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  - 除烟系统和水箱
    冷却装置 CR 1000 / CR 1250
    送丝装置 ABIDRIVE V2
  - 焊接化学品
    防飞溅喷剂
    黑罐防飞溅膏
    防飞溅液
    冷却液
  - 钨电极
    为了获得最佳的焊接效果对于钨极惰性气体保护焊 (TIG)，除了焊枪、能源和惰性气体之外，非熔化和耐高温的钨电极也是获得最佳焊接效果的一个主要因素。
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  - 焊工保健操
    焊工健身手册
    焊工健身练习
焊接解决方案
- - Stainless steel
    Join securely – prevent corrosion Welding stainless steel is a special challenge. To create clean seams and permanently stable connections with minimal risk of corrosion it is important first of all to determine the stainless steel exactly. After this, the welding method and the welding process must be exactly aligned to this. Welding is usually carried out with TIG, MIG, MAG and manual metal arc welding methods.
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  - Aluminium
    Long-lasting connections – outstanding visual appearance Aluminium is a lightweight and at the same time solid material that is used wherever stable components must not weigh very much. The material is used in alloys in aerospace, as well as in the construction of railway vehicle, motor vehicles and ships. TIG, plasma, MIG or even laser welding methods are used, depending on the specification and the thickness of the workpiece.
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  - Structural steel
    Numerous types – infinite possibilities Structural steel is a generic term used for various steels that are processed in the steel and machine engineering industries. The steel is available as rods, profiles, pipes and sheet metal in a number of thicknesses and dimensions. Structural steel is usually easy to weld, durable when handled and suitable for all conventional welding procedures.
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  - Special material
    Special properties – special applications Special materials have special properties and are suitable for special applications. There are highly durable, strong, light or resistant special materials for various requirements. These may be particularly resistant to chemical, thermal or mechanical loads. When selecting the right welding procedure for these materials it is important to know the precise material properties.
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  - MIG (GMAW)
    Metal inert gas welding MIG welding is a metal shielding gas welding process (GMAW) with inert gas, in which the light arc burns between a continuously fed melting wire electrode and the material. The melting electrode supplies the additive material for forming the weld. MIG welding can be used simply and economically with nearly all materials that are suitable for welding. Different shielding gases are used, depending on the requirement and the material.
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  - MAG (GMAW)
    Metal active gas welding MAG welding is a metal shielding gas welding process (GMAW) with active gas, in which the arc burns between a continuously fed melting wire electrode and the material. The melting wire electrode supplies the additive filler metal for forming the weld. MAG welding can be used simply and economically with nearly all materials that are suitable for welding. Different shielding gases are used, depending on the requirement and the material.
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  - TIG (GTAW)
    Tungsten inert gas welding TIG welding is tungsten shielding gas welding process (GTAW) with inert gas, in which the arc burns between a non-melting tungsten electrode and the material. TIG welding can be used simply and economically on a variety of materials. Different shielding gases are used, depending on the requirement and the material.
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  - Laser welding
    Laser beam welding Laser beam welding - in brief: laser welding - is a beam welding process that is used to join metals. The heat required to connect the parts is generated by the laser beam which is focussed onto the weld. Laser welding is a very fast and efficient welding process that is highly suited for automated processes.
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  - Plasma welding (PAW)
    Tungsten plasma welding / Plasma metal inert gas welding Plasma welding is a shielding gas welding process with inert gas and a further development of the TIG welding procedure. Here, the arc burns between a non-melting electrode and the material. The plasma beam, which is used as a heat source, is created by a high supply of energy that makes the shielding gas electrically conductive. The arc is constricted and thereby reaches a higher energy density than during TIG welding. Plasma welding is suitable for all electrically conductive materials.
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  - Plasma cutting
    Plasma arc cutting Plasma cutting is a arc cutting process in which the arc burns between a non-melting electrode and the material. The heat source is a beam of very hot electrically conductive gas, the so-called plasma beam. Plasma cutting is suitable for all electrically conductive materials. Various cutting gases are used in plasma cutting depending on the requirement and material.
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  - Manual metal arc welding (MMAW)
    Arc electrode welding Manual metal arc welding is a metal arc welding process (MMAW) in which an electrical arc burns between a sheathed rod electrode and the material. No shielding gas is used in manual metal arc welding. The sheathed melting electrode forms a shielding gas to protect the smelt and supplies additives to create the required seam. Manual metal arc welding can be used on nearly all materials suitable for welding, simply and efficiently. Shielding gas is not supplied but is created – depending on the requirement and material – when the electrode sheath melts. The procedure is also used in small and medium-sized businesses and when building ships, pipelines as well as steel constructions and bridges outdoors.
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  - Manual
    Join securely – work effectively Manual welding, or welding by hand, is among the most demanding and stressful activities in metal construction. To join materials securely welders frequently have to work for longer periods in so-called constrained positions. To make this possible over a longer period a welding torch is needed that relieves the welder and provides optimal support during work.
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  - Automated
    Welding evenly – working economically With recurring welding jobs automated welding ensures fast processes, constant high welding quality and, if planned correctly, short amortisation periods. Thanks to technological progress in recent years, automated welding offers clear advantages in comparison with manual welding to SMEs as well. Automated welding can also be realised with different methods.
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  - Thin sheet welding
    Ensuring stability – avoiding thermal distortion Welding thin plates up to 3 mm thick is one of the most complex joining tasks. The aim is to create a stable connection despite the thin material gauge. To prevent distortion of the metal plate and time-consuming reworking, as little heat as possible needs to be generated on the work surface. This requires lots of experience, finesse and welding equipment that is capable of working precisely in every situation.
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  - Thick plate welding
    More efficient welding – improving quality Joining thick steel plates like those used to build ships and machines is one of the most complex and difficult welding tasks, and often large tolerance differences and gaps need to be compensated. All parts require careful preparation to ensure permanently stable connections. Also, the required result is often only achieved after several welding processes.
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  - Welding large parts
    Wide welds – long distances Using optimised welding equipment is essential when welding large parts because the wide welds on the parts, which are usually subject to heavy loads, must remain permanently stable and securely attached. Also, large distances often need to be bridged between the power source and the welding point. The wire and gas supplies need to work reliably and all parameters and various welding programs must be retrievable, if possible by remote control.
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  - Health
    Reducing strain – preventing tension Welding can impact on health, which is why there is a series of statutory prevention regulations governing released gases and vapours, extreme light and high temperatures. These include the use of extractor systems, mobile extractor devices, fume extraction torches and personal protective equipment. As a leading welding equipment partner, ABICOR BINZEL wants to help welders to reduce the physical stress associated with welding.
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  - Research and development
    Using the test laboratory – driving innovations ABICOR BINZEL is one of the quality and innovation leaders for welding torches and has made a decisive contribution to shaping the world of welding over many years. ABICOR BINZEL is particularly concerned with continuously improving products, relieving the strain on welders, researching into new processes and supporting automated welding with the objective of developing efficiency-enhancing joining technology solutions. For this reason, developers in the ARClab test laboratory work daily on optimising product solutions and testing new products thoroughly.
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  - Process development
    Utilise competence – optimise processes ABICOR BINZEL has been a leading specialist for welding technology for over 60 years and works with very different companies, institutes and research institutes. In the Innovation and Technology Centre (ITC) experts from ABICOR BINZEL are available with their whole experience to manufacturing companies across the whole spectrum of industry. They advise and support these companies in developing and optimising their joining technology processes and help them to make their production more economic, more efficient and better.
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客户案例
- - BOMAG GmbH, Boppard, Germany
    Testing the MB EVO PRO: lighter, more flexible and cooler BOMAG specialises in machines for compacting earth, asphalt and waste. The global market leader based in Boppard at the Rhein river has around 2500 employees worldwide. ABICOR BINZEL welding torches have been used here for over 30 years for demanding welding tasks in steel construction work. In test operations over several weeks, the new air- and liquid-cooled MB EVO PRO welding torches convinced welders and those responsible straight away.
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  - CRIST Offshore Sp. zo.o., Gdynia, Poland
    The specialist for offshore constructions and platforms The CRIST shipyard in Gdynia has the longest dry-dock in Poland and specialises in building giant constructions and ships for the offshore sector. About 150 people work in the shipyard's offshore sector. The company has relied on ABICOR BINZEL's flexible welding torches for many years.
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  - E & F Metall- und Rohrleitungsbau GmbH, Föhren, Germany
    Stainless and steel – for the highest demands E & F is an experienced specialist for metal constructions and pipelines in the foodstuffs and pharmaceutical industries, as well as in other sectors with high quality demands. Over 80 welders work for the company worldwide. Following an intensive test phase, E & F has converted its welding torches to product solutions from ABICOR BINZEL.
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  - Kranbau Köthen GmbH, Köthen, Germany
    We take a load off you Kranbau Köthen GmbH develops and manufactures individual special, process and automatic cranes. The company was founded in 1934, has around 250 employees and supplies customers all over the world. As a long-term industrial user, Kranbau Köthen also supports ABICOR BINZEL in developing and testing new products and technologies.
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  - Remontowa Shipbuilding SA, Danzig, Poland
    Ship conversion and shipbuilding with the highest standards The Remontowa shipyard in Gdansk is one of the leading shipyards for ship conversions in Europe. The company was founded in 1952 and carries out over 200 ship repairs and conversions annually. Following a convincing test, the shipyard now uses ABIMIG^® A T LW torches from ABICOR BINZEL for all its welding work.
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  - SAMSON AG, Frankfurt, Germany
    Valves for measurement and control technology SAMSON AG is one of the world's leading appliance manufacturers for measurement and control technology. The company stands for quality technical workmanship, entrepreneurial continuity and great innovative capabilities. In order to realise different manual and automated welding work securely in the desired quality, Samson AG relies on welding torches from ABICOR BINZEL.
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  - Gdansk Shipyard SA, Danzig, Poland
    Shipbuilders with a long tradition The tradition-steeped Gdansk Shipyard counts flexibility and versatility among its strengths. It demands both from its workforce and their tools. The shipyard relies on welding torches from ABICOR BINZEL to enable its welders to carry out their work optimally.
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  - Bronpi Calefacción, Lucena, Spain
    100% tightness for comfortable warmth Bronpi Calefacción, based in Lucena, southern Spain, develops and manufactures high-quality fire places, wood burning stoves and pellet heating systems. The company was founded in 1985 and has over 200 employees. Along with Spain, the main sales markets are above all England and other European countries. Bronpi relies completely on ABICOR BINZEL products for welding technology.
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  - Gosan S.A., Bilbao, Spain
    Gosan products lift the world Since 1971 Gosan has supplied mechanical components for lifting, conveying and storage systems all over the world. The market leader focusses on customised welded sheaves for lifting heavy loads. To ensure that all quality and safety requirements are fulfilled, Gosan uses technology from ABICOR BINZEL for automated and hand welding work.
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  - Stahl Maschinenbau GmbH & Co. KG, Perkam, Germany
    Reliable series production of hydraulic tanks Stahl Maschinenbau in Perkam, Bavaria, specialises in the development and production of hydraulic and diesel tanks for construction machines, cranes and industrial lifts. The company meets the high standards for quality and series production among other things through the use of robot welding technology from ABICOR BINZEL.
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  - WP Performance Systems, Munderfing, Austria
    World-class welding WP Performance Systems has already won over 300 world championships. Because in motorcycle racing there's hardly a single professional who does not use frames from the Austrian manufacturer. High-end chassis from WP are regularly found among the leaders both off-road and in road races. One reason: their high quality, which is enabled as well with the help of ABICOR BINZEL welding technology.
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行业
- - 行业
    汽车和交通运输领域
    一般工业领域
    造船和海洋工程
    建筑及钢结构
    重工领域
    能源领域
    新兴应用领域
  - 汽车和交通运输领域
    完美的外壳 – 最佳的安全性和稳定性汽车或者其他运输工具的外壳焊接必须满足汽车制造和运输的严格要求。根据实际应用，必须是耐磨抗力、安全性高和外观科学性。厚板材用于底盘车架，薄板和铝合金用于轻质结构车身部件，高强度抗变形的钢用于乘客座舱。ABICOR BINZEL为汽车制造商及其供应商提供全方面的焊接技术解决方案，可提供手动、部分机械化和自动化的焊接工艺。
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  - 一般工业领域
    多种材料 – 匹配对应的焊接工艺从管道到办公椅，从自动取款机到过山车 – 几乎任何设施都离不开焊接技术。焊机、工艺和设备要求会根据应用范围而变化。具有特殊功能的材料是焊接工艺的决定性因素。ABICOR BINZEL为几乎所有材料和手动、机械或自动化焊接任务提供最佳的焊接技术解决方案。
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  - 造船和海洋工程
    高要求 – 各种焊接任务在造船和海洋工程中，对焊工、焊接设备及焊接工艺都需要很高的要求。必须考虑到环境恶劣的影响，如底漆板材的特殊功能，部件不会出现变形以及无需再次加工即可上漆的焊缝。焊工通常在恶劣的环境或有限的空间内进行焊接，为了完成任务，ABICOR BINZEL为手工焊接和部分机械化焊接以及机器人焊接提供量身定制的解决方案。
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  - 建筑及钢结构
    稳固的结构 – 依赖于特殊的焊接技术及工艺建筑工程中的焊接通常意味着对镀锌结构或钢和铝合金的焊接。例如在生产车间、施工现场、电梯井或桥梁上等工作环境进行焊接。根据材料和应用的要求，选择合适的焊接工艺。在手动焊接中，轻质且符合人体工程学的焊枪非常适用于这些环境。而部分机械化和自动化焊接，有可能需要对实际情况进行定制特殊焊枪，同时对焊接技术也提出了特殊要求。
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  - 重工领域
    严苛的焊接任务 – 特殊设备重工领域需要高性能和灵活的焊接设备，从而为焊工和焊接工作提供最佳支持。如对厚壁部件进行手工焊接，其中一些部件在正常体位难以焊接，这往往依赖于设备的灵活性。而部件中的焊缝则要求满足在严苛的环境中仍然耐磨抗力。ABICOR BINZEL提供多种用于手动和部分机械化焊接的高性能的标准和特殊焊枪，以及自动焊接的特殊解决方案。
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  - 能源领域
    极端负荷 – 特殊焊接解决方案管道和储罐、风车和涡轮机、太阳能收集器和焚烧厂等都属于能源领域。这些领域都要求坚固、可靠的焊缝，而且材料中除钢材外，还必须经常焊接特殊材料，以满足对稳定性和安全性的特别高的要求。ABICOR BINZEL提供各种高性能和符合人体工程学的焊接设备，适用于手动、部分机械化和自动化焊接工艺。
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  - 新兴应用领域
    发展大趋势 – 使用创新的焊接技术许多新兴创新技术的发展都依赖焊接技术提供的解决方案。如电动汽车存储器的生产在微观和宏观领域都依赖激光和特殊焊接工艺。ABICOR BINZEL为使用创新的焊接技术、传统材料和各种特殊材料的机械化和自动化生产提供个性化的解决方案。
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ABIPLAS^® CUT 等离子切割炬

ABIPLAS^® CUT 等离子切割炬

ABIPLAS^® CUT 系列切割炬可用于在所有常用切割位置的等离子切割，使用压缩空气作为等离子体和冷却气体。

由于具有多种等离子喷嘴、电极和附件可供选择，ABICOR BINZEL 等离子割炬适合个人连续使用，即便在最恶劣的条件下。特殊切割炬可用于自动化应用。

显著优势:

坚固的设计和最佳的冷却保证了切割炬和耗材的长使用寿命
带有延长触发器的手柄，增加了等离子喷嘴与手之间的距离，有助于更安全和无疲劳的操作
可快速更换的耗材（包括绝缘体） - 易于操作
多种可选的耗材、设备和附件 – 适用于所有的切割任务

ABIPLAS^® CUT 气冷式等离子切割炬

技术数据 (EN 60 974-7)：

类型:	ABIPLAS^®CUT 70 / 70 MT	ABIPLAS^® CUT 110 / 110 MT	ABIPLAS^® CUT 150 / 150 MT
冷却类型:	气冷式	气冷式	气冷式
导频电流:	15 - 22 A (最大 25 A)	15 - 25 A (最大 27 A)	15 - 27 A (最大 29 A)
额定值:	70 A (在 60 % DC 时) 50 A (在 100 % DC 时)	110 A (在 60 % DC 时) 90 A (在 100 % DC 时)	150 A (在 60 % DC 时) 120 A (在 100 % DC 时)
气体类型:	压缩空气	压缩空气	压缩空气
气流量:	约 155 升/分钟	约 180 升/分钟	约 235 升/分钟
工作压力:	5 - 5.5 巴	5 - 5.5 巴	5 - 5.5 巴
喷嘴尺寸限定的空气值:	1.1 mm	1.4 mm	1.8 mm
− 等离子空气：	约 22 升/分钟	约 30 升/分钟	约 39 升/分钟
− 软启动空气：	≥ 12 升/分钟	≥ 15 升/分钟	≥ 15 升/分钟
延时关气时间:	≥ 60 秒	≥ 60 秒	≥ 60 秒
点火类型:	HF	HF	HF
供气:	压缩空气，同时用作等离子和冷却气体	压缩空气，同时用作等离子和冷却气体	压缩空气，同时用作等离子和冷却气体
点火电压:	7 kV	7 kV	7 kV
切割厚度:	取决于将切割的材料和电源，在 70 A 时最大为 25 mm	取决于将切割的材料和电源，在 110 A 时最大为 40 mm	取决于将切割的材料和电源，在 150 A 时最大为 55 mm

ABIPLAS^® CUT 液冷式等离子切割炬

技术数据 (EN 60 974-7)：

类型:	ABIPLAS^®CUT 200 W / 200 W MT 标准易损件	ABIPLAS^® CUT 200 W / 200 W MT 专用易损件
冷却类型:	液冷式	液冷式
导频电流:	15 - 27 A (最大 29 A)	15 - 27 A (最大 29 A)
额定值:	200 A (在 100 % DC 时)	160 A (在 100 % DC 时)
气体类型:	压缩空气	压缩空气
工作压力:	3.5 - 4.5 巴	3.5 巴
喷嘴尺寸限定的空气值:	1.8 mm	1.8 mm
− 等离子空气：	约 39 升/分钟	约 21 升/分钟
− 软启动空气：	≥ 15 升/分钟	≥ 15 升/分钟
延时关气时间:	≥ 20 秒	≥ 20 秒
点火类型:	HF	HF
供气:	压缩空气用作等离子气体	压缩空气用作等离子气体
点火电压:	7 kV	7 kV
切割厚度:	取决于将切割的材料和电源，在 200 A 时最大为 70 mm	取决于将切割的材料和电源，在 160 A 时最大为 60 mm

ABICOR BINZEL (GUANGZHOU) Welding Equipment Co., Ltd.No. 42, Dongpeng Road.
510530 GuangzhouGoogle Maps0086-20- 8226 5568

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