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Here you will find detailed information about the services that igus offers in connection with harnessed cables.
Learn more about the field of machine-assisted soldering. Frequently asked questions such as: "What are the soldering processes available?" are answered and with the help of the white paper you can delve even deeper into the topic. EPLAN offers enormous cost-saving opportunities because the data can be collected and accessed directly in one place. If you need help choosing the right harnessed cable or have a request for a very specific harnessing, then we would also be happy to help you through a personal discussion. You may decide how the communication should take place.
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Our industrial cable-harnessing department manufactures over 10,000 customised cables every week exactly according to customer requirements. Industrial cable harnessing involves cutting the cable to a defined length and attaching clearly specified connectors. Standardised processes and maximum machine optimisation result in cables that are ready to connect - with no minimum order quantity and always produced with industrial and machine-supported manufacturing.
Plug & play - one product instead of many individual parts
Optimise the procurement process: no need to buy packaging units
No need to acquire specialised knowledge or buy tools
High level of automation, which reduces manual errors
100% check with saved certificate before cable is shipped
Desired length accurate to the centimetre
No minimum quantity surcharges
Custom assembly is part of our daily business
Your customised cable harnessing takes centre stage with us.
We produce ready-to-connect cables that are precisely tailored to the requirements and application - from simple single wires to complex assemblies. We attach great importance to precision, automation quality and flexibility.
Your desired cable length, special connector combinations or customised material specifications: we manufacture cables according to your specifications and support you during the entire process - from planning to production to the final 100% quality check of all cables produced.
In the end, you not only get a ready-to-connect and extremely durable cable, but also a reliable, customised connection solution that works.
If you already know the application parameters, you can already determine the service life of the cable.
Soldering is a thermal process in which a non-detachable joint is created between materials using a solder.
The solder consists of tin and other metals, such as copper or silver, and is an easily fusible metal alloy that serves as a joining material between the materials. To join two metallic components, solder is melted and cross-linked with the stranded wire.
Soldering connection technology can be used flexibly and focuses on one requirement in particular: reproducibility. The quality depends on various parameters - for example, the constant temperature, the solder used or the size of the components. For example, free hand tinning is subject to certain fluctuations. At igus®, we want to realise soldered connections at a consistent level - with the help of professional soldering stations.
Soldering processes are categorised (according to DIN 8505) according to various aspects. A distinction is made between soft soldering and hard soldering: Soft soldering involves soldering with solders whose liquidus temperature is below 450 °C. Hard soldering, on the other hand, involves soldering with solders whose liquidus temperature is between 450 and 900 °C. Brazing, on the other hand, involves soldering with solders whose liquidus temperature is between 450 and 900 °C. Brazed joints are usually mechanically more stable than soft-soldered joints.

This increases quality and safety, even with manual work
Both crimped and soldered connections are suitable for making electrical connections. The latter are usually favoured when electrical conductivity needs to be constantly ensured over a long period of time or when the connection point needs to be permanently sealed.
But be careful: soldering needs to be skilful. What often appears simple at first glance is, on closer inspection, a complicated process that needs to be mastered. The white paper presents the most serious errors in the production of soldered joints. Using the example of the harnessing of cable and cable carrier systems, it explains why technology-supported soldered joints are preferable to those made by hand in an industrial environment.
The paper also discusses the economic advantages resulting from the reproducibility of soldering results. It concludes with the risks that manual soldering entails for people and materials and how these can be minimised.

Professional soldering station at igus readychain
Mechanical engineers and system integrators who cannot rely exclusively on crimp connections must pay more attention to the quality of the soldered connections. This is the only way to ensure that the electrical conductivity of components remains constant over a long period of time and that the connection point is permanently protected, e.g. from the influence of gases or liquids.
There are also other advantages of machine-supported soldering:
No. 1 worldwide for chain-compatible drive cables
The igus® readycable® range extends from a large selection of cables in accordance with various manufacturer standards, such as Siemens, SEW or Beckhoff, to cables for video/vision technology and prefabricated Ethernet cables up to CAT7. You can realise the following cost benefits with each individual cable:
readychain® Application examples from practice

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