Relocation Service Case
Cross-Building Lithography Tool Relocation Executed with Standard Procedures to Ensure Precision, Performance, and Productivity
This case highlights M&R Technology’s successful execution of a lithography tool relocation project, in which a system located in a university laboratory was transferred from Building A to Building B, approximately one kilometer away.
By following standardized relocation procedures and implementing comprehensive risk management, the project was completed without compromising equipment precision or performance. The system was fully restored after relocation, enabling the customer to resume research activities on schedule.
Background and Requirement Definition
Due to laboratory space reconfiguration, the customer needed to relocate an existing lithography tool from Building A to Building B. The equipment is large, heavy, and incorporates highly sensitive optical and alignment systems that are extremely susceptible to vibration, dust, and environmental changes.
Improper handling during relocation could result in optical misalignment, degraded accuracy, or compromised experimental reliability. As a result, the customer required a professional relocation solution capable of ensuring both equipment safety and post-relocation performance.
Engineering Constraints and Integration Challenges
The relocation project had to be completed within a limited timeframe to minimize disruption to ongoing research activities. At the same time, strict requirements were imposed on equipment protection, precision retention, and operational safety.
The engineering team needed to carefully evaluate transportation distance, crane operation conditions, building access dimensions, floor load capacity, and the equipment’s high sensitivity to vibration and contamination. This project extended well beyond simple equipment movement and required an integrated engineering approach encompassing risk control, structural protection, and precision recovery.
Relocation Strategy and Technical Implementation
Prior to execution, M&R Technology conducted a comprehensive relocation plan and risk assessment, including transportation route analysis, crane positioning verification, building access and floor load inspections, and a modular disassembly strategy.
During the relocation process, the equipment was partially disassembled into modules and protected with multi-layer anti-vibration and dust-proof packaging. Experienced engineers supervised all crane lifting and transportation operations to ensure safety and equipment integrity throughout the process.
Test Results and Actual Benefits
After arrival at Building B, M&R’s service engineering team reinstalled the system in accordance with the pre-confirmed utility conditions (WET: water, electricity, and gas). Optical alignment, system calibration, and precision verification were then performed.
Final test results confirmed that the lithography tool’s performance and accuracy were fully restored to pre-relocation levels, allowing the system to be immediately returned to experimental use without additional adjustments.
Engineering Value and Customer Benefits
The entire relocation project was completed within two days, enabling the customer to rapidly resume normal operations and avoid delays to research schedules.
Through standardized relocation procedures and professional execution, the customer significantly reduced the risk of equipment damage or precision loss, while maintaining confidence in the reliability of experimental results. This project clearly demonstrates the practical engineering value of a well-managed equipment relocation service.
Engineering Conclusion
Through meticulous planning and professional execution, M&R Technology successfully completed the cross-building relocation of a high-precision lithography tool. The project ensured that equipment precision, performance, and availability were fully preserved, delivering a safe, reliable, and efficient relocation solution for the customer.