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Stocker Automated Storage & Retrieval System (ASRS)

Built for Lights-Out Fab Operations

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Automated storage that keeps semiconductor lines moving

UB Stocker ASRS is a specialized automated storage system designed for the ultra-clean handling of critical semiconductor materials. We utilize advanced robotics to manage sensitive inventory, ensuring that every movement is executed with repeatable precision to maintain product integrity within production environments.

Materials the Stocker Handles

Different stocker configurations work together to keep material flowing smoothly, ensuring tools are supplied on time across frontend and backend semiconductor operations.

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Magazine

UB Stocker ASRS provides dedicated slots for magazines, ensuring secure transport and protection during high-frequency assembly processes.

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FOUP

UB manages Front Opening Unified Pods with precision, maintaining cleanroom standards for wafer transport and storage.

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Cassette 

ASRS utilizes specialized grippers to handle wafer cassettes safely, preventing material contamination and physical damage.

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Tray 

UB automated trays organize diverse small components, utilizing vertical space to maximize storage density and accessibility.

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Tote

ASRS tailored for semiconductor tote boxes requires strict contamination control, ultra-smooth motion, and full software compliance.

Other Materials Supported

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Canister

Ensures safe, contamination-free delivery of essential chemicals.

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Bond

Secures reliable electrical connections during chip assembly.

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Reel

Enables continuous, high-speed automated surface mount production.

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Burn In Board

Validates long-term chip reliability through rigorous testing.

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Reticle Box

Shields critical lithography masks from yield-killing contamination.

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Mask

Guarantees flawless pattern transfer for advanced microchips.

Specification

Built for semiconductor production environments, the system supports automated material handling, reliable system connectivity, and cleanroom-ready operation to keep materials flowing consistently with minimal manual intervention.

Spec
ARS MAGAZINE
ARS FOUP
ARS CASSETTE
ARS TRAY
Length
6400mm
6400mm
6400mm
6400mm
Width
2500mm
2600mm
2950mm
2000mm
Height
3000mm
3000mm
3000mm
3000mm
Capacity
800
80
140
310
Cleanroom Class
Class 1k
Class 1k
Class 1k
Class 1k
N2
N2 Enhancement Ready
N2 Enhancement Ready
N2 Enhancement Ready
NA
UPH
100 Magazine
90 Foups
90 Cassettes
90 Bundle Trays
Number of Platform
2 (with 4 magazine buffer each platform)
2
2
2
AB Door
Included
Included
Included
NA
AGV Handler Type
3 Axis Rackmaster with Clamper Concept
3 Axis Rackmaster with Telescopic Arm
3 Axis Rackmaster with Telescopic Arm
3 Axis Rackmaster with Telescopic Arm
User Interface
17' Touch screen monitor with mouse & keyboard
17' Touch screen monitor with mouse & keyboard
17' Touch screen monitor with mouse & keyboard
17' Touch screen monitor with mouse & keyboard
Power Requirements
240 VAC Single Phase 13A
240 VAC Single Phase 13A
240 VAC Single Phase 13A
240 VAC Single Phase 13A
Control System
IPC + PLC, Secgem ready
IPC + PLC, Secgem ready
IPC + PLC, Secgem ready
IPC + PLC, Secgem ready
CDA Supply Pressure
0.5 to 0.6 Mpa (5 to 6 bar)
0.5 to 0.6 Mpa (5 to 6 bar)
0.5 to 0.6 Mpa (5 to 6 bar)
0.5 to 0.6 Mpa (5 to 6 bar)
Network Capability
Yes
Yes
Yes
Yes

High-Precision Material Management

We provide a seamless transition between bulk stocker storage and climate-controlled material management. This workflow ensures that sensitive components moved from the ASRS are maintained in optimal environmental conditions for immediate production use.

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Semiconductor Manufacturing Excellence

We optimize front-end and back-end cleanroom logistics by automating the transit of high-value materials. This setup supports 24/7 manufacturing cycles while ensuring total traceability and meeting strict industrial standards.

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Stocker ASRS in Action

Operational gains that directly improve daily production work

Multi-Product Wafer Bank Control

Automated wafer bank storage reduced searching time, improved traceability, and stabilized material availability across multiple product types.

High-Volume JEDEC Tray Flow

Flexible tray storage handled high throughput with accurate tracking, minimizing manual handling and congestion during peak production.

Controlled FOUP Storage Flow

Automated FOUP storage improved material traceability, reduced manual handling, and ensured cleanroom-ready, consistent FOUP availability.

Substrate Magazine Traceability

Automated magazine storage improved material control, reduced handling errors, and ensured consistent tracking throughout production.

Speak with an Automation Expert

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