MicroCraft

  • Moving Probe Tester

Corresponds to testing touch panel, film material, and flexible board.
Boards without Netlist can also be tested by comparing the value from Phase Difference Measurement with recorded value from the good board.

F2 Series

F2S6151

Super High Accuracy Model
F2S6151
Extreme High Accuracy Testing is made possible through the use of Type 9 Probe. F2S6151 corresponds to testing standard sized board with up to min. pad size of 15 μm and min. pad pitch of 45 μm.
* Door design may defer depending on the specification.

F2S3325

Super High Accuracy Model
F2S3325
Whereas F2S3325 is specifically designed for testing general package boards such as CSP and Flip Chip up to min. pad size of 10 μm and min. pad pitch of 40 μm.
* Door design may defer depending on the specification.

F2M9172

Large Size Model
F2M9172
Larger Size Model corresponds to larger board, touch panel, and glass boards.
* Door design may defer depending on the specification.

F2M9172SH

Shuttle Table Model
F2M9172SH
Larger Size Model connected to the shuttle table achieved dramatic increase in throughput production. SH stands for single shuttle (shuttle x 1).
* Door design may defer depending on the specification.

F2M9172SH2

Shuttle Table Model
F2M9172SH2
SH2 stands for dual shuttle (shuttle x 2).
* Door design may defer depending on the specification.

Shuttle Table

Shuttle B sets up the next board while waiting the test on Shuttle A to complete Test (Shuttle A)

Shuttle A returns to original position after test is complete. Meanwhile Shuttle B starts the test and Shuttle A sets up the next board.

Detailed Specification (F2S, F2M)

F2S6151 F2S3325 F2M9172
Max. Test Area

24 x 20” (610 x 510 mm)

13 x 9.8” (330 x 250 mm)

35.8 x 28.3” (910 x 720 mm)

Number of Probes

2 Upper

2 Upper

2 Upper

Min. Board Size

2 x 2” (50 x 50 mm)

2 x 2” (50 x 50 mm)

2 x 2” (50 x 50 mm)

Max. Board Thickness

0.16” (4 mm)

0.16” (4 mm)

0.4” (10 mm)

Untestable Area

Repeatable Accuracy *1

±0.08 mil (±2 µm)

±0.04 mil (±1 µm)

±0.16 mil (±4 µm)

Resolution

0.04 mil (1 µm)

0.04 mil (1 µm)

0.08 mil (2 µm)

Min. Pad Pitch

1.8 mil (45 µm) *2

1.6 mil (40 µm) *2

4.8 mil (120 µm) *2

Min. Pad Size

0.6 mil (15 µm) *3

0.4 mil (10 µm) *3

2.4 mil (60 µm) *4

Test Voltage

Continuity Test: 0–10 V
Isolation Test: 250 V *5

Continuity Test: 0–10 V
Isolation Test: 250 V *5

Continuity Test: 0–10 V
Isolation Test: 250 V *5

Test Current

Continuity Test: 2.5 µA–150 mA

Continuity Test: 2.5 µA–150 mA

Continuity Test: 2.5 µA–150 mA

Clamp System

Vacuum Plate

Vacuum Plate

Vacuum Plate

CCD Camera

2 Upper

2 Upper

2 Upper

Printer

External

External

External

Air Supply: Pressure

0.5 MPa

N/A

0.5 MPa

Air Supply: Volumetric flow rate

0.02 ft³/min. (0.6 ℓ/min.)

N/A

0.02 ft³/min. (0.6 ℓ/min.)

Power Supply *6
Single Phase AC200–240 V 50/60 Hz

8 A

8 A

10 A

Weight

1587 lbs. (720 kg)

1543 lbs. (700 kg)

2205 lbs. (1000 kg)

Dimensions [ unit: inch(mm) ]

Required System 1)Control PC & Monitor
2)PC & Monitor for Test Data Editing.
* 1) and 2) can be completed in one PC. * Please inquire our sales for PC specification.
Software EMMA2010 for Control PC is included, but all other software is optional (supporting OS are Windows 7 / Windows 8 / Windows 10)
Probe Type Different types of probes were designed to address specific needs. Please contact our sales for more information on each probe types in selecting ideal probe.
Operating Conditions 70–75°F (21–24°C), 30–70% relative humidity
* Do not use under the environment that has heavy condensing, dust, vibration, and/or corrosive gas.
Atmospheric Dew Point: −14°C or below (at 0.7 Mpa, dew point is 15°C or below)
Oil Mist Concentration: 1 mg/㎥ (ANR) or below

*1 With needle probe. Figure will be differ with other probes. *2 This is based on laser measurement. *3 With T98MC-PB-0B00 probe *4 With T96MC-PB-0R40 probe *5 500 V / 1000 V Option *6 There may be cases where inrush current equivalent 10 times of the regular current flow when the power is initially turned ON. Please choose the breaker that will not cause any malfunction under such inrush current.

Detailed Specification (Shuttle Table Model)

F2M9172SH F2M9172SH2
Max. Test Area

35.8 x 28.3” (910 x 720 mm)

35.8 x 28.3” (910 x 720 mm)

Number of Probes

2 Upper

2 Upper

Min. Board Size

2 x 2” (50 x 50 mm)

2 x 2” (50 x 50 mm)

Max. Board Thickness

0.4” (10 mm)

0.4” (10 mm)

Untestable Area

Repeatable Accuracy *1

±0.16 mil (±4 µm)

±0.16 mil (±4 µm)

Resolution

0.08 mil (2 µm)

0.08 mil (2 µm)

Min. Pad Pitch

7.0 mil (180 µm) *2

7.0 mil (180 µm) *2

Min. Pad Size

2.4 mil (60 µm) *2

2.4 mil (60 µm) *2

Test Voltage

Continuity Test: 0–10 V
Isolation Test: 250 V *3

Continuity Test: 0–10 V
Isolation Test: 250 V *3

Test Current

Continuity Test: 2.5 µA–150 mA

Continuity Test: 2.5 µA–150 mA

Clamp System

Vacuum Plate

Vacuum Plate

CCD Camera

2 Upper

2 Upper

Printer

External

External

Air Supply: Pressure

0.5 MPa

0.5 MPa

Air Supply: Volumetric flow rate

0.02 ft³/min. (0.6 ℓ/min.)

0.02 ft³/min. (0.6 ℓ/min.)

Power Supply *4
Single Phase AC200–240 V 50/60 Hz

15 A

15 A

Weight

3307 lbs. (1500 kg)

4409 lbs. (2000 kg)

Dimensions [ unit: inch(mm) ]

Required System 1)Control PC & Monitor
2)PC & Monitor for Test Data Editing.
* 1) and 2) can be completed in one PC. * Please inquire our sales for PC specification.
Software EMMA2010 for Control PC is included, but all other software is optional (supporting OS are Windows 7 / Windows 8 / Windows 10)
Probe Type Different types of probes were designed to address specific needs. Please contact our sales for more information on each probe types in selecting ideal probe.
Operating Conditions 70–75°F (21–24°C), 30–70% relative humidity
* Do not use under the environment that has heavy condensing, dust, vibration, and/or corrosive gas.
Atmospheric Dew Point: −14°C or below (at 0.7 Mpa, dew point is 15°C or below)
Oil Mist Concentration: 1 mg/㎥ (ANR) or below

*1 This is based on laser measurement. *2 With T96MC-PB-0R40 probe *3 500 V / 1000 V Option *4 There may be cases where inrush current equivalent 10 times of the regular current flow when the power is initially turned ON. Please choose the breaker that will not cause any malfunction under such inrush current.

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