14,000 $
Make an offer| Manufacturer | Karl Suss |
|---|---|
| Model | PA-200 |
| Year | |
| Location | Malaysia
|
| Category | Semiconductors - Wafer equipment |
| Product id | P230405009 |
| Language |
| ------------------- | |
| worked hours | |
| hours under power | |
| state | as-is, where-is |
| At local norms | --------- |
| status | visible but unplugged |
| Last availability date | 27/03/2026 |
The Karl Suss PA-200 SemiAutomatic Probe System is a precision semiconductor wafer probing station designed for wafers and substrates up to 200 mm (8 inches). This system features a stable and modular design, allowing flexibility for various analytical applications including failure analysis, design verification, and parametric and functional testing. It supports measurements ranging from attoAmpere level DC to high frequency signals up to 220 GHz.
Included in this setup are three Karl Suss Manual High Frequency Probe Heads (PH250HF) each equipped with probe arms and heads, as well as one spare XYZ Edmund Optic Micro Positioner. The system is mounted on an anti-vibration table to ensure stability and precision during probing operations.
The prober is equipped with a binocular microscope featuring an attached camera and light source, facilitating detailed visual inspection and alignment. Multiple micro-positioning stages with micrometer adjustments provide fine control for submicron probing accuracy. An emergency stop button is located on the front left corner of the equipment for safety.
Additional accessories include a Karl Suss Joystick Controller and Power Supply, Mitutoyo microscope objectives and eyepiece, an Optem fiber illuminator, a Basler Scout IR camera, and a thermochuck for temperature-controlled measurements. The system is connected with multiple labeled cables and connectors, ensuring organized operation.
The equipment appears clean and well-maintained with no visible damage or wear, and the microscope optics and calibration target plate are in good condition. The system operates with the ProberBench® Operating System, which allows for ease of use and programmed automation, fully operable with or without a PC. This setup offers a versatile and effective solution for semiconductor wafer probing needs.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
Karl Suss PA-200 SemiAutomatic Probe System with Karl Suss PH250HF Probe XYZ Head and Arm & Other Accessories
Karl Suss PA 200 with anti-vibration table including 3 units of Karl Suss Manual High Frequency Probe Head (PH250HF) with probe arm and probe head plus 1 unit spare XYZ Edmund Optic Micro Positioners.
DESCRIPTION
The SUSS PA200 Semiautomatic Probe System is very stable, modular and flexible probe systems for wafers and substrates up to 200 mm (8). The standard ProberBench® Operating System provides ease of use and programmed automation for the most demanding analytical applications. The modular design is effective, versatile and has a defined upgrade path.
FEATURES AND BENEFITS
Application flexibility for failure analysis, design and verification, parametric and functional tests
Precision and stability for submicron probing
Accommodates packaged parts and single chips as well as wafers and substrates
Configurations for measuring from attoAmpere level DC to 220 GHz high frequency
Low noise and frost-free measurements from –65°C to 400°C with the SUSS ProbeShield®
Interfaces to leading analysis instrumentation, optics, software and testers
ProberBench operating system, fully operable with or without a PC
Full range of accessories
To Include:
1. Karl Suss Joystick Controller & Power Supply,
2. Mitutoyo Objectives & Eye Piece, Mitutoyo Microscope
3. Optem Fiber & Illuminator,
4. Basler Scout IR Camera
5. Thermochuck
6. Anti-vibration table
7. Karl Suss Manual High Frequency Probe Head (PH250HF) - 3units
8. Probe arm and probe head - 3units
9. XYZ Edmund Optic Micro Positioners- 1unit
Please note that this description may have been translated automatically. Contact us for further information. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase
What type of probe system is this Karl Suss PA-200?
This Karl Suss PA-200 is a semi-automatic probe system.
What probe is included with this equipment?
This equipment includes a Karl Suss PH250HF probe.
What components are included with this Karl Suss PA-200 system?
This Karl Suss PA-200 system comes with an XYZ head and arm.
What other accessories are included with this equipment?
This equipment includes other accessories as part of the included equipment.
The following questions and answers are generated using artificial intelligence based on the product information available. They are provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Factory – small or medium company |
| Active since | 2023 |
| Offers online | 11 |
| Last activity | April 15, 2026 |
Karl Suss PA-200 SemiAutomatic Probe System with Karl Suss PH250HF Probe XYZ Head and Arm & Other Accessories
Karl Suss PA 200 with anti-vibration table including 3 units of Karl Suss Manual High Frequency Probe Head (PH250HF) with probe arm and probe head plus 1 unit spare XYZ Edmund Optic Micro Positioners.
DESCRIPTION
The SUSS PA200 Semiautomatic Probe System is very stable, modular and flexible probe systems for wafers and substrates up to 200 mm (8). The standard ProberBench® Operating System provides ease of use and programmed automation for the most demanding analytical applications. The modular design is effective, versatile and has a defined upgrade path.
FEATURES AND BENEFITS
Application flexibility for failure analysis, design and verification, parametric and functional tests
Precision and stability for submicron probing
Accommodates packaged parts and single chips as well as wafers and substrates
Configurations for measuring from attoAmpere level DC to 220 GHz high frequency
Low noise and frost-free measurements from –65°C to 400°C with the SUSS ProbeShield®
Interfaces to leading analysis instrumentation, optics, software and testers
ProberBench operating system, fully operable with or without a PC
Full range of accessories
To Include:
1. Karl Suss Joystick Controller & Power Supply,
2. Mitutoyo Objectives & Eye Piece, Mitutoyo Microscope
3. Optem Fiber & Illuminator,
4. Basler Scout IR Camera
5. Thermochuck
6. Anti-vibration table
7. Karl Suss Manual High Frequency Probe Head (PH250HF) - 3units
8. Probe arm and probe head - 3units
9. XYZ Edmund Optic Micro Positioners- 1unit
Please note that this description may have been translated automatically. Contact us for further information. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase
What type of probe system is this Karl Suss PA-200?
This Karl Suss PA-200 is a semi-automatic probe system.
What probe is included with this equipment?
This equipment includes a Karl Suss PH250HF probe.
What components are included with this Karl Suss PA-200 system?
This Karl Suss PA-200 system comes with an XYZ head and arm.
What other accessories are included with this equipment?
This equipment includes other accessories as part of the included equipment.
The following questions and answers are generated using artificial intelligence based on the product information available. They are provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| ------------------- | |
| worked hours | |
| hours under power | |
| state | as-is, where-is |
| At local norms | --------- |
| status | visible but unplugged |
| Last availability date | 27/03/2026 |
The Karl Suss PA-200 SemiAutomatic Probe System is a precision semiconductor wafer probing station designed for wafers and substrates up to 200 mm (8 inches). This system features a stable and modular design, allowing flexibility for various analytical applications including failure analysis, design verification, and parametric and functional testing. It supports measurements ranging from attoAmpere level DC to high frequency signals up to 220 GHz.
Included in this setup are three Karl Suss Manual High Frequency Probe Heads (PH250HF) each equipped with probe arms and heads, as well as one spare XYZ Edmund Optic Micro Positioner. The system is mounted on an anti-vibration table to ensure stability and precision during probing operations.
The prober is equipped with a binocular microscope featuring an attached camera and light source, facilitating detailed visual inspection and alignment. Multiple micro-positioning stages with micrometer adjustments provide fine control for submicron probing accuracy. An emergency stop button is located on the front left corner of the equipment for safety.
Additional accessories include a Karl Suss Joystick Controller and Power Supply, Mitutoyo microscope objectives and eyepiece, an Optem fiber illuminator, a Basler Scout IR camera, and a thermochuck for temperature-controlled measurements. The system is connected with multiple labeled cables and connectors, ensuring organized operation.
The equipment appears clean and well-maintained with no visible damage or wear, and the microscope optics and calibration target plate are in good condition. The system operates with the ProberBench® Operating System, which allows for ease of use and programmed automation, fully operable with or without a PC. This setup offers a versatile and effective solution for semiconductor wafer probing needs.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Factory – small or medium company |
| Active since | 2023 |
| Offers online | 11 |
| Last activity | April 15, 2026 |