Versatile - Innovative - Unique

The SNA 16, SNA 26 and SNA 36 are characterised by their versatility in the production of ring and wave springs. The machines form a series for rings with an outer diameter of 7 - 320 mm and wave springs with an outer diameter of 7 - 250 mm. Characteristic for the development of the series is the consistent focus on the requirements for the production of wave springs and single or double layer rings with or without step made of profile material (rectangular cross-section). The SNA series sets standards for maximum piece outputs with the highest quality criteria.

Machines

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 26+

Compression spring coilers from the FUL line are the most efficient WAFIOS machines. The generation of machines with the "+" in their name is available in two sizes: FUL 26+ and FUL 36+. Not only their standard equipment sets new standards. In addition to the high-speed option, the machines are also available in the 4speed version. Their water-cooled drive system and an innovative wire buffer concept enable maximum feed speeds.

FUL26plus_-711x400pixel_300ppi.png

Further information

L_AHP1-AHP6_Folder_V1-2_DE.pdf
AHP 1 - AHP 6 (German)

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(PDF, 428 KB)
L_AHP_Folder-AHP-Residual-Weight-Detection_V1-1_DE.pdf
AHP Residual-Weight-Detection (German)

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(PDF, 125 KB)
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)

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(PDF, 1 MB)
L_FUL_iQopticut_V1-1_DE.pdf
iQopticut (German)

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

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

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(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)

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

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

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

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

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(PDF, 1 MB)
L_FUL26_-FUL36__V1-2_DE.pdf
FUL 26 - FUL 36 (German)

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(PDF, 158 KB)
L_FUL26_-FUL36__V1-2_EN.pdf
FUL 26 - FUL 36 (All)

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(PDF, 158 KB)
L_FUL_iQcontrol_V1-4_DE.pdf
iQcontrol (German)

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(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)

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(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)

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

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

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(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)

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(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)

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(PDF, 278 KB)