background image

2.

  

Manual

 

correction

 

using

 

a

 

test

 

data

You

 

can

 

make

 

correction

 

manually

 

using

 

a

 

test

 

data.

A

 

test

 

data

 

is

 

prepared

 

for

 

calculating

 

each

 

correction

 

value

 

by

 

measuring

 

the

 

test

 

block.

Necessary

 

items

Have

 

the

 

following

 

items

 

ready

 

for

 

manual

 

correction

 

using

 

a

 

test

 

data.

or

 

dial

 

caliper

2

1.

  

Outputting

 

the

 

test

 

data

Workflow

1.

  

Set

 

a

 

wax

 

disc

 

on

 

the

 

clamp.

2.

  

Set

 

a

 

R1

 

ball

 

end

 

mill

 

on

 

the

 

stocker

 

#1.

3.

  

Set

 

the

 

air

 

pressure

 

as

 

0.05MPa.

4.

  

Output

 

the

 

test

 

data

 

(DWX

50_correctiontest.prn)

 

from

 

VPanel.

Cutting

 

area

 

is

 

as

 

follows.

 

You

 

can

 

cut

 

three

 

pieces

 

of

 

test

 

block

 

in

 

one

 

disc.

Required

 

time

 

:

 

30

 

min.

(e.g.

 

ZCB

100D)

wax

 

disc

 

with

 

levels

digital

 

caliper

required

 

accuracy

 

:

  

0.01mm

14mm

R1

 

ball

 

end

 

mill

effective

 

length

 

:

  

10mm

 

or

 

more

wax

 

disc

 

with

 

levels

 

(14mm)

R1

 

ball

 

end

 

mill

cutting

 

area

Содержание DWX-50

Страница 1: ...How to use manual correction in VPanel DWX 50 Ver 1 0 Jan 28th 2013...

Страница 2: ...Contents 1 Manual correction 1 1 Introduction 1 2 How to find a displacement in Z axis 2 Manual correction using a test block Appendix Calculation sheet...

Страница 3: ...axis is as follows with DWX 50 XYZ origin will be set at the center of the clamp A and B origins are the point where the clamp is leveled Manual correction A correction window comes up when you click...

Страница 4: ...s used when an object is bigger smaller in certain direction Available offset range 99 500 to 100 500 in increments of 0 001 Default 100 2 A axis back side inversion correction of A axis In two surafe...

Страница 5: ...e thickness in Z direction is thicker thinner than you expected The function varies depending on the direction Available offset range 1 00 mm to 1 00 mm in increments of 0 01 mm Default 0 mm If you in...

Страница 6: ...may not occur Correction of Y origin In Y axis direction cutting location is inverted in two surface cutting therefore the displacement could occur Correction of Y origin can minimize the displacement...

Страница 7: ...oint you expected No difference between the one you expected and actual result CORRECT 2 Z origin is higher than you expected The cutting result will be thicker INCORRECT If you input a positive offse...

Страница 8: ...xpected The cutting result will be thinner INCORRECT If you input a positive offset value the thickness will be thicker If you input 0 01 mm the thickness will be 0 02 mm thicker Z origin Z Y 0 02mm i...

Страница 9: ...an appropriate way Case 1 Correction of distance in the Z direction is required The amount of error increases in proportion to the thickness Case 2 Inversion correction of the A axis is required The e...

Страница 10: ...1 Outputting the test data Workflow 1 Set a wax disc on the clamp 2 Set a R1 ball end mill on the stocker 1 3 Set the air pressure as 0 05MPa 4 Output the test data DWX 50_correctiontest prn from VPan...

Страница 11: ...rt using a caliper NOTE Measure the shadow area upper part for X1 X2 Y1 Do not measure at curved part for Z1 and Y2 Measure the upper part above the center for Y3 Measure the lower part below the cent...

Страница 12: ...2 Enter each measurement value in the calculation sheet 2 3 Entering the current correction value Check each correction value in VPanel Enter the current correction value in the calculation sheet...

Страница 13: ...will be shown in the calculation sheet Enter each correction value in VPanel Output the test data again in reference to the step 2 1 Measure the test block in reference to the step 2 2 Manual correcti...

Отзывы: