Key system - Import export

Profitable turn-key systems Accuracy, reliability and throughput are essential for the success of any material handling in industrial processes. Lödige Industries provides integrated solutions for an efficient material flow from goods-in, through the production process and goods-out, including tracking and stock control functions throughout. We plan, install and commission these solutions and provide an effective life-cycle service support to strengthen your competitive edge. Working closely with our customers we plan, simulate and implement conveyor solutions and turn them into profitable turn-key systems. Thanks to our industry-specific expertise, we optimise your material flow operations, increase the performance of your system and help to reduce operating costs significantly. We are unique in providing the complete solution with in house expertise: System analysis, planning, design, manufacture and supply of material handling systems, management software, installation, commissi

Custom machine for complete assembly of keys for locking systems

7605 locking adapter for system ILS, keyed alike, metal, accessory: 1 key

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

LIPP welded tanks are erected using the LIPP Welding Technology, a unique method of construction enabled by a custom automated rig designed and manufactured by LIPP. This procedure can claim a number of advantages over other traditional welding methods. Firstly, the unique steel profile increases stability and so reduces material costs at the same time. Secondly, the automated endless tape process continually welds layers below in a rotational cycle and reduces the number of on site workers. LIPP Welding Technology enables welding both black steel and stainless steel of different grades, allowing numerous applications. LIPP aims to increase construction efficiency through the implementation of unique techniques and technology, ultimately benefiting customers via a cost effective system. The key facets for the construction of a LIPP storage system are automation, continuously variable tank dimensions, reduced space requirements for onsite construction and increased worker safety.

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged composite version of stainless steel and plastic design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

• EU-Test certificate according to the directive 2006/42/EG, annex IX • For safety applications up to PLe/Category 4 according to EN ISO 13849-1 • Modular and expandable system • Rugged stainless steel design • Wireless mechanical safeguarding • Combines the benefits of safety switch, solenoid locking and key transfer in a single system • Easy installation through comprehensive accessories • Protection against lock-in • Coding level low, medium, high according to DIN EN ISO 14119:2014-03

Our gwk engineers are passionate about developing technical solutions and this is what we as manufacturers want to prove in the area of cooling towers with our gvk/ghkv series. We see it as our task to understand the entire process of our customers. Therefore we have focused on quality and longevity for the products gvk/ghkv. The cooling towers are part of a central cooling tower system, supplied turn-key and regulated with a freely programmable microprocessor control system or programmable logic control. They are used for dissipation of excess heat from production systems with a higher temperature level and they operate on the principle of evaporation. This is an important consideration for environmentally conscious industries.

When turning outside diameters, it is necessary to consider which clamping system should be used and which components will be made most often. This is because if larger components are to be turned (and therefore with correspondingly greater depths of cut) a different system must be used than when turning smaller components with a finishing pass. Determining the cutting direction and tool holder A turning tool which works from right to left is called a right-hand turning tool because it machines the right-hand side of the work-piece (when looking at the tool point, the main cutting edge of the turning tool is on the right). View of internal and external turning Clamping systems The C Clamping System, P Clamping System, the M and S Clamping Systems. ISO Key image