NEXTRON
CONTACT
CONTACT
DIMENSION :
70(W) x 140(L) x 31.5(H) mm

LOW WEIGHT :
650 ~ 950 gram

SMALL VOLUM :
100 CC
VACUUM :
10-3 mbar (with rotary pump)
10-6 mbar (with turbomolecular pump)

Vacuum Probe Station 
Vacuum Probe System 
Vacuum Optical chamber
Temperature Ranges
Hot Stage 
Cold stage 
Peltier stage
Peltier Stage
-40 ℃ ~ 200 ℃

Resistor Heater Stage
RT ~ 750 ℃

Cryo Stage
80 K ~ 373 K
Number of Probe
Probe Station 
Probe System 
Optical chamber
Standard Model For the analysis of most electrical properties
4 Ch Probes
6 Ch Probes
8 Ch Probes
24 Pins LCC
48 Pins LCC

.
.

+ Providing various probe distributions
according to the electrodes and applications
Unique Probing Method
Quick & Easy
A unique probe module is only 30x20x20 mm.
A stable contact is possible even on a 20x20 ㎛ contact pad.
As the probe module has a very flexible motion,
it smoothly follows the displacement of the contact point caused
by thermal expansion and maintains a stable contact.
see video at: https://youtu.be/Ikb9RtfGxFs
Manual Probe Miniature positioner 
Micro Positioner
4 Point Probe 
Van der Pauw 
3 Omerga measurement External
Probing Arm
Piezo Positioner 
Micro Positioner
hyperfine
Piezo-Driven Positioner
When stability and resolution are of the utmost importance, the Piezo-Driven
positioner provides the perfect solution. Positioners are ultra-compact and based on
slides with linear ball bearings. They are well-suited for micro-positioning systems,
where space is the top priority.
Resolution: 50 nm
Force: 1 N( 100 g)
Travel(X, Y): 11 mm
Travel(Z): 4.5 mm
Probe Tips
All probes have spring structure inside and/or outside the probe module.
It never loses contact stability in gas flow and scanning experiments.
There is also a great advantage that the contact does not become unstable even
if there is a movement due to thermal expansion and vibration.

The 50 & 100 μm tip can be selected when the contact pad is small.
For more precise probing, it is recommended to use optional Precise probing arm.
* The larger tip size, the better sample clamping force and durability.

Inconel Alloy Probe Tip
High Temperature Probe Tip 
Rhodium Probe Tip 
Gold Probe Tip Tip Material Plate Applicable modals Remark
300 μm Inconel alloy Au MPS-PT
MPS-PTH
MPS-LN2
Max. operating Temp.
200 °C
Affordable price
Tungsten Base Probe Tip
High Temperature Probe Tip 
Rhodium Probe Tip 
Gold Probe Tip Tip Material Plate Applicable modals Remark
50 μm
100 μm
W Rh MPS-PTH
MPS-CHL
MPS-LN2
Max. operating Temp.
450 °C
Rh Bulk Wire Probe Tip
High Temperature Probe Tip 
Rhodium Probe Tip 
Gold Probe Tip Tip Material Plate Applicable modals Remark
250 μm Rh bulk wire none MPS-PT
MPS-PTH
MPS-CHL
MPS-CHH
MPS-LN2
Max. operating Temp.
750 °C
Great durability
Applications
Resonant Frequency Measurement 
Optical Vacuum Chamber
Accessaries
Miniature positioner 
Micro Positioner
Contact
Name:
Email:
Inflow route:
Channel:
Temperature:
Message: