Automatic Multi-conductor Cable Cutting & Stripping Machine (0 - 18 mm) (0.75 - 30 mm2)

Q: Q: What is the difference between the EW-05F+ and the EW-05F-2?

A: The EW-05F+ strips both the outer cable jacket and each inner core wire in a single automated cycle, handling cables with 2 to 10 conductors. The EW-05F-2 strips the outer jacket only — it does not have inner core wire stripping capability. Choose the EW-05F+ for end-to-end cable preparation where individual core wire ends need to be stripped for crimping or tinning; choose the EW-05F-2 for applications requiring outer jacket removal only (e.g. exposing a shield layer, or delivering cables to a separate core wire processing station).

Q: Q: What cable types and cross-sections does this machine handle?

A: It processes single-core wire, multi-conductor sheathed cable, PVC cable, and similar constructions with conductor cross-sections from 0.75mm² to 30mm² and maximum outer diameter of 18mm (guide tube diameter). For multi-conductor cables, it handles 2 to 10 inner conductors. Cutting length is programmable from 1mm to 999,999.9mm, with tolerance below 0.002×L.

Q: Q: What is the production speed for multi-conductor cables?

A: The EW-05F+ achieves 2,000 pcs/h on single-core wire and 900 pcs/h on multi-conductor sheathed cables under standard operating conditions (confirm exact figures with Eastontech based on your specific cable and strip length). The 16-roller servo drive system maintains consistent feed accuracy at these throughput rates across the full conductor cross-section range.

Q: Q: What optional modules are available for integration into an automated line?

A: Available add-on modules include: pre-feeder (for continuous reel-to-reel feeding), middle strip / window strip module, conductor twist module, conveyor with stacker, coiler, inkjet printer for cable marking, and industrial control system (ICS) with MES/IoT connectivity for production data integration. Custom configurations are available — contact Eastontech with your specific requirements and cable samples.

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Automatic Multi-conductor Cable Cutting & Stripping Machine (0 - 18 mm) (0.75 - 30 mm2)

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Model：Automatic Multi-conductor Cable Cutting & Stripping Machine (0 - 18 mm) (0.75 - 30 mm2)

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Model:  EW-05F+
Conductor  cross-section:  0.75  -  30  mm2
Core  wire  stripping:  2  -  10  cores
Cutting  length:  1  -  999,999.9  mm
Cutting  length  tolerance:<  0.002  *  L

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Model	EW-05F+	EW-05F-2
Conductor cross-section	0.75 - 30 mm²
Cable	Single core cable,Multi-conductor cable,Sheathed cable,PVC cable etc.
Core wire stripping	2-10 cores	N/A
Cutting length	1 - 999,999.9 mm
Cutting length tolerance	< 0.002 * L (L = cutting length)
Stripping length (side I)	Cable jacket - Full strip: 10 - 200 mm - Half strip: 1 - 800 mm Core wire - Full strip: 1 - 50 mm - Half strip: 5 - 200 mm	Full strip: 10 - 200 mm Half strip: 1 - 800 mm
Stripping length (side II)	Cable jacket - Full strip: 10 - 80 mm - Half strip: 1 - 300 mm Core wire - Full strip: 1 - 50 mm - Half strip: 5 - 80 mm	Full strip: 10 - 80 mm Half strip: 1 - 300 mm
Maximum guide tube diameter	18 mm
Productivity	2000 pcs./h 900 pcs./h (multi-conductor cable)	2000 pcs./h
Blade material	Imported high speed steel
Display mode	7-inch touch screen
Driving mode	Servo motor cutting with 16 roller driving system
Feeding mode	Belts feeding with pressure stripping function.
Roller Gap	Digital program control
Power supply	110, 220 V (50 - 60 Hz)
Power	1.1 kW
Compressed air connection	0.5 - 0.7 MPa
Weight	95 kg
Dimension	680 * 605 * 520 mm
Remarks	Custom options by sending samples

● 16-Roller Servo Drive: Consistent Feed Accuracy on Multi-Conductor Cables

The EW-05F+ uses a servo motor with 16-roller drive system — significantly more contact points than the 4- or 6-roller systems on conventional cable strippers. On multi-conductor sheathed cables (OD 8–18mm), the additional rollers distribute clamping force evenly across the cable diameter, preventing the longitudinal slippage and feed-length errors that under-powered roller systems produce on heavy, flexible cable jackets. Roller gap and pressure are set digitally on the 7-inch PLC touchscreen in 0.1mm increments — no manual mechanical adjustment required.

● Belt Feed with Pressure Stripping — No Jacket Surface Marks

The belt-type feeding system contacts the cable across a wide surface area rather than through narrow roller wheels, distributing feed force evenly and preventing the jacket compression marks that roller-driven feeders leave on PVC and TPE-jacketed cables. The integrated pressure stripping function applies controlled blade contact force during the stripping stroke — maintaining consistent strip quality across the full 0.75–30mm² conductor range without operator adjustment between different cable cross-sections.

● Full & Half Strip on Jacket and Core Wires — Both Ends

The EW-05F+ supports full stripping and half stripping independently on both the cable jacket and each inner core wire, on both ends (Side I and Side II) in a single cycle. This covers the three most common cable end preparation formats: full jacket and full core strip for terminal crimping; half-strip jacket for connector housing insertion; and full jacket with half-strip core for fold-back shield termination. All combinations are stored in the 7-inch touchscreen program memory.

● Comprehensive Optional Add-On Modules

The machine accepts a full range of downstream integration modules: pre-feeder, middle strip (window strip), twist module, conveyor with stacker, coiler, inkjet printer, and industrial control system (ICS) with MES/IoT interface. This modular architecture allows the EW-05F+ to be configured as a standalone stripping station or integrated into a fully automated multi-conductor cable assembly line.

● Industrial control & automation cable processing

Multi-conductor control cables (2–7 cores, 0.75–2.5mm²) used in PLC cabinets, servo drive wiring, and industrial machinery harnesses are the primary application for the EW-05F+. The simultaneous jacket and core wire stripping eliminates two separate workstations on conventional control cable assembly benches.

● Power distribution & building electrical installation

Sheathed cables (3–5 cores, 1.5–16mm²) for power distribution boards, lighting circuits, and building automation systems require both outer jacket removal and core wire end preparation before termination into DIN rail connectors or screw terminals. The EW-05F+'s 10–200mm jacket full strip and 1–50mm core strip ranges cover the standard preparation dimensions for these applications.

● EV charging & energy storage cable assembly

Multi-core communication and control cables in EV charging stations and battery management systems (CAN bus, monitoring, control wiring) use sheathed constructions in the 0.75–4mm² per core range. The belt feed system's no-mark feeding is particularly important for cables with soft TPE jackets used in EV charging cord assemblies.

● Home appliance & white goods wiring

Internal multi-core wiring harnesses in washing machines, HVAC systems, and industrial appliances use 2–5 core sheathed cables in the 0.75–6mm² range. The EW-05F+'s 900 pcs/h multi-core throughput supports the production volumes required for appliance wiring harness sub-assembly lines.

● Railway & transportation control wiring

Trackside equipment and rolling stock control panels use multi-core shielded cables where both jacket removal and individual core preparation are required. The optional ICS module with MES integration supports the per-cable production traceability documentation required by railway electrical equipment standards.

Q: What is the difference between the EW-05F+ and the EW-05F-2?

A: The EW-05F+ strips both the outer cable jacket and each inner core wire in a single automated cycle, handling cables with 2 to 10 conductors. The EW-05F-2 strips the outer jacket only — it does not have inner core wire stripping capability. Choose the EW-05F+ for end-to-end cable preparation where individual core wire ends need to be stripped for crimping or tinning; choose the EW-05F-2 for applications requiring outer jacket removal only (e.g. exposing a shield layer, or delivering cables to a separate core wire processing station).

Q: What cable types and cross-sections does this machine handle?