Automatic Ferrule Machine — Wire Stripping & Ferrule Crimping (0.5–2.5mm²)

High-volume control panel and switchgear wiring

Control panel wiring benches producing large quantities of ferrule-terminated wires (typically 500–5,000 wires per panel build) benefit most from the EW-5120's vibratory bowl auto-feed. The 2,000 pcs/h throughput — approximately 10 times faster than manual ferrule loading and crimping — reduces ferrule preparation from a full-shift task to a two-hour operation on a standard panel build, freeing the remaining shift for wire insertion and panel testing.

Industrial automation cabinet production

PLC cabinets and servo drive panels in industrial automation manufacturing require large numbers of ferrule-terminated wires in the 0.5–2.5mm² range. The EW-5120's compact 420×400×390mm footprint fits directly on the panel assembly bench alongside the DIN rail and terminal block components, positioning the ferrule machine at the point of use rather than at a separate preparation station.

Building automation and electrical installation contractors

Electrical contractors wiring KNX, BACnet, and structured wiring systems produce large quantities of 0.75–1.5mm² ferrule-terminated control wires across project phases. The EW-5120's dual-mode (strip-only / strip+crimp) capability handles the mixed requirement of different terminal block types on the same project, and the compact weight (30kg) allows the machine to be transported between site and workshop as needed.

Wire harness sub-assembly for industrial and appliance manufacturers

Wire harness sub-assemblies using DIN rail terminal connector termination in industrial machinery and appliance production use 0.5–2.5mm² ferrule-terminated wires in the EW-5120's operating range. The vibratory bowl auto-feed sustains the continuous production rate required for harness sub-assembly lines without the operator fatigue associated with manual ferrule loading on high-volume shifts.

Q: What wire sizes and ferrule dimensions does the EW-5120 ferrule machine support?

A: The EW-5120 handles wire cross-sections from 0.5mm² to 2.5mm² with a stripping length of 8–12mm and maximum ferrule tube length of 12mm. This covers the short-body ferrule family (DIN 46228 Part 1 Type A in 0.5, 0.75, 1.0, 1.5, and 2.5mm²) used with the majority of spring-clamp and screw-clamp DIN rail terminal blocks. For wire sizes outside this range, see the EW-5010A (0.15–4.0mm²) or EW-5010A+ (0.3–16mm²) in the same Eastontech ferrule machine series.

Q: How does the vibratory bowl feeding system work?

A: The vibratory bowl uses low-frequency mechanical vibration to agitate ferrules loaded in bulk into the bowl hopper, causing them to self-orient through the bowl's shaped track geometry and feed individually — open end first — to the crimping station at the machine's cycle rate. Bowl vibration speed is adjustable on the touchscreen to match the feeding rate to the 1.8-second cycle time. When switching to a different ferrule size, the bowl is exchanged as a unit in under 2 minutes. This eliminates the operator ferrule loading step that limits throughput to 300–500 pcs/h on manual bench crimpers and semi-automatic machines.

Q: Can the machine run in stripping-only mode without crimping ferrules?

A: Yes. The EW-5120 switches between stripping-only mode and stripping-plus-crimping mode via a touchscreen selection without mechanical tooling changes. In stripping-only mode, the machine strips the wire insulation to the programmed 8–12mm length and discharges the wire without feeding or crimping a ferrule — useful when processing wires that terminate into push-in connectors or screw terminals that do not require ferrule protection. This dual-mode capability on a single machine eliminates the need for a separate stripping-only machine on mixed production benches.

Q: What is the production speed, and what air supply does it require?

A: The EW-5120 completes one stripping and ferrule crimping cycle every 1.8 seconds, equivalent to approximately 2,000 pieces per hour under continuous operation. Air supply required is 0.6–0.8MPa — standard industrial workshop compressed air. Power supply is AC220V or AC110V at 50Hz or 60Hz, deployable in production facilities across Asia, Europe, and the Americas without transformer modification. Machine weight is 30kg and footprint is 420×400×390mm.