Xebec XP-AUT06M User manual

User manual
Self-Adjusting Sleeve™
XP-AUT06M XP-AUT15M
©COPYRIGHT 2016 FEB XEBEC TECHNOLOGY Co., Ltd. All rights reserved. 2016.2.200ao
XEBEC Technology Co., Ltd.
RFuerte Kojimachi 1·7 Building 8F, 1-7-25 Kojimachi, Chiyoda-ku,
Tokyo 102-0083
TEL [phone] FAX [phone]
URL http://www.xebec-tech.com Email [email protected]

Table of contents
XEBEC Self-Adjusting Sleeve™ Operational precautions…………… P. 1
Product characteristics ……………………………………………………… P. 3
Product structure ……………………………………………………………… P. 3
Specications …………………………………………………………………… P. 4
Usage
1. How to set XEBEC Self-Adjusting Sleeve™ …………………………… P. 4
2. How to mount rack gear…………………………………………………… P. 5
3. Operation …………………………………………………………………… P. 5
4. How to mount and replace brush ……………………………………… P. 8
5. How to clean sleeve main body ……………………………………… P.10
6. Remarks …………………………………………………………………… P.10
* Please also refer to a usage instruction video available on the "Product
Support" page of our website.
http://www.xebec-tech.com

- 1 -
XEBEC Self-Adjusting SleeveTM （XP-AUT06M/XP-AUT15M）
Operational precautions
■ Please make sure to read the user manual before use.
■ In order to ensure safety, please observe the operator safety measures and operational
precautions listed below.
[Operator safety measures]
[Wear Protective Equipment]
• Always wear safety glasses, protective gloves and masks when operating the tool. In addition, wear
long sleeves and have the cus/bottom of the jacket properly closed to minimize skin exposure.
[Use Protective Cover]
• Install covers on the machine tool and special-purpose machine, and use them while they are
protected safely with the covers. Implement sucient safety measures in order to ensure one's
physical safety in the unlikely event of fragments scattering.
[Beware of Grinding Powder]
• Grinding powder and burrs may scatter within an area around the work as the brush revolves;
therefore, please collect dust using a dust collector and stay clear of this area.
[Caution to Your Surroundings]
• Because it could be dangerous if tool fragments and/or chip powder scatter while working, enclose
the potentially dangerous work area to prevent other people from entering, or have those around the
work area wear protective equipment.
If these safety measures are neglected, there are following risks.
• If the tool fragments and/or chip powder gets into the eyes, there is the risk of losing eyesight in the
worst case.
• If the tool fragments and/or chip powder hit the skin, there is the risk of getting injured.
• Dust generated by machining process may cause skin irritation or allergy.
[Safety precautions]
The precautions herein described are made available for the products to be used safely and to
prevent injuries and/or damages from occurring to others. In order to specify the level of severity
and urgency, they are classied as “warning” and “caution.” Please observe the contents without
fail, as all are related to safety.
“ Warning” : Those with the potential to cause death or serious injury to people when
mistakenly handled and/or those where property damage may be sustained.
“ Caution” : Those with the potential to cause injuries to people when mistakenly handled
and/or property damage can be presumed.

- 2 -
Warning
!
1. Never mount tools other than XEBEC BrushTM Surface.
This product is an optional tool exclusively equipped to be used for the XEBEC Brush ™ Surface. There is the risk of
damaging the main body and machine and/or sustaining an injury if furnished with a tool other than for use with the
XEBEC Brush ™ Surface because of inability to withstand the load.
2. Never use at a rotation speed exceeding the maximum rotation speed.
The maximum rotation speed of this product varies by the brush size being used (XP-AUT06M: MAX10000min-1, XP-
AUT15M: MAX6000min-1). Using at or higher than the maximum rotation speed may result in breakage of the tool and
machine and/or sustain an injury.
3. Never use this product with the shank not fully inserted all the way to the end of the chuck when mounting it
to the machinery.
There is the risk of breaking and rupturing the shank section, damaging the machine, jigs, and work-pieces and/or
sustaining an injury.
4. Tighten the setscrew at the at section of the shank when fastening with the side-lock style.
Tightening it at any place other than the at section is dangerous, as the sleeve may be disengaged from the machine,
damaging the machine, jigs and work-pieces and/or sustaining an injury.
5. Never use any brush other than XEBEC Brush SurfaceTM that matches with the main body size.
It is dangerous since the brush may be disengaged from the main body, damaging the machine, jigs and work-pieces.
6. Conduct a trial run for one minute or more before starting work, and three minutes or more after changing
the machine and/or replacing the tool. Immediately stop the operation with any sign of abnormality such as
looseness in the mounting section of machinery or tools, or vibration.
When the use continues, there is the risk of damaging the machine, jigs and work-pieces, and/or sustaining an injury
due to the shank coming o, deforming, and/or breaking.
7. Immediately stop the operation with any sign of abnormality such as vibration while in use.
If use continues, there is the risk of damaging the machine, jigs and work-pieces and/or sustaining an injury due to the
shank’ s coming o, deforming, and/or breaking.
8. Do not insert a hand into the gear area.
There is the risk of sustaining an injury by having the hand pinched.
Caution
!
1. Set the coolant to cover the tip of the brush when wet processing.
If having coolant on the main body is unavoidable, be careful to ensure that there is no abnormality in the actuator part,
and if there were abnormalities, please implement a periodic maintenance in accordance with “5. How to clean sleeve
main body” (P10).
2. For dry processing, use a dust collector to collect the dust that may be generated during the processing.
There is the risk of worsening machining quality, damaging the main body, breaking the machine, jigs and work-pieces
and/or sustaining an injury by causing a malfunction when dust gets inside the sleeve.
3. When attaching to the machining center, do not use a pull bolt with a through-hole (center through pull bolt).
There is the risk of worsening machining quality, damaging the main body, breaking the machine, jigs and work-pieces
and/or sustaining an injury by causing a malfunction when the coolant intrudes inside the sleeve.
4. Install the rack gear in a position where peripheral devices (work-pieces, jigs, etc.) do not interfere when the
main body passes through.
There is the risk of causing the main body to fail and/or damage, breaking the machine, jigs and work-pieces and/or
sustaining an injury when interfering with the peripheral devices.
5. Use the feed rate within F=10,000mm/min. when the main body passes through the rack gear.
There is the risk of causing the main body as well as the rack to fail and/or incur damage, breaking the machine, jigs,
work-pieces and/or sustaining an injury when used by exceeding the upper limit of the feed rate. (F=10000mm/min).
6. Conrm the orientation and angle of the rack by observing the procedures.
There is the risk of causing the main body as well as the rack gear to fail and/or incur damage, breaking the machine,
jigs and work-pieces and/or sustaining an injury if the rack gear’ s orientation is wrong and/or its angle is signicantly
oset.
7. Tighten screws by using torque wrenches by fastening at 0.7N·m for XP-AUT06M and at 1.6N·m for XP-
AUT15M when installing for the XEBEC Brush Surface™.
When the tightening torque is low, there is the risk of causing damage to the machine, jigs and work-pieces and/or
sustaining an injury by having the brush come o of the brush holder.

- 3 -
■Product characteristics
1. Manual projection work is no longer required.
2. Brush performance is stabilized.
■Product structure
（XP-AUT06M）
1) XEBEC Self-Adjusting Sleeve™ main body
2) Rack gear stand set
（XP-AUT15M）
1) XEBEC Self-Adjusting Sleeve™ main body
2) Rack gear stand set
*1: Brush mounting screws are included in the package as separate parts.
[Operation image]
Hole for centering
35
Shank
Shank head
1) XEBEC Self-Adjusting Sleeve™
main body Brush mounting screws
(M2.6 × 2 pcs.)
*1
Guide sleeve
Brush holder
Cover plate
Guide sleeve fixing bolts (M4 × 4 pcs.)
Side gear
1) XEBEC Self-Adjusting Sleeve™
main body
Brush mounting screws
(M3 × 2 pcs.)*1
Guide sleeve
Brush holder
Cover plate
Guide sleeve fixing bolts (M4 × 4 pcs.)
Shank head
Side gear
2) Rack gear stand set
Low-head M10 screw
Washer
Spring washer Rack gear
Hexagonal brace
Base washer
Hole for centering
Hole for rack gear installation (3 holes)
The brush projection work by the operator is unnecessary until one brush is fully used by
operating the brush projection work within the machine through the use of a rack & pinion
mechanism. (Adjustment amount can be set every 0.05mm from 0.05mm to 1.0mm.)
Quality is stabilized by maintaining optimum projection.
As shown in the figure
above, the main body
passes through the rack.
The main body side gear and
rack gear are meshed.
The projection amount of
the brush is adjusted.
XEBEC Self-Adjusting Sleeve ™（XP-AUT06M/XP-AUT15M）User Manual

- 4 -
10.33
73.14
2-φ6.2 φ10.2
59.6
R4.25
35
41
31
15
14
27.83
■Specifications
[XEBEC Self-Adjusting Sleeve™ main body external dimensions]
(XP-AUT06M) (XP-AUT15M)
124.1
89.1
46.2
（35） （35） 101.3
136.3
58.4
φ23.4
φ37
φ10
φ14.2
φ37
φ10
124.1
136.3
35
35
37
37
φ10
φ10
220
270
10000
6000
A13-CB06M, A11-CB06M, A21-CB06M, A31-CB06M
A13-CB15M, A11-CB15M, A21-CB15M, A31-CB15M
XP-AUT06M
XP-AUT15M
(Brace) (Rack gear)
M10 M12
143
155
22
φ35
[Accessoryʼs external dimensions]
Tool interference area
Below 0.1mm
（XP-AUT06M)
Fig.2 Fig.3 Fig.4
（XP-AUT15M）
Tool interference area
Machine coordinates of rack gear top surface
Machine coordinates of rack gear top surface
Fig.5 Fig.6 Fig.7
66.7
79
Fig.8
Hole for centering
75
10
75
10
50
155
50
155
（10）
（75） （10）
（75）
85＋Brush projection amount
95＋Brush projection amount
Product code
Overall
length
(mm)
Shank
length
(mm)
Outermost
diameter
(mm)
Shank
diameter
(mm)
Main body
weight
（g）
Maximum
rotation speed
(min-1)
Supporting brush
!The maximum rotation speed of this product varies by the brush size being used. Using at or higher than the
maximum rotation speed may result in breakage of the tool and machine and/or sustain an injury.
!There is the risk of causing the main body as well as the rack gear to fail and/or damage, breaking the
machine, jigs and work-pieces and/or sustaining an injury when used by exceeding the feed rateʼs upper limit
(F=10000mm/min) when passing through the rack gear.
■ Usage
<Example> If sleeve main body travels in Y-direction of rack gear
1. How to set XEBEC Self-Adjusting Sleeve
TM
(hereinafter referred to as “sleeve main body”)
With the main spindle at its normal orientation angle, mount the tool assembly on the main
spindle so that the side gear of the sleeve main body is directed towards the rack gear. Then,
check that the datum plane of the sleeve main body is parallel to the Y-axis.
Please ensure to adjust the “Tilt a” below 0.25mm. (Fig. 1)
!
There is a risk of damaging the main body or the machine if the main body is mounted with the side gear
not facing the rack gear or the Tilt is over 0.25mm, as the main body might interfere with the rack gear.
2. How to mount rack gear
(1) Rack gear mounting position
Please mount the rack gear away from interferers (jigs, etc.) and in a position where an
operating area (tool interfering area) can be ensured as shown in Fig. 2 and Fig.3.
!Please securely fasten the hexagonal brace at the torque 40N·m on the slide table and the rack gear to
the hexagonal brace at the torque 15N·m by using torque wrenches. There is the risk of damaging the
main body and/or the machine unless securely fastened when the main body is misaligned under a
load when it passes through the rack gear.
(2) Rack gear mounting accuracy
As shown in Fig. 4, inclination of the longitudinal direction of the rack gear to the slide axis
has to be below 0.1mm.
!There is the risk of damaging the main body and/or the machine if the rack gear orientation is
incorrect or there is a tilt exceeding 0.1mm as the main body interferes with the rack gear.
(1) Preparation work
Please measure and calculate the following machine coordinates and distance for program
instructions.
1) Coordinates on the rack gear installation position
X-axis: X-axis machine coordinates at the center of hole for centering rack gear (Fig. 5)
Y-axis: Y-axis machine coordinates at the center of hole for centering rack gear (Fig. 5)
Z-axis: Machine coordinates at rack gear top surface (Fig. 6,7)
2) Distance from gauge line to side gear
Please measure Distance B up to the sleeveʼs tip from the gauge line.
Next, calculate Distance A from the gauge line to the side gear by subtracting 66.7mm for
φ6 and 79mm for φ15(Distance C from sleeve tip to the side gear) from the measured
results. (Fig. 8)
<Calculation equation> Distance A = Distance B – Distance C
3. Operation
Distance from the gauge line to the tip of the sleeve
Distance B
Distance from tip of the
sleeve to the side gear
Distance C
Distance from the gauge
line to the side gear
Distance A
Tilt a
X
Y
Datum plane of sleeve main body
Traveling direction of sleeve main body
Fig.1
Sleeve main body
Side gear
Rack gear

- 5 -
10.33
73.14
2-φ6.2 φ10.2
59.6
R4.25
35
41
31
15
14
27.83
■Specifications
[XEBEC Self-Adjusting Sleeve™ main body external dimensions]
(XP-AUT06M) (XP-AUT15M)
124.1
89.1
46.2
（35） （35） 101.3
136.3
58.4
φ23.4
φ37
φ10
φ14.2
φ37
φ10
124.1
136.3
35
35
37
37
φ10
φ10
220
270
10000
6000
A13-CB06M, A11-CB06M, A21-CB06M, A31-CB06M
A13-CB15M, A11-CB15M, A21-CB15M, A31-CB15M
XP-AUT06M
XP-AUT15M
(Brace) (Rack gear)
M10 M12
143
155
22
φ35
[Accessoryʼs external dimensions]
Tool interference area
Below 0.1mm
（XP-AUT06M)
Fig.2 Fig.3 Fig.4
（XP-AUT15M）
Tool interference area
Machine coordinates of rack gear top surface
Machine coordinates of rack gear top surface
Fig.5 Fig.6 Fig.7
66.7
79
Fig.8
Hole for centering
75
10
75
10
50
155
50
155
（10）
（75） （10）
（75）
85＋Brush projection amount
95＋Brush projection amount
Product code
Overall
length
(mm)
Shank
length
(mm)
Outermost
diameter
(mm)
Shank
diameter
(mm)
Main body
weight
（g）
Maximum
rotation speed
(min-1)
Supporting brush
!The maximum rotation speed of this product varies by the brush size being used. Using at or higher than the
maximum rotation speed may result in breakage of the tool and machine and/or sustain an injury.
!There is the risk of causing the main body as well as the rack gear to fail and/or damage, breaking the
machine, jigs and work-pieces and/or sustaining an injury when used by exceeding the feed rateʼs upper limit
(F=10000mm/min) when passing through the rack gear.
■ Usage
<Example> If sleeve main body travels in Y-direction of rack gear
1. How to set XEBEC Self-Adjusting Sleeve
TM
(hereinafter referred to as “sleeve main body”)
With the main spindle at its normal orientation angle, mount the tool assembly on the main
spindle so that the side gear of the sleeve main body is directed towards the rack gear. Then,
check that the datum plane of the sleeve main body is parallel to the Y-axis.
Please ensure to adjust the “Tilt a” below 0.25mm. (Fig. 1)
!
There is a risk of damaging the main body or the machine if the main body is mounted with the side gear
not facing the rack gear or the Tilt is over 0.25mm, as the main body might interfere with the rack gear.
2. How to mount rack gear
(1) Rack gear mounting position
Please mount the rack gear away from interferers (jigs, etc.) and in a position where an
operating area (tool interfering area) can be ensured as shown in Fig. 2 and Fig.3.
!Please securely fasten the hexagonal brace at the torque 40N·m on the slide table and the rack gear to
the hexagonal brace at the torque 15N·m by using torque wrenches. There is the risk of damaging the
main body and/or the machine unless securely fastened when the main body is misaligned under a
load when it passes through the rack gear.
(2) Rack gear mounting accuracy
As shown in Fig. 4, inclination of the longitudinal direction of the rack gear to the slide axis
has to be below 0.1mm.
!There is the risk of damaging the main body and/or the machine if the rack gear orientation is
incorrect or there is a tilt exceeding 0.1mm as the main body interferes with the rack gear.
(1) Preparation work
Please measure and calculate the following machine coordinates and distance for program
instructions.
1) Coordinates on the rack gear installation position
X-axis: X-axis machine coordinates at the center of hole for centering rack gear (Fig. 5)
Y-axis: Y-axis machine coordinates at the center of hole for centering rack gear (Fig. 5)
Z-axis: Machine coordinates at rack gear top surface (Fig. 6,7)
2) Distance from gauge line to side gear
Please measure Distance B up to the sleeveʼs tip from the gauge line.
Next, calculate Distance A from the gauge line to the side gear by subtracting 66.7mm for
φ6 and 79mm for φ15(Distance C from sleeve tip to the side gear) from the measured
results. (Fig. 8)
<Calculation equation> Distance A = Distance B – Distance C
3. Operation
Distance from the gauge line to the tip of the sleeve
Distance B
Distance from tip of the
sleeve to the side gear
Distance C
Distance from the gauge
line to the side gear
Distance A
Tilt a
X
Y
Datum plane of sleeve main body
Traveling direction of sleeve main body
Fig.1
Sleeve main body
Side gear
Rack gear

- 6 -
Fig.9 Fig.10 Fig.11
Fig.12
Table 1:Relationship of sleeve travel and
brush projection amount (mm)
Sleeve
travel
Projection
amount
3.142
6.283
9.425
12.566
15.708
18.849
21.991
25.132
28.274
31.415
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
Sleeve
travel
Projection
amount
34.557
37.698
40.840
43.981
47.123
50.264
53.406
56.547
59.689
62.830
0.55
0.60
0.65
0.70
0.75
0.80
0.85
0.90
0.95
1.00
X
Y
ZY
X
35
: XY-axes machine coordinates
centering position
: Travel of originating point position
: Brush projection travelling direction
Z
X: XZ-axes machine coordinates
centering position
: XY-axes machine coordinates centering position
: Travel of originating point position
: Brush projection travelling direction
35
(3) How to determine sleeve travel with automatic projection amount
(2) Operating program
<Program example>
To have a +0.5mm automatic brush projection with the coordinates of racking gear
mounting positions and distance from the gauge line to the side gear as follows:
X-axis machine coordinates at the center of hole for centering : X-200.000
Y-axis machine coordinates at the center of hole for centering : Y-150.000
Z-axis machine coordinates at rack gear top surface : Z-514.000
Distance from gauge line to side gear : 136.5mm
!
!Confirm without fail before operating via the program that the rack gear and side gear are
facing each other after completing the main-spindle orientation commands.
In the case of confirming operation initially, render it by reducing the moving speed adequately
and confirming that there is no interference with the work-pieces or jigs when approaching/allow-
ing relief on the rack gear.
<Sub program for automatic brush projection> ... Operation trajectory (Fig. 9)
G91G28Z0M9︔ ...Retract to first origin in Z axis and coolant OFF.
G0G90G53X[-200.0+50.0]Y[-150.0+25.0]︔ ...Position to X35.0 Y25.0 from the rack gear datum
hole/ centering hole. (X axis is at the travel start
position)(Fig.10)
G0G90G53Z[-514.0+136.5]︔ ...Position to Z136.5 from the top surface of the rack
gear . (Z axis is at the position where the rack gear and
side gear mesh)(Fig.11)
M19︔ ...Main spindle orientation command.*1
G1G91X0Y-25.0F2000︔ ...Feed into position with an incremental move in the Y
axis, feed rate 2000mm/min. (Y axis is at the travel
start position)
Y-31.415F10000︔ ...Feed in the correct direction for brush projection for
31.415mm of travel from the start position,*2 feed rate
10000mm/min.*3
X15.0F2000︔ ...Move away in the X axis direction still in incremental,
feed rate 2000mm/min.
G91G28Z0︔ ...Retract to first origin in Z axis
M99︔ ...Return to main program
!
*1 Set the main spindle orientation retention state by commanding main spindle orientation without fail before the
rack gear passing operation. Additionally, main spindle excitation torque in the retention state requires a torque
that exceeds 0.5N·m. There is the risk of possibly damaging the main body/rack gear/machine by having the main
spindle rotate at the time of passing the rack gear if it is not set.
!
*2 Please do not operate the main body in the brush draw-in direction (gear reverse direction) because the gear
and/or rack gear can break down. Tabel1 shows the relation of the main bodyʼs travel passing through the rack
gear and brush projection amount.
!
*3 There is the risk of causing failure and damaging the main body as well as the rack gear, damaging the machine, jigs
and work-pieces and/or sustaining an injury when used by exceeding the feed rateʼs upper limit (F=10000mm/min).
Projection direction
(Gear normal rotation)
OKOK
Draw-in direction
(Gear reverse direction)
NGNG
The starting point of the sleeve travel on Table 1 is where the spindle
of the sleeve main body is on the spindle of the rack gear starting
point and at the position located 35mm away from the point.
<Example 2>
<Example 1>
Case of brush to wear 0.05mm with processing
of one work-piece:
Sleeve travel on brushʼs automatic projection
amount 0.05mm is 3.142mm (refer to Table 1).
Case of brush to wear 0.2mm with processing of
100 work-pieces:
Sleeve travel on brush automatic projection
amount 0.2mm is 12.566mm (refer to Table 1).

- 7 -
Fig.9 Fig.10 Fig.11
Fig.12
Table 1:Relationship of sleeve travel and
brush projection amount (mm)
Sleeve
travel
Projection
amount
3.142
6.283
9.425
12.566
15.708
18.849
21.991
25.132
28.274
31.415
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
Sleeve
travel
Projection
amount
34.557
37.698
40.840
43.981
47.123
50.264
53.406
56.547
59.689
62.830
0.55
0.60
0.65
0.70
0.75
0.80
0.85
0.90
0.95
1.00
X
Y
ZY
X
35
: XY-axes machine coordinates
centering position
: Travel of originating point position
: Brush projection travelling direction
Z
X: XZ-axes machine coordinates
centering position
: XY-axes machine coordinates centering position
: Travel of originating point position
: Brush projection travelling direction
35
(3) How to determine sleeve travel with automatic projection amount
(2) Operating program
<Program example>
To have a +0.5mm automatic brush projection with the coordinates of racking gear
mounting positions and distance from the gauge line to the side gear as follows:
X-axis machine coordinates at the center of hole for centering : X-200.000
Y-axis machine coordinates at the center of hole for centering : Y-150.000
Z-axis machine coordinates at rack gear top surface : Z-514.000
Distance from gauge line to side gear : 136.5mm
!
!Confirm without fail before operating via the program that the rack gear and side gear are
facing each other after completing the main-spindle orientation commands.
In the case of confirming operation initially, render it by reducing the moving speed adequately
and confirming that there is no interference with the work-pieces or jigs when approaching/allow-
ing relief on the rack gear.
<Sub program for automatic brush projection> ... Operation trajectory (Fig. 9)
G91G28Z0M9︔ ...Retract to first origin in Z axis and coolant OFF.
G0G90G53X[-200.0+50.0]Y[-150.0+25.0]︔ ...Position to X35.0 Y25.0 from the rack gear datum
hole/ centering hole. (X axis is at the travel start
position)(Fig.10)
G0G90G53Z[-514.0+136.5]︔ ...Position to Z136.5 from the top surface of the rack
gear . (Z axis is at the position where the rack gear and
side gear mesh)(Fig.11)
M19︔ ...Main spindle orientation command.*1
G1G91X0Y-25.0F2000︔ ...Feed into position with an incremental move in the Y
axis, feed rate 2000mm/min. (Y axis is at the travel
start position)
Y-31.415F10000︔ ...Feed in the correct direction for brush projection for
31.415mm of travel from the start position,*2 feed rate
10000mm/min.*3
X15.0F2000︔ ...Move away in the X axis direction still in incremental,
feed rate 2000mm/min.
G91G28Z0︔ ...Retract to first origin in Z axis
M99︔ ...Return to main program
!
*1 Set the main spindle orientation retention state by commanding main spindle orientation without fail before the
rack gear passing operation. Additionally, main spindle excitation torque in the retention state requires a torque
that exceeds 0.5N·m. There is the risk of possibly damaging the main body/rack gear/machine by having the main
spindle rotate at the time of passing the rack gear if it is not set.
!
*2 Please do not operate the main body in the brush draw-in direction (gear reverse direction) because the gear
and/or rack gear can break down. Tabel1 shows the relation of the main bodyʼs travel passing through the rack
gear and brush projection amount.
!
*3 There is the risk of causing failure and damaging the main body as well as the rack gear, damaging the machine, jigs
and work-pieces and/or sustaining an injury when used by exceeding the feed rateʼs upper limit (F=10000mm/min).
Projection direction
(Gear normal rotation)
OKOK
Draw-in direction
(Gear reverse direction)
NGNG
The starting point of the sleeve travel on Table 1 is where the spindle
of the sleeve main body is on the spindle of the rack gear starting
point and at the position located 35mm away from the point.
<Example 2>
<Example 1>
Case of brush to wear 0.05mm with processing
of one work-piece:
Sleeve travel on brushʼs automatic projection
amount 0.05mm is 3.142mm (refer to Table 1).
Case of brush to wear 0.2mm with processing of
100 work-pieces:
Sleeve travel on brush automatic projection
amount 0.2mm is 12.566mm (refer to Table 1).

- 8 -
(1) How to mount brush
4. How to mount and replace brush
1) As shown in Fig.13 use a hexagonal wrench to adjust the amount of projection for starting
setting.
2) While inserting the brush into the brush holder, fasten brush fixed screws (M2.6 × 2 pcs.)
by mutually tightening both sides evenly without fail to prevent the deviation (prevent
run-out), then tighten the screws with the torque 0.7N·m by using torque wrenches at the
end.
At this time, please ensure that there is no gap between the brush bottom surface and
brush holder inner surface to prevent run-out of the brush. (Fig. 14)
(1) How to mount brush
（XP-AUT15M）
（XP-AUT06M）
1) Align the brush screw holes with the brush holder screw holes. Match the screw holes by
rotating the brush holder if the brush holderʼs screw holes are deviated. (Fig. 18)
2) While inserting the brush into the brush holder, fasten brush fixed screws (M3 × 2 pcs.) by
mutually tightening both sides evenly without fail to prevent the deviation (prevent
run-out), then tighten the screws with the torque 1.6N·m by using torque wrenches at the
end. (Fig. 19)
At this time, please ensure that there are no gap between the brush bottom surface and
brush holder inner surface to prevent the brush run-out. (Fig. 20)
(2) How to replace brush
1) Remove the brush mounting screws at two locations. (Fig. 15)
2) Remove the brush from the brush holder. (Fig. 16)
3) As shown in Fig.17, pull in the brush fixing part and set at a desired position.
4) For reassembly, please refer back to (XP-AUT06M) (1) How to mount brush.
＊Once brush is mounted on XP-AUT06, projection cannot be adjusted by a hexagonal wrench .
Please remove the brush and adjust as shown in Fig.13
Pull in the brush holder
Pull in the brush holder
Fig.13 Fig.14
Fig.15 Fig.16 Fig.17
Push the brush on the inner surface of the brush holder.
Brush mounting hole
Please rotate
Please ensure that no gaps are generated.
〇
×
Project the brush
Pull in the brush
Fig.18
Fig.19 Fig.20
Fig.22 Fig.23 Fig.24
(2) How to adjust brush projection amount
(3) How to replace brush
Insert a hexagonal wrench into the hexagonal wrench notch
at the tip of the rod to adjust the amount of projection. (Fig. 21)
Fig.21
1) Remove the brush mounting screws at two locations. (Fig. 22)
2) Remove the brush from the brush holder. (Fig. 23)
3) Pass a brush mounting screw through one of the brush mounting screw holes of the brush
holder to prevent the brush from rotating, and rotate the screw rod with a hexagonal wrench to
fix the brush at a desired position while paying attention to the screw not to fall out. (Fig. 24)
4)For reassembly, please refer back to (XP-AUT15M) (1) How to mount brush.

- 9 -
(1) How to mount brush
4. How to mount and replace brush
1) As shown in Fig.13 use a hexagonal wrench to adjust the amount of projection for starting
setting.
2) While inserting the brush into the brush holder, fasten brush fixed screws (M2.6 × 2 pcs.)
by mutually tightening both sides evenly without fail to prevent the deviation (prevent
run-out), then tighten the screws with the torque 0.7N·m by using torque wrenches at the
end.
At this time, please ensure that there is no gap between the brush bottom surface and
brush holder inner surface to prevent run-out of the brush. (Fig. 14)
(1) How to mount brush
（XP-AUT15M）
（XP-AUT06M）
1) Align the brush screw holes with the brush holder screw holes. Match the screw holes by
rotating the brush holder if the brush holderʼs screw holes are deviated. (Fig. 18)
2) While inserting the brush into the brush holder, fasten brush fixed screws (M3 × 2 pcs.) by
mutually tightening both sides evenly without fail to prevent the deviation (prevent
run-out), then tighten the screws with the torque 1.6N·m by using torque wrenches at the
end. (Fig. 19)
At this time, please ensure that there are no gap between the brush bottom surface and
brush holder inner surface to prevent the brush run-out. (Fig. 20)
(2) How to replace brush
1) Remove the brush mounting screws at two locations. (Fig. 15)
2) Remove the brush from the brush holder. (Fig. 16)
3) As shown in Fig.17, pull in the brush fixing part and set at a desired position.
4) For reassembly, please refer back to (XP-AUT06M) (1) How to mount brush.
＊Once brush is mounted on XP-AUT06, projection cannot be adjusted by a hexagonal wrench .
Please remove the brush and adjust as shown in Fig.13
Pull in the brush holder
Pull in the brush holder
Fig.13 Fig.14
Fig.15 Fig.16 Fig.17
Push the brush on the inner surface of the brush holder.
Brush mounting hole
Please rotate
Please ensure that no gaps are generated.
〇
×
Project the brush
Pull in the brush
Fig.18
Fig.19 Fig.20
Fig.22 Fig.23 Fig.24
(2) How to adjust brush projection amount
(3) How to replace brush
Insert a hexagonal wrench into the hexagonal wrench notch
at the tip of the rod to adjust the amount of projection. (Fig. 21)
Fig.21
1) Remove the brush mounting screws at two locations. (Fig. 22)
2) Remove the brush from the brush holder. (Fig. 23)
3) Pass a brush mounting screw through one of the brush mounting screw holes of the brush
holder to prevent the brush from rotating, and rotate the screw rod with a hexagonal wrench to
fix the brush at a desired position while paying attention to the screw not to fall out. (Fig. 24)
4)For reassembly, please refer back to (XP-AUT15M) (1) How to mount brush.

- 10 -
Other
6. Remarks
Fig.25
5. How to clean sleeve main body
（XP-AUT06M）（XP-AUT15M）
（XP-AUT06M） （XP-AUT15M）
Clean inside of the guide sleeve and outside of the brush holder. (Fig. 25)
Guide sleeve fixing bolts (4)
Cover plate
Cover plate
Screw rod
Screw rod
Brush holder
Brush holder
Guide sleeve Guide sleeve
Apply grease
Apply grease
Apply grease
Apply grease
Location to insert a hexagonal wrench
(holder bottom) Location to insert a hexagonal wrench
(holder bottom)
Guide sleeve fixing bolts (4)
1) Remove the guide sleeve by loosening four pieces of the guide sleeve fixing bolts
2) Remove the brush holder
3) Apply grease after cleaning/wiping outside of the screw rod/brush holder and inside of
the guide sleeve with parts cleaner.
*Our companyʼs recommended grease: lithium soap grease (NLGI No. 2)
4) Return the brush holder to the screw rod and tighten four pieces of M4 guide sleeve
fixing bolts at the torque 2.5N·m by using torque wrenches.
5) Please confirm in advance that there is no run-out before usage. Please confirm also
that there are no loose screws, etc. after machining for a while.
Apply grease to sleeve
inner diameter
Apply grease to sleeve
inner diameter
* When removing and re-assembling the guide sleeve please do so carefully as the clearance is
minimal and lack of care can result in binding and hence damage.
* If storing for any time without use please ensure to clean and grease the sliding fit so the unit
does not seize whilst not in use.
* Please inquire through your procurement source if any abnormalities are sensed in the
mechanism area.
* Please inquire regarding maintenance parts through your procurement source.
* This product is an optional tool for φ6 or φ15 XEBEC Brush™ Surface.
* Please fasten screws with specified tightening torques by using torque wrenches.
* Please use upon confirming that there are no loose screws before usage.
* Specifications and shapes of the product may change without prior notice.

User manual
Self-Adjusting Sleeve™
XP-AUT06M XP-AUT15M
©COPYRIGHT 2016 FEB XEBEC TECHNOLOGY Co., Ltd. All rights reserved.
XEBEC Technology Co., Ltd.
Fuerte Kojimachi 1·7 Building 8F, 1-7-25 Kojimachi, Chiyoda-ku,
Tokyo 102-0083
TEL [phone] FAX [phone]
URL http://www.xebec-tech.com Email [email protected]
R
2019.1.X