Case Study: Semi-Automatic Terminal Crimping Equipment for a Customer in India

1. Market Background

India's wire harness and cable processing industries require terminal crimping equipment that can accommodate different production tasks while maintaining appropriate connection quality. For manufacturers handling repetitive crimping operations, manual processing can create a considerable workload and make it important to control the consistency of each crimped connection.

Selecting suitable terminal crimping equipment requires evaluating the required crimping force, machine stroke, terminal specifications, and production workflow. Semi-automatic equipment can be an option for manufacturers seeking to reduce manual workload without immediately investing in a fully automatic production system.

2. Customer and Application Scenario

An Indian customer required semi-automatic terminal crimping equipment for wire and cable processing operations. The main requirements were to handle recurring terminal crimping tasks, ease the workload associated with production, and achieve satisfactory crimping quality.

The order covered 60 units, with an agreed delivery lead time of 28 days. The equipment configuration specified a crimping force of 20 kN and a standard stroke of 30 mm.

These specifications provided a clear starting point for equipment configuration and application evaluation. The suitability of the machine for individual terminal types would still depend on the corresponding wire sizes, terminal designs, and crimping tooling.

3. Our Solution

We supplied semi-automatic terminal crimping equipment configured to meet the customer's stated requirements.

The machine's 20 kN rated crimping force provides a key reference for assessing its suitability for the intended crimping operations. Its 30 mm stroke defines the standard operating travel of the crimping mechanism and should be evaluated alongside terminal dimensions and applicator requirements.

For cable processing manufacturers, matching the machine with the correct crimping die and terminal specifications is essential. Before production use, operators should verify the crimping setup and inspect sample connections to confirm that the resulting crimps meet the application's requirements.

The order consisted of 60 machines delivered within the specified 28-day lead time, providing the customer with equipment for its planned production operations.

4. Customer Feedback

According to the customer feedback provided, the equipment significantly helped relieve the workload associated with terminal crimping. The customer also reported high terminal crimping quality.

These comments indicate that the supplied equipment addressed the customer's stated operational concerns. However, no quantified workload reduction, production rate, or crimping inspection results were provided, so these outcomes should not be expressed as specific performance percentages.

5. Technical Summary and Key Specifications

The following specifications summarize the supplied equipment configuration:

The 20 kN crimping force and 30 mm standard stroke are the primary technical parameters for evaluating the machine's application suitability. Actual crimping performance depends on terminal design, wire specifications, applicator selection, and process settings.

6. Conclusion

This Indian customer case demonstrates the application of semi-automatic terminal crimping equipment in wire and cable processing. With a specified crimping force of 20 kN and a standard stroke of 30 mm, the equipment was supplied for the customer's terminal crimping operations.

The customer reported reduced workload and high crimping quality. For other manufacturers considering similar equipment, the key selection factors remain terminal compatibility, tooling requirements, crimping specifications, and sample verification before production.

By evaluating these factors together, wire harness and cable processing companies can make more informed equipment purchasing decisions based on their actual production requirements.