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Wave spring

Multi-coil wave springs are made from flat spring material and are suitable for use in applications where a low mounting dimension is required. Both the total length and working height of a multi-coil wave spring are lower than is the case in conventional round wire springs; a reduction in mounting dimension of up to 50% can be achieved.

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See "full-screen" models of the springs and download a PDF file of the designed compression, tension or torsion spring!

Lesjöfors configurator for compression, tension and torsion springs allows you to design a spring based on your demands. Our CAD configurator stretches from wire diameter 0,1mm up to 15mm.

Click for information about 3D CAD!

1. Choose file format

2. Choose item in the table

3. Save file

Cat.no A B L0 Fn c Mtr 3D CAD
8926 44,5 34 10 220,5 46,8 CK67 (1.1231)
8927 44,5 34 16 220,5 28,2 CK67 (1.1231)
8928 44,5 34 22 220,5 21 CK67 (1.1231)
8929 44,5 34 32 220,5 14,2 CK67 (1.1231)
8930 44,5 34 38 220,5 11,9 CK67 (1.1231)
8931 44,5 34 45 220,5 10,3 CK67 (1.1231)
8932 44,5 34 50 220,5 8,9 CK67 (1.1231)
8933 44,5 34 10 401,8 110,2 CK67 (1.1231)
8934 44,5 34 16 401,8 73 CK67 (1.1231)
8935 44,5 34 22 401,8 53,8 CK67 (1.1231)
8936 44,5 34 32 401,8 36,1 CK67 (1.1231)
8937 44,5 34 38 401,8 30,3 CK67 (1.1231)
8938 44,5 34 45 401,8 26,1 CK67 (1.1231)
8939 44,5 34 50 401,8 23,1 CK67 (1.1231)
8940 50,8 40,6 10 220,5 37,3 CK67 (1.1231)
8941 50,8 40,6 16 220,5 23,1 CK67 (1.1231)
8942 50,8 40,6 22 220,5 16,6 CK67 (1.1231)
8943 50,8 40,6 32 220,5 11,6 CK67 (1.1231)
8944 50,8 40,6 38 220,5 9,6 CK67 (1.1231)
8945 50,8 40,6 45 220,5 8,2 CK67 (1.1231)
8946 50,8 40,6 50 220,5 7,4 CK67 (1.1231)
8947 50,8 40,6 10 401,8 88,6 CK67 (1.1231)
8948 50,8 40,6 16 401,8 53,8 CK67 (1.1231)
8949 50,8 40,6 22 401,8 38,9 CK67 (1.1231)
8950 50,8 40,6 32 401,8 26,8 CK67 (1.1231)
9001 50,8 40,6 38 401,8 21,9 CK67 (1.1231)
9404 50,8 40,6 45 401,8 19,4 CK67 (1.1231)
9998 50,8 40,6 50 401,8 17 CK67 (1.1231)
S8926 44,5 34 10 205,065 43,524 EN 10270-3-1.4310
S8927 44,5 34 16 205,065 26,226 EN 10270-3-1.4310
S8928 44,5 34 22 205,065 19,53 EN 10270-3-1.4310
S8929 44,5 34 32 205,065 13,206 EN 10270-3-1.4310
S8930 44,5 34 38 205,065 11,067 EN 10270-3-1.4310
S8931 44,5 34 45 205,065 9,579 EN 10270-3-1.4310
S8932 44,5 34 50 205,065 8,277 EN 10270-3-1.4310
S8933 44,5 34 10 373,674 102,486 EN 10270-3-1.4310
S8934 44,5 34 16 373,674 67,89 EN 10270-3-1.4310
S8935 44,5 34 22 373,674 50,034 EN 10270-3-1.4310
S8936 44,5 34 32 373,674 33,573 EN 10270-3-1.4310
S8937 44,5 34 38 373,674 28,179 EN 10270-3-1.4310
S8938 44,5 34 45 373,674 24,273 EN 10270-3-1.4310
S8939 44,5 34 50 373,674 21,483 EN 10270-3-1.4310
S8940 50,8 40,6 10 205,065 34,689 EN 10270-3-1.4310
S8941 50,8 40,6 16 205,065 21,483 EN 10270-3-1.4310
S8942 50,8 40,6 22 205,065 15,438 EN 10270-3-1.4310
S8943 50,8 40,6 32 205,065 10,788 EN 10270-3-1.4310
S8944 50,8 40,6 38 205,065 8,928 EN 10270-3-1.4310
S8945 50,8 40,6 45 205,065 7,626 EN 10270-3-1.4310
S8946 50,8 40,6 50 205,065 6,882 EN 10270-3-1.4310
S8947 50,8 40,6 10 373,674 82,398 EN 10270-3-1.4310
S8948 50,8 40,6 16 373,674 50,034 EN 10270-3-1.4310
S8949 50,8 40,6 22 373,674 36,177 EN 10270-3-1.4310
S8950 50,8 40,6 32 373,674 24,924 EN 10270-3-1.4310
S9001 50,8 40,6 38 373,674 20,367 EN 10270-3-1.4310
S9404 50,8 40,6 45 373,674 18,042 EN 10270-3-1.4310
S9998 50,8 40,6 50 373,674 15,81 EN 10270-3-1.4310