Achilles offers a full range of wafer carriers models depending on the wafer types, all using antistatic and high-purity material, and compatible with packing machines:

– Protos Carrier MA series Improve the shipping efficiency, 25 wafers of capacity. Can be used with spacers or rings. For 4“, 5“, 6“, 8“ and 12“ wafers.

– Protos Carrier ND series Carrier for diced wafers, can contain between 13 and 25 wafers depending on the model. Compatible with 6“, 8“ and 12“ framed wafers.

Powerful Laser System for Micro Material Processing

ULTAGO is a powerful laser processing workstation designed for high-precision applications in the photovoltaic, precision engineering, and electronic industries. It achieves maximum throughput for solar cells or ceramic substrates and is used in high-volume production environments. Different from linear table machines, in the turntable machine loading, unloading, alignment, as well as laser processing are carried out in parallel in order to reach optimum productivity.

KOPEL KSM Series probe bars enhance the measurement accuracy and repeatability of PV cell IV measurement by providing much higher precision and durability than competitors’ products.
The KOPEL KSM Series probe bars are mounted on the KOPEL KSJ-026 high-precision cell setter to ensure stable probing. Since probing performance is the key to IV measurement accuracy, the probing bars are an indispensable component for ensuring high repeatability of the measured data. Also, mass-production lines of PV cells require highly durable probe bars to reduce production cost. The KOPEL KSM Series probe bars are capable of withstanding at least 1million contacts for probing.
The KOPEL KSM Series probe bars have a very thin but strong structure to minimize the shadow of the bar created by the simulated sunlight. And their high durability ensures accurate IV measurement at lower resistance.
The KOPEL KSM Series probe bars are incorporated into the KOPEL KSX-1000 high-performance solar cell test system and the KSX-3000H high-efficiency solar cell test system.

The KSX-3000H Solar Cell Test System is an optimum solution for testing high-efficiency PV Cells including HIT® or PERC® PV cells under R&D and Mass-Production Environments.

We can provide optimal pin chucks tailored to strict requirements through customized design using world-class flattening process technology (flatness of 0.2 μm for 12-inch chucks).

Can flexibly be adjusted planar shapes of pin chucks with variable unevenness according to the shapes of wafers and customize absorption zones and pin patterns to enhance absorption responsiveness:

The scia Trim 200 is designed for high precision film thickness trimming in wafer processing. Typical applications of the system are frequency and thickness trimming in manufacturing of acousto-electrical devices and filters such as bulk acoustic wave (BAW) or surface acoustic wave (SAW) devices, localized pole trimming for thin film heads (TFH) and trimming of precision thin film resistors.

The scia Trim 200 is a high volume production system and accommodates a standard semiconductor cassette handling robot. Cluster tools with two process chambers and two cassette load-locks are available.

The scia Cube 300/750 are designed for large area high density plasma processes of substrates up to 300 mm x 200 mm (scia Coat 300) and up to 750 mm x 750 mm (scia Coat 750). Typical applications are deposition of Diamond Like Carbon (DLC) for optical filters and dielectric films for anti-reflective coatings as well as etching processes with oxygen or halogen chemistry for the structuring of Semiconductors and metals.

The scia Cube 300/750 combine plasma excitation by an array of microwave sources. The substrate stage is equipped with an independent a RF bias. Various substrate sizes can be transferred with an automatic vacuum load-lock system.