Huntron Access Probers
Precision Flying Probe Platforms for Automated Test Applications
Flying Probe technology is used to automate the testing of printed circuit boards (PCB) that would otherwise have to be tested manually.
Adding a Huntron Access Prober to your test procedure will significantly decrease test times therefore increasing productivity.
Access Probers can accurately place a probe on test points with high precision achieved by using micro-stepping motors and linear laser encoders. Probing the smallest surface mounted devices
is possible.
Huntron Access Probers can automate your unique test process using the standard probe or by adding a custom probe of your design.
Huntron offers three Flying Probe system configurations based on PCB size and test head requirements.
The benefits of Test Automation using Huntron Probers
- Automated probing is 10 times faster than manual methods
- Vastly improved accuracy compared to hand probing
- Open architecture design works well with other instrument types
Large format, single head Flying Probe station
- Precisely probe larger PCAs with remarkable accuracy
- Built to last for many years of service
- Can be connected to a Huntron TrackerĀ® 3200S
- Prober Specifications
- Learn More >>
Large format, single head Flying Probe station
Dual Head Flying Prober Station
- Accurate point-to-point probing of PCAs
- Solid construction to meet your automation demands
- Configured with a Huntron TrackerĀ® 3200S inside
- Prober Specifications
- Learn More >>
Prober Comparison Chart
Prober Specification |
Access 2 |
Access RF |
Access DH2 |
Number of Heads |
1 |
1 |
2 |
Maximum Board Size |
22" x 23" (56cm x 58cm) |
22" x 23" (56cm x 58cm) |
27" x 23" (68.6cm x 58cm) |
Test Area |
18.2" x 22.4" (46.2cm x 56.9cm) |
18.2" x 22.4" (46.2cm x 56.9cm) |
19" x 12" (48.3cm x 30.5cm) |
Maximum Component Height |
4" (10cm) |
4" (10cm) |
4.8" (12.2cm) |
Add Custom Test Head? |
Yes |
No |
Yes |
Add Huntron Tracker inside? |
No |
No |
Included |
Accuracy |
+/-20 microns |
+/-20 microns |
+/-10 microns |
Huntron Robotic Flying Probe Systems FAQ
Q: Where are Huntron Robotic Flying Probe Systems used?
Answer: Huntron Robotic Flying Probe Systems, known as Huntron Access Probers, are used in any situation where you wish to automate
a test function that is currently done by hand. Automation greatly reduces the time required to interface to test points on a printed circuit board or
perform a function that was previously accomplished manually. Flying probe systems can also reduce errors caused by fatigue or placement accuracy that are
possible when probing manually.
Q: What can I test with a Huntron Flying Prober?
Answer: Many flying probe systems including the Huntron Access Probers are used to test electronic printed circuit boards (PCB). They provide a reliable, fast and repeatable
method to test PCBs that are either powered ON for functional type tests or powered OFF for static diagnostic testing such as Analog Signature Analysis (ASA).
Because of their unique XY platform design, Huntron Access Probers have also been used for other applications such as custom pick and place and automated optical inspection (AOI).
Q: How are Huntron Prober systems different to other Flying Probers such as Takaya, SPEA, Acculogic and Seica systems?
Answer: Where many flying probe systems like those from Takaya, SPEA, Acculogic, Seica or Digitaltest (Condor) are high speed production test systems, Huntron Access Probers are
intended for low volume, high precision test processes. These processes may include Analog Signature Analysis, automated digital multimeter (DMM) probe placement, inject and sense measurements,
and precision, low volume pick and place functions. Huntron Access Probers provide a flexible robotic XY platform that can help automate functions where manual methods are
not practical.
Q: Where can I get a quote or request a demonstration for a Huntron Prober System?
Contacting Huntron is easy. Simply complete our Contact Us request form and include your request in the
Message field. We will answer your request promptly.