Manufacturers of metal cable lugs

At Lemec, we specialize in the manufacture of metal cable lugs, using the cold heading process, ideal for big batches We adapt to your needs, working to order and following your drawings and specifications.

As an auxiliary industry without our own products, we focus on offering high quality customized solutions for your industrial projects.

Ball joints

Bushings

Rivets

Nuts

Screws

Pins

Small Shafts

Wire Terminals

Bolts

Spacers

Cable lugs

Our production processes can handle the manufacture of terminals in different alloys.

Copper cable lugs

Our copper terminals guarantee excellent conductivity and durability, ideal for a wide range of industrial applications.

Brass cable lugs

We manufacture brass terminals that offer corrosion resistance and durability, perfect for demanding environments.

Steel cable lugs

We produce steel terminals that offer high mechanical strength, making them suitable for applications requiring robustness and reliability.

Stainless steel cable lugs

Stainless steel terminals are known for their corrosion resistance and durability, ideal for harsh conditions.

Why choose us as your cable lug manufacturer?

Customization according to specifications

At Lemec, we work with you to manufacture lugs from 3mm in diameter, following your exact specifications and particular needs.

Automotive cable lugs

Our experience as a supplier of automotive cable lugs guarantees our commitment to excellence in manufacturing and supply.

Top quality materials

We use only high quality materials, such as copper, brass, steel and stainless steel, to ensure maximum durability and efficiency of the terminals produced, providing raw material certification and traceability.

Manufacturers of cable lugs

At Lemec, we are prepared to meet your needs for metal cable lugs. Contact us today
for a customized quote and find out how we can help you improve your supply chain.

Contact

Frequently Asked Questions

What is a metal cable lug and what is it used for?
A metal cable lug is a mechanical and/or electrical termination attached to the end of a cable to enable secure connection, retention, or current transmission in equipment and harnesses. They are used whenever reliable, repeatable, and safe connections are required in industrial environments.

What materials are used in the manufacturing of cable lugs and how are they selected?
Common materials include copper (high conductivity), brass (good corrosion resistance and machinability), steel (mechanical strength), and stainless steel (for harsh environments). The selection depends on electrical requirements (conductivity), mechanical demands (loads, vibration), and environmental conditions (corrosion, temperature).

What processes are used to manufacture metal cable lugs and what advantages do they offer in long production runs?
Manufacturers of cable lugs typically use cold heading, which is ideal for long production runs thanks to its repeatability, dimensional accuracy, and competitive unit cost. The process allows for well-defined geometries and consistent finishes, with the option to manufacture to drawing according to project specifications.

What customization options are available for cable lugs?
Cable lugs are produced to order/drawing, with options such as:

• Custom dimensions (thicknesses, diameters, lengths; from very small diameters such as 3 mm).
• Specific functional zones (crimping or fastening area, eyelets/holes, chamfers, and radii).
• Certified materials and finishes with full batch traceability.
• Production geared to demanding sectors (e.g., automotive), without a standard catalog: supplied as an auxiliary manufacturer based on customer needs.

What should a drawing include to quote and manufacture custom cable lugs?
• Material and applicable standard.
• Geometry: thicknesses, diameters, length, shape of the lug and eyelet.
• Functional areas: crimping/retention zone, holes/eyelets, radii, and chamfers.
• Tolerances and surface finish (roughness, coatings if applicable).
• Electrical or mechanical requirements (conductivity, pull-out strength, vibration resistance).
• Series volume and service conditions (temperature, corrosion, working environment).