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The chuck repair service is dedicated to wafer chucks damaged in device manufacturing processes to a state equivalent to new using our vast knowledge of ceramics.
The chuck repair service is dedicated to wafer chucks damaged in device manufacturing processes to a state equivalent to new using our vast knowledge of ceramics.
The ACCµRA M is a manual flip-chip bonder that allows ± 3 µm accuracy. This equipment permits to align manually the components with a high level of precision. The motorized arm controls precisely the bonding force. Combining and synchronizing t…
The ACCµRA M is a manual flip-chip bonder that allows ± 3 µm accuracy. This equipment permits to align manually the components with a high level of precision. The motorized arm controls precisely the bonding force. Combining and synchronizing the arm with the temperature controller, it guarantees a perfect quality and high repeatability of your process.
The ACCµRA OPTO is a flip-chip bonder that allows ± 0.5 µm accuracy. It is dedicated to low force and reflow processes.
The ACCµRA OPTO is a flip-chip bonder that allows ± 0.5 µm accuracy. It is dedicated to low force and reflow processes.
ACCµRA Plus is a flip-chip bonder designed for ± 0.5 µm accuracy in full automatic mode. It is suitable for reflow and thermocompression processes.
ACCµRA Plus is a flip-chip bonder designed for ± 0.5 µm accuracy in full automatic mode. It is suitable for reflow and thermocompression processes.
The ACCµRA100 is a flip-chip bonder that allows ± 0.5 µm accuracy. Motorized axes guarantee a high repeatability of your process. Its flexibility makes it ideal for developing a wide range of applications. ACCµRA100 combines…
The ACCµRA100 is a flip-chip bonder that allows ± 0.5 µm accuracy. Motorized axes guarantee a high repeatability of your process. Its flexibility makes it ideal for developing a wide range of applications. ACCµRA100 combines high precision, accessibility and cost-effectiveness.
The FC150 is an accurate and very flexible flip-chip bonder for Chip-to-Chip (up to 100 mm) and Chip-to-Wafer (up to 200 mm) applications on the same open platform.
The FC150 is an accurate and very flexible flip-chip bonder for Chip-to-Chip (up to 100 mm) and Chip-to-Wafer (up to 200 mm) applications on the same open platform.
The FC300 is a high accuracy and high force flip-chip bonder for Chip-to-Chip (up to 100 mm) and Chip-to-Wafer (up to 300 mm) applications. FC300 covers a large range of bonding forces, from 1 to 4000N. That makes it perfectly suitable for reflow …
The FC300 is a high accuracy and high force flip-chip bonder for Chip-to-Chip (up to 100 mm) and Chip-to-Wafer (up to 300 mm) applications. FC300 covers a large range of bonding forces, from 1 to 4000N. That makes it perfectly suitable for reflow and thermocompression processes.
The LDP150 is an electrical Press especially designed for bonding large light or radiation detectors (50 ~ 150mm). It uses compression process at room temperature (thermo-compression option available).
The LDP150 is an electrical Press especially designed for bonding large light or radiation detectors (50 ~ 150mm). It uses compression process at room temperature (thermo-compression option available).
NEO HB is a flip-chip bonder designed for ± 1 µm @ 3σ accuracy in stand-alone or full automatic mode (EFEM). It is suitable for Hybrid/Direct bonding processes. NEO HB combines high precision, flexibility and short cycle time.
NEO HB is a flip-chip bonder designed for ± 1 µm @ 3σ accuracy in stand-alone or full automatic mode (EFEM). It is suitable for Hybrid/Direct bonding processes. NEO HB combines high precision, flexibility and short cycle time.
Optimized for the production of nanostructures, the Nano imPrinting stepper Stepper NPS300 is the first ever tool able to combine Hot Embossing and UV-NIL on a same platform. The NPS300 is able to print sub-20 nm geometries with …
Optimized for the production of nanostructures, the Nano imPrinting stepper Stepper NPS300 is the first ever tool able to combine Hot Embossing and UV-NIL on a same platform. The NPS300 is able to print sub-20 nm geometries with an overlay accuracy of 250 nm, when in-situ alignment is performed.
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