UMAP Vision System

Catalog No.E14000(4)Vision Measuring Systems

Microscopic Form Measurement System

Extremely small styli down to ø15 µm makecontact measurement of microscopic form a reality
The UMAP Vision System is an ultra-low-measuring-force probe thatuses Mitutoyo's proprietary sensing technology.

UMAP Vision System Features
Stylus with a minimum diameter of 15 μm makes contact measurements of microscopic areas possible.

With a lineup of styli ranging from a minimum diameter of 15 μm, this product responds
to the needs of our customers for microscopic dimension and form measurement.

Ultra low measuring force of a minimum 1 μN (UMAP103) makes it possible to measure even workpieces that are easily deformed.
Up to three types of UMAP styli, each of a different diameter can be used in combination. The user can install,remove, and replace styli.

Non-contact measurement in vision mode and contact measurement using the UMAP mode can be done solely
by one unit. Even for parts that are difficult to see, vision mode can be used to position workpiece, and then theUMAP mode can be used to perform aimed measurements.

23TECHNOLOGYSOFTWARE

Detection Principle

QVPAK

StylusQVPAK, the main software, supports both non-contact measurements using vision mode and contact measurements using UMAP mode.

Amplitude

1. As shown in the figure to the left, the stylus maintains a microvibratingstate when not in contact with the workpiece.
2. When the stylus comes into contact with the workpiece, the stylus
vibration is restricted by the workpiece, which causes the vibration
amplitude to decrease. A touch-trigger signal will be detected when theamplitude decreases past a certain level.
3. When the stylus moves away from the workpiece, the stylus vibration
amplitude returns to the state that was present when the stylus was not in
contact with the workpiece, which makes the stylus ready for use inperforming the next measurement.

TimeWorkpiece
Detection signal before the stylus contacts
with the workpiece

StylusAmplitude Decrease in amplitude

TimeWorkpiece
Detection signal after the stylus contacts
with the workpiece

UMAP Stylus Lineup
Five types of stylus modules that differ in stylus tip radius and shaft length are available.
Up to three types of styli can be used in combination, which makes it possible to select the optimum stylus to match the workpiece to be measured.

ø30 µmUMAP103
Stylusø15 µmø30 µm

ø70 µmUMAP107
Stylusø100 µm
UMAP110Stylus

16 mm

10 mm

5 mm

9.5 mm

2 mm

6.5 mmø15 µmUMAP101
StylusNominaldiameterø80 µmNominaldiameterø53 µmNominaldiameterø24 µm
0.2 mmNominaldiameterø9 µm

Nominaldiameter
ø200 µm

Calculation function example

Switching between vision and UMAP modes

Measuring tool arrangement with a single click

The user can click icons to switch between vision and UMAP modes. This makes it possible to use visionmode to perform workpiece positioning and then use UMAP mode to perform targeted measurements.

The tool size, orientation, and threshold of vision measuring tools are automatically
set with one click of the mouse in the vicinity of the measurement location.

Vision
mode
UMAP
mode

ø300 µm
UMAP130
Stylusø70 µmOutlier removal

QVGraphics

Outliers caused by dirt, burrs, and chips are removed automatically. Also, it is possible todetermine the optimum removal level for abnormal points while viewing the measured data.

The elements measured with QVPAK and the measurement results can be displayed
graphically. It is also possible to calculate distances and angles for configuring thecoordinate system settings of displayed elements that the user specifies.

ø100 µmø300 µm

Note 1: The stylus diameters, shaft lengths, and shaft diameters specified are nominal sizes.
Note 2: The stylus shaft lengths do not guarantee the workpiece measurement depth.

Application Examples
The following are examples of workpieces that can be measured with UMAP. UMAP provides a solution for microscopic dimension measurement and form
evaluation in a wide variety of fields such as precise microscopic molds, micromachining pressed products, microscopic resin molded products, and EDM electrodes.

OPTIONAL SOFTWARE

Drawing the geometrical deviation of a circle Graphical display of a measured element

F OR M T R A C E PA K - A P
F o r m E v a lu a t io n a n d A n a ly s is S o ftw a reVerifies designed values and performs form analysis on the basisof the contour data obtained via the UMAP or vision mode.

Micro connector molds and electrodemeasurement

4Lens barrel measurement

Measurement of microscopic gear tooth and tooth-form profile /tooth-alignment profile

Analysis on microscopic dimensions

Gear contour matching and over-pin diameter analysis

5Specifications
Measuring range (X×Y×Z) [mm]5-ø14 (Level adjusting
bolt holes)

158

100 100
550
866

170
2150

185 (Vision/UMAP
measuring range)

4-Glass fixing screws
19-M6 depth 12 (Jig mounting holes)(62) 300 (Vision measuring range) (62)(6)
400 (Filling dimension of stage glass) (6)
(23)
(23)
424
470 (Dimension between columns)

Glass surface
Jig fixing surface

100662
930

100
158

Column98

46.5 124
124 46.5
308
42.5
42.5
103 50 104 50 104 50 103

UMAP Vision System TYPE2 ULTRA 404

700

889

1910

1200

2002002750

Column20.5
1333.5

331

850
1736

UMAP Vision System TYPE2 HYPER 302 Pro

6

UMAP Vision System TYPE2 ULTRA 404

111111276
90 50 88 50 88 50 90

11.5
7.5 24-M6
Jig mounting holes

8-ø7
Level adjusting bolt holes

555
Glass surface
Jig fixing surface
5~7200200200243 325
325279
1172

11.5
7.5

Column115 285 (Vision/UMAP measuring range)
40 360 (Effective measurement range)
400 (Vision measuring range) 100.5495 (Filling dimension of stage glass)521
588 (Dimension between columns)

13
33.5

92.5 400 (Vision/UMAP measuring range) 156.5553 (Filling dimension of stage glass) 48
48
649

6
137 (Distance to the column
end surface when the table is (6)positioned of the rear end)

700

565

LINE-UP

235

1612

1047

1200

ColumnVision/UMAP measuring range
200 (for UMAP130)
178.5 (for UMAP110)
178 (for UMAP107)
175 (for UMAP103)
173 (for UMAP101)
200 (Vision Measuring range)

UMAP Vision System TYPE2 HYPER 302 Pro

300 (Pitch ofglass fixing screws) (62)(62)(6) 26 60 60 60 60 60 60 26 (6)20200 (for UMAP130)
21.5 (for UMAP110)
22 (for UMAP107)
25 (for UMAP103)
27 (for UMAP101)

Dimensions

20
246 (Pitch of glass(19)
fixing screws)(42)212
200 (Vision/UMAP(48) measuring range) (48)296

Alignment adjustingequipment*5 The assured accuracy of UMAP is specific to that of UMAP110 in the case of a measuring speed of 10 μm/s.
*6 The accuracies are guaranteed for a measuring speed of 5 μm/s for the UMAP101 and a measuring speed of 10
μm/s for the UMAP103, 107, 110, and 130.
*7 The guaranteed accuracy depends on ambient temperature.
*8 UMAP Vision System TYPE2 HYPER 302 Pro only uses air to move UMAP up and down.

20

Calibration gauge (ring)
Calibration gauge (ø1 ball)*1 Programmable power turret 1x, 2x, 4x, 6x model is available by special order. Digital magnification
function allows 8x and 12x in addition to 1x, 2x, 4x, 6x. 6 steps of magnification are available intotal.
*2 An excessively biased or concentrated load is excluded.
*3 Inspected to a Mitutoyo standard. L: arbitrary measuring length (unit: mm)*4 According to ISO 10360-7:2011 (JIS B 7440-7:2015)19(9) 33

Calibration

Vision+UMAP
185×200×175
Stage glass (W×D) [mm]399×271
External dimensions (D×W×H)
930×866×1612
1736×1172×1910(Including dedicated stand) [mm]Main unit mass (Including dedicated stand) [kg]3652185
Imaging device
B&W CMOS digital camera
Observation unit*1
Programmable power turret 1x, 2x, 6x, (12x)
Vertical coaxial light
White LEDWhite LED
Illumination unit Stage light
White LEDWhite LED
Programmable ring light
White LEDWhite LED
2Maximum stage loading [kg]*
15 kg
40 kg
E UX,MPE / E UY,MPE① (0.8 + 2 L/1000)µm / ② (0.8 + 3L/1000)① (0.35 + 1.3 L/1000)µm / ② (0.35 + 1.8 L/1000)
Vision*4
E UZ,MPE① (1.5 + 2 L/1000)µm / ② (1.5 + 3.5L/1000)① (1.5 + 2 L/1000)µm / ② (1.5 + 3.5 L/1000)
E UXY,MPE① (1.4 + 3 L/1000)µm / ② (1.4 + 4L/1000)① (0.5 + 2 L/1000)µm / ② (0.5 + 2.5 L/1000)
Vision measuring
E 1X, E1Y
(1.5 + 3 L/1000)–
accuracy [μm]*3 STREAM(optional)
E 2XY(2.0 + 4 L/1000)–
Optical magnification
2.5x objective (QV-HR2.5x or QV-SL2.5x) and middle magnification tube lens 5x objective (QV-5x or QV-HR5x) and middle magnification tube lens5
UMAP*
E 1X, E 1Y
(1.7 + 3 L/1000)(1.5 + 3 L/1000)
Dimensional measurement within the FOV–
3σ≤0.2σ≤0.1σ≤0.08
UMAP101, 103, 107
Repeatability [μm]UMAP*3 *6σ≤0.15σ≤0.12
UMAP110, 130
Ambient temperature① 20±2 °C / ② 19 to 24 °C
Operatingtemperature range*7 Temperature variation
0.5 °C/1H and 1 °C/24H
Thermal compensation function
AutomaticPressure
0.4 MPa (Air supply pressure to be in range 0.5 to 0.9 MPa.)
Air supply
8
Required air flow rate*–300 L/min (ANR) Operating air pressure

Vision/UMAP measuring range
200 (for UMAP130)
178.5 (for UMAP110)
178 (for UMAP107)
175 (for UMAP103)
173 (for UMAP101)
200(Vision measuring range)*1 When the QV-SL0.5x, QV-HR10x, QV-10x, or QV-25x objective is used, some limitations, such as the illumination being insufficient depending on the workpiece, may occur.
*2 The values for field of view are not guaranteed values, but representative values.

400×400×200
Effective measuring range when contour light is used:360×400×200
285×400×175
493×551

300×200×200

0 (for UMAP130)
21.5 (for UMAP110)
22 (for UMAP107)
25 (for UMAP103)
27 (for UMAP101)

Objective
QV-SL0.5x*1 QV-HR1x
QV-SL1x QV-HR2.5x QV-SL2.5x QV-HR5x
QV-5x
QV-HR10x*1 QV-10x*1QV-25x*1
Code No.
02AKT199 02AKT250 02ALA150 02AKT300 02ALA170 02AWD010 02ALA420 02AKT650 02ALG010 02ALG020
Set of objectives that support PFF–––
02AKX895B–
02AXA915B 02AKX900B 02AKX905B–
02AKX910B
Working distance [mm]
30.5
40.6
52.5
40.6
60.0
20.0
33.5
20.0
30.5
13.0
Turret 1x
12.54x9.4
6.27x4.7
2.49x1.86
1.24x0.93
0.62x0.47
0.25x0.18
6.27x4.7
3.13x2.35
1.24x0.93
0.62x0.47
0.31x0.23
0.12x0.09
Field of view [mm]* 2 Turret 2x(H)×(V)Turret 6x2.09x1.56
1.04x0.78
0.41x0.31
0.20x0.15
0.10x0.07
0.04x0.03
Digital magnificationq 12x 1.04x0.78
0.52x0.39
0.20x0.15
0.10x0.07
0.05x0.03
0.02x0.01

UMAP Vision System TYPE2 ULTRA 404
UVS2-U404P1L-E

2.5~3.5

QV Objectives

Vision272 (Filling dimension ofstage glass)682 60 60 82 (6)OPTIONS

UMAP Vision System TYPE2 HYPER 302 Pro
UVS2-H302P1L-E

Model name
Model code
Main unit

7

2407(JP9), Printed in Japan

Coordinate Measuring Machines

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basis.

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All product information contained in this brochure is current as of July 2024.

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