Starter kit consists of:

• C-2 two inch probe station with quick 2 inch coaxial X-Y stage to 10um resolution (320mm x 320mm x 320mm)
• Two EB-700E micropositioners with magnet on/off bases
• Two screw nut tip holders and a pack of 10um probe tips
• Dinolite 5MP digital microscope with 140X optical zoom and 2x digital zoom fitted with a coaxial light stage offers outstanding magnification and clarity as shown
• You will also receive a vacuum pump to hold your sample to the stage

Everything you need to start testing within an hour of receiving your package.

Please contact us if you would like to discuss this or a similar system on 01582 764334 or [email protected]

Celebrating over 25 years of manufacturing probe stations and micro positioners the C-Series are one of the world’s most popular and affordable, yet built with precision and repeatability.

They are 6 models in this series, starting at 2 inch chuck to 8 inch C2, C2-PLUS, C2-RF, C4, C6 and C8.

With a 10 micron precision X-Y alignment, hard chrome pated platen, vacuum chuck and anti-vibration mounts as standard, makes this compete with probe stations that cost many times the price. The 4 inch and above features chuck up/down. Available with a trinocular microscope or a Dinolite USB microscope.

Analytical Probe Station with Vacuum Chuck for 4", 6", 8", 12" Wafer diameter

Stainless Steel or Gold Plated Vacuum Chuck

The EverBeing BD series is our top of the line probe station. It’s features and foundation are solid for providing repeatable, accurate measurements in both DC and RF applications.

• Analytical Probe Station with Vacuum Chuck for 4", 6", 8", 12" Wafer diameter
• Large Knob for High Precision Stage
• Back-lash free movement
• Mounting for up to 12 micropositioners
• 4.5” Probe Card Holder compatible
• Platen Height Adjustable
• Platen Linear Up/Down
• Micropositioner Standby Dock
• Microscope Tilting for E-Z lens switching
• Stainless Steel or Gold Plated Vacuum Chuck

Celebrating 25 years, EverBeing have launched the latest addition to their line, the C2-RF, the world’s smallest and most affordable RF Probe Station.

Measuring just 360mm X 360mm and only 26Kg, it can hold 4 RF probes and two DC bias probes on the hard chrome platted platen.

Fitted with a 2 inch vacuum chuck, four anti-vibration mounts and 10 micron precision X-Y alignment, makes this compete with probe stations that cost many times the price. The U Shaped chuck holds the DUT and RF Calibration substrate.

Following on from their success of the C-2-RF probe station, the worlds smallest and affordable 2 inch probe station, EverBeing now offer a range of Millimeter-Wave Probe Stations for precise integration with your existing Vector Network Analysers (VNA), wave guides and frequency extenders from leading brands like Anritsu, Keysight, Rohde & Schwarz, VDI, OML. Two models are available EB-6A and EB-6V to accommodate the different sizes of waveguides and frequency extenders you prefer. The EB-6A is designed specifically to accommodate Anritsu equipment whilst the EB-6V is more generic to work with Keysight, Rohde & Schwarz, VDI, and OML mmWave modules.

Following on from their success of the C-2-RF probe station, the worlds smallest and affordable 2 inch probe station, EverBeing now offer a range of Millimeter-Wave Probe Stations for precise integration with your existing Vector Network Analysers (VNA), wave guides and frequency extenders from leading brands like Anritsu, Keysight, Rohde & Schwarz, VDI, OML. Two models are available EB-6A and EB-6V to accommodate the different sizes of waveguides and frequency extenders you prefer. The EB-6A is designed specifically to accommodate Anritsu equipment whilst the EB-6V is more generic to work with Keysight, Rohde & Schwarz, VDI, and OML mmWave modules.

The Photonic Probe station is designed to allow flexible positioning of optical fibre to the device under test DUT. The fibre can be precisely positioned (course and fine adjustment) from vertical to 60 degrees from vertical. (we can also offer horizontal alignment. The pitch or theta can also be adjusted by ±12 degrees 0.05° resolution.

Using our EB-005 micropositioners we can offer you either 0.7µm (100TPI) or 0.35µm (200TPI) positioning in X, Y and Z axis.

• 5 axis of fibre positioning
• Monozoom Microscope
• Microscope X-Y panning ±25mm with optional microscope tilt.
• Precision coaxial chuck stage
• Fibre Optic, DC, RF and mmWave heads
• Optional Heated Chuck
• Optional Anti-vibration table or table-top.

Please contact us to discuss in more information. 

Stand alone vacuum pump suitable for handling electronic parts such as ICs and LSIs.

Ideal accessory for our range of Everbeing range probe stations to hold the silicon wafer onto the chuck.

• CE Marked
• Fused with on/off switch
• Low maintenance
• Tube 3mm ID x 5mm OD silicon tube (sold separately)
• Enclosed Vacuum Pump -33.3 kPa (-250 mm Hg, -333 mbar, -9.84 in. Hg) at 7 l/min

Small, lightweight, oil-less vacuum pump rated at 3 litres /min at -53.3 kPa (-400 mm Hg, -533 mbar, -15.7 in. Hg). Designed for use with our range of probe stations to secure the wafer or specimen under test onto the chuck.

Suitable for handling electronic parts such as ICs and LSIs etc. CE Marked.

Bare flying leads to be installed or wired into your own enclosure.

Small, lightweight, oil-less vacuum pump rated at 7 litres /min at -33.3 kPa (-250 mm Hg, -333 mbar, -9.84 in. Hg). Designed for use with our range of probe stations to secure the wafer or specimen under test onto the chuck.

Suitable for handling electronic parts such as ICs and LSIs etc. CE Marked.

Bare flying leads to be installed or wired into your own enclosure.

The Everbeing Chamber Plus series of analytical probe stations is an extension of their flagship EB Series probe station.

Take your DC and RF measurements further with complete temperature control from 5°C to 400°C (depending on hot chuck model), can also go as low as -40°C. Nitrogen purge to remove moisture.

The EverBeing EB series is our top of the line probe station. The features and foundation are solid for providing repeatable, accurate measurements in both DC and RF applications.