Recover more value from complex enterprise and AI hardware through precision component harvesting, automated NAND recovery, and advanced refurbishment processes designed to return high-value components to productive use.
As AI infrastructure evolves, increasingly complex hardware contains high-value components that can retain significant value beyond the original asset’s useful life. Traditional recycling and liquidation processes often lack the specialized equipment and technical precision needed to recover, refurbish, and qualify these components for reuse, leaving valuable recovery opportunities unrealized.
Advanced computing hardware contains specialized components that require precise handling, extraction, and technical processing to preserve their recoverable value.
Conventional processing methods may not support the controlled removal, refurbishment, and re-qualification of high-value components such as NAND memory.
Without specialized recovery workflows, functional components may be directed toward lower-value material recycling rather than higher-value reuse.
Talorem Xtract™ combines specialized equipment, automated processing, and engineering-grade recovery techniques to extract, refurbish, and prepare high-value components for further qualification and reuse. From NAND harvesting through reballing and sorting, each stage is designed to preserve component integrity and improve recovery efficiency.
Recover high-value NAND memory and other eligible components from retired hardware through controlled removal processes designed to preserve component integrity.
Remove residual solder from recovered components using specialized equipment to prepare them for subsequent refurbishment and reballing.
Restore solder ball connections on eligible recovered chips through controlled reballing processes, preparing components for further testing and potential reuse.
Use automated handling, traying, and sorting workflows to organize recovered components for subsequent qualification, inventory management, and disposition.
Talorem Xtract™ creates opportunities to recover value at the component level, transforming eligible hardware from end-of-life inventory into a source of reusable components. Precision recovery and automated processing help improve recovery efficiency, support circularity, and unlock value that conventional recycling may leave behind.
Identify and recover valuable components that may otherwise be lost through conventional recycling or bulk liquidation.
Automated handling and specialized recovery workflows support more consistent processing while reducing dependence on manual component preparation.
Extend the potential useful life of recoverable components and reduce unnecessary material waste by prioritizing reuse where technically and commercially viable.
Talorem Xtract™ builds on upstream asset identification, qualification, and processing intelligence to identify component-level recovery opportunities. Recovery outcomes contribute to the broader Talorem platform, supporting more informed grading, disposition, and lifecycle decisions.
Talorem IRIS™
Talorem Qalify™
Talorem X™
Talorem Xtract™
Talorem Inisight™
Discover how Talorem Xtract™ combines precision component harvesting, automated NAND recovery, and advanced refurbishment processes to unlock greater recovery potential from complex enterprise and AI hardware.
