Powerful Solutions for Electric Drives

Hairpins are bent parts made of insulated, enameled copper wire. They are used in the modern electric motors found in electric cars, hybrid vehicles, and e-bikes, where they replace the wound inductor coils that are part of conventional stators. Hairpin motors improve the power-to-weight ratio due to the packing density of the profile material.

WAFIOS offers state-of-the-art bending technology for producing hairpins, covering everything from small batches up to high volumes.

Machine comparison FUL Series

  • High output, high flexibility
  • Future-oriented machine concept, individual configuration for all kinds of application
  • Convenient programming system WPS 3.2 EasyWay increases machine availability
  • High quality standards ensure zero-defect production
  • iQ Functions - Enhanced efficiency through intelligent process control

Please select wire diameter [mm]

0.12 mm14.94 mm30 mm

FUL 16 from 0.12
to 0.8 mm

Wire diameter 0.12 - 0.8 mm
Wire strength Rm = 2,600 N/mm²
Spring index ≥4
Outer spring diameter max. 20 mm
Coiling direction right and left
Feed speed max. 240 m/min

FUL 16+ from 0.12
to 0.8 mm

Wire diameter 0.12 - 0.8 mm
Wire strength Rm=2600 N/mm²
Spring index ≥4
Outer spring diameter max. 20 mm
Coiling direction rechts und links
Feed speed max. 260 m/min

FUL 26+ from 0.2
to 1.6 mm

Wire diameter 0.2 - 1.6 mm
Wire strength Rm = 2,300 N/mm²
Spring index ≥4
Outer spring diameter max. 45 mm
Coiling direction Right, left as option
Feed speed max. 240 m/min

FUL26+ 4speed from 0.5
to 1.6 mm

Wire diameter 0.2 - 1.6 mm
Wire strength Rm = 2,300 N/mm²
Spring index ≥4
Outer spring diameter max. 45 mm
Coiling direction Right, left as option
Feed speed max. 240 m/min

FUL 36+ from 0.5
to 3 mm

Wire diameter 0.5 - 3 mm
Wire strength Rm = 2,300 N/mm²
Spring index ≥4
Outer spring diameter max. 65 mm
Coiling direction Right, left as option
Feed speed max. 220 m/min

FUL36+ 4speed from 1
to 2.8 mm

Wire diameter 1 - 2.8 mm
Wire strength Rm = 2,300 N/mm²
Spring index ≥4
Outer spring diameter max. 65 mm
Coiling direction Right, left as option
Feed speed max. 500 m/min

FUL 46 from 0.9
to 4.5 mm

Wire diameter 0.9 - 4.5 mm
Wire strength Rm = 2,100 N/mm²
Spring index ≥4
Outer spring diameter max. 95 mm
Coiling direction Left, right as option
Feed speed max. 175 m/min

FUL56 from 1.5
to 5 mm

Wire diameter 1.5 - 5 mm
Wire strength Rm = 2,100 N/mm²
Spring index ≥4
Outer spring diameter max. 95 mm
Coiling direction Right, left as option
Feed speed max. 150 m/min

FUL 76 from 2.1
to 7.5 mm

Wire diameter 2.1 - 7.5 mm
Wire strength Rm = 2,200 N/mm²
Spring index ≥4
Outer spring diameter max. 140 mm
Coiling direction right and left
Feed speed max. 130 m/min

FUL 86 from 3.1
to 8 mm

Wire diameter 3.1 - 8 mm
Wire strength Rm = 2,000 N/mm²
Spring index ≥4
Outer spring diameter max. 150 mm
Coiling direction Right, left as option
Feed speed max. 130 m/min

FUL 126 from 5.1
to 12 mm

Wire diameter 5.1 - 12 mm
Wire strength Rm = 2,200 N/mm²
Spring index ≥4
Outer spring diameter max. 220 mm
Coiling direction Right, left as option
Feed speed max. 100 m/min

FUL 166 from 6.1
to 16 mm

Wire diameter 6.1 - 16 mm
Wire strength Rm = 2,000 N/mm²
Spring index ≥5
Outer spring diameter max. 240 mm
Coiling direction Right, left as option
Feed speed max. 70 m/min

FUL 175 from 6.1
to 17 mm

Wire diameter 6.1 - 17 mm
Wire strength Rm = 2,000 N/mm²
Spring index ≥4
Outer spring diameter max. 240 mm
Coiling direction Right, left as option
Feed speed max. 70 m/min

FUL 183 from 8.1
to 18 mm

Wire diameter 8.1 - 18 mm
Wire strength Rm = 2,000 N/mm²
Spring index ≥5
Outer spring diameter max. 300 mm
Coiling direction Right
Feed speed max. 70 m/min

FUL 203 from 8.1
to 20 mm

Wire diameter 8.1 - 20 mm
Wire strength Rm = 2,000 N/mm²
Spring index ≥5
Outer spring diameter max. 300 mm
Coiling direction Right
Feed speed max. 65 m/min

FUL 226 from 12.1
to 30 mm

Wire diameter 12.1 - 30 mm
Wire strength Rm = 800 N/mm²
Wire diameter 12.1 - 22 mm
Wire strength Rm = 2,000 N/mm²
Outer spring diameter max. 300 mm
Spring index ≥4
Coiling direction Right, left as option
Feed speed max. 65 m/min

FUL 16

  • Standard machine with 7 CNC axes (8 CNC axes max.)
  • Direct drive on infeed, form axis, and cut for improved accuracy and production rate
  • Powerful infeed with 1 pair of feed rollers (optionally 2 pairs)
  • Servomotor-driven mandrel height adjustment and mandrel displacement
  • Vertical pitch and parallel pitch
  • Robust cutting unit with rotary and straight cut
  • - PTP coiling finger for initial tension control (option)
  • Coiling pin holder with additional fine adjustment
  • Increased output due to new "optimized 2" cut
FUL16_-400x400pixel_300ppi.png

Further information

L_AHT-Series_Folder-AHT-Series_V1-1_DE.pdf
AHT-Series (German)

Download
(PDF, 101 KB)
L_FUL16-FUL166_V1-1_DE.pdf
FUL 16 - FUL 166 (German)

Download
(PDF, 1 MB)
L_FUL16_FUL16-Folder_V1-1_DE.pdf
FUL 16 (German)

Download
(PDF, 313 KB)
L_FUL_iQopticut_V1-1_DE.pdf
iQopticut (German)

Download
(PDF, 1 MB)
L_TC_TC-W46-Cutting-Mandrels-and-Cutters_V1-2_DE.pdf
Abschneidedorne aus Werkstoff W46 (German)

Download
(PDF, 2 MB)
L_AHT-Series_Folder-AHT-Series_V1-1_EN.pdf
AHT-Series (All)

Download
(PDF, 102 KB)
L_FUL-FSE_iQautopitch_V1-4_DE.pdf
iQautopitch (German)

Download
(PDF, 1 MB)
L_FUL-FSE_iQautopitch_V1-4_EN.pdf
iQautopitch (All)

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(PDF, 1 MB)
L_FUL-FSE_iQspring2FUL_V1-2_DE.pdf
iQspring2FUL (German)

Download
(PDF, 857 KB)
L_FUL-FSE_iQspring2FUL_V1-2_EN.pdf
iQspring2FUL (All)

Download
(PDF, 852 KB)
L_FUL-F_iQbestspeed_V1-3_DE.pdf
iQbestspeed (German)

Download
(PDF, 1 MB)
L_FUL-F_iQbestspeed_V1-3_EN.pdf
iQbestspeed (All)

Download
(PDF, 1 MB)
L_FUL16-FUL166_V1-1_EN.pdf
FUL 16 - FUL 166 (All)

Download
(PDF, 1 MB)
L_FUL16_FUL16-Folder_V1-1_EN.pdf
FUL 16 (All)

Download
(PDF, 312 KB)
L_FUL_iQcontrol_V1-4_DE.pdf
iQcontrol (German)

Download
(PDF, 920 KB)
L_FUL_iQcontrol_V1-4_EN.pdf
iQcontrol (All)

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(PDF, 918 KB)
L_FUL_iQopticut_V1-1_EN.pdf
iQopticut (All)

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(PDF, 1 MB)
L_TC_Coating-Tooling_V1-1_DE.pdf
Probleme bei der Verarbeitung von Edelstahl? (German)

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(PDF, 87 KB)
L_TC_Coating-Tooling_V1-1_EN.pdf
Problems in the processing of stainless steel? (All)

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(PDF, 87 KB)
L_TC_Cutting-Mandrel-W46_V1-2_DE.pdf
Abschneidedorne und –messer aus Werkstoff W04 (German)

Download
(PDF, 364 KB)
L_TC_Cutting-Mandrel-W46_V1-2_EN.pdf
Cutting Mandrels Made of W46 Material (All)

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(PDF, 364 KB)
L_TC_Feed-Rollers-W01-W03_V1-1_DE.pdf
Einzugswalzen aus Werkstoff W01 und W03 – Auswahl mit System (German)

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(PDF, 124 KB)
L_TC_Feed-Rollers-W01-W03_V1-1_EN.pdf
Feed rollers made of W01 and W03 material – system-based selection (All)

Download
(PDF, 123 KB)
L_TC_PKD_Coiling_Pins_V01-1_DE.pdf
Windestifte mit PKD – Edelstahldraht wirtschaftlich verarbeite (German)

Download
(PDF, 985 KB)
L_TC_PKD_Coiling_Pins_V01-1_EN.pdf
Coiling Pins with PCD Insert - Processing Stainless Steel Wire Economically (All)

Download
(PDF, 978 KB)
L_TC_Regrinding-cutting-mandrels_V1-2_DE.pdf
RE-GRINDING lohnt sich- bis zu 70% Kostenersparnis ihr Nachschleifservice für Abschneidedorne (German)

Download
(PDF, 282 KB)
L_TC_Regrinding-cutting-mandrels_V1-2_EN.pdf
RE-GRINDING pays off - Cost savings of up to 70% Your regrinding service for cutting mandrels (All)

Download
(PDF, 278 KB)
L_TC_TC-W46-Cutting-Mandrels-and-Cutters_V1-2_EN.pdf
Cutting Mandrels Made of W46 Material (All)

Download
(PDF, 2 MB)