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Customer information


Geographic location of the machine


Physical appearance


Application data


Machine geometry

(Rectangular machines)

Length (x): Width (y):
Number of supports in each direction (n) supports supports
Spacing of supports from end to end (B) m m
Minimum distance from center of gravity to furthest support (a) m m



If geometry is more complex, please send a technical drawing with position of all supports and distances of all supports relative to the center of gravity, both in x and y directions.

Footplate Shape


Spindle version


Safety Factor

(Calculations are done on the basis of NZS 4219)

Customer information


Geographic location of the machine


Physical appearance


Application data


Machine geometry

(Rectangular machines)

Length (x): Width (y):
Number of supports in each direction (n) supports supports
Spacing of supports from end to end (B) m m
Minimum distance from center of gravity to furthest support (a) m m



If geometry is more complex, please send a technical drawing with position of all supports and distances of all supports relative to the center of gravity, both in x and y directions.

Footplate Shape


Spindle version


Safety Factor

(Calculations are done on the basis of NZS 4219)

Customer information


Geographic location of the machine


Physical appearance


Application data


Machine geometry

(Rectangular machines)

Length (x): Width (y):
Number of supports in each direction (n) supports supports
Spacing of supports from end to end (B) m m
Minimum distance from center of gravity to furthest support (a) m m



If geometry is more complex, please send a technical drawing with position of all supports and distances of all supports relative to the center of gravity, both in x and y directions.

Footplate Shape


Spindle version


Safety Factor

(Calculations are done on the basis of NZS 4219)

Customer information


Geographic location of the machine


Physical appearance


Application data


Machine geometry

(Rectangular machines)

Length (x): Width (y):
Number of supports in each direction (n) supports supports
Spacing of supports from end to end (B) m m
Minimum distance from center of gravity to furthest support (a) m m



If geometry is more complex, please send a technical drawing with position of all supports and distances of all supports relative to the center of gravity, both in x and y directions.

Footplate Shape


Spindle version


Safety Factor

(Calculations are done on the basis of NZS 4219)

Customer information


Geographic location of the machine


Physical appearance


Application data


Machine geometry

(Rectangular machines)

Length (x): Width (y):
Number of supports in each direction (n) supports supports
Spacing of supports from end to end (B) m m
Minimum distance from center of gravity to furthest support (a) m m



If geometry is more complex, please send a technical drawing with position of all supports and distances of all supports relative to the center of gravity, both in x and y directions.

Footplate Shape


Spindle version


Safety Factor

(Calculations are done on the basis of NZS 4219)

Customer information


Geographic location of the machine


Physical appearance


Application data


Machine geometry

(Rectangular machines)

Length (x): Width (y):
Number of supports in each direction (n) supports supports
Spacing of supports from end to end (B) m m
Minimum distance from center of gravity to furthest support (a) m m



If geometry is more complex, please send a technical drawing with position of all supports and distances of all supports relative to the center of gravity, both in x and y directions.

Footplate Shape


Spindle version


Safety Factor

(Calculations are done on the basis of NZS 4219)