Sustainability is rarely a solo effort. The most meaningful progress happens when global scale meets local innovation, and Singapore has become a powerful environment for making that collaboration work.
This Blog's Content Covers:
- Why Automation is Becoming Central to Modern IT Recycling Programs
- The Challenge: Manual Processes in a High-Volume World
- Partnering for Innovation in Singapore
- What Changed: Automation at the Front End of E-Waste Recycling
- Improving Material Recovery and Circular Economy Outcomes
- Why This Matters for SK Tes Clients
- Aligned with Industry Direction
- A Model for Collaborative Sustainability
- Frequently Asked Questions
At SK Tes, we help organizations manage retired IT and data center technology securely, responsibly, and at scale. As volumes of end-of-life electronic grow, so does the complexity of processing them safely, efficiently, and consistently.
That challenge is what brought us together with the Singapore Economic Development Board (EDB) and Aubotic Techonology, a local automation and robotics specialist, to rethink how e-waste recycling can be done.
Why Automation Is Becoming Central to Modern IT Recycling Programs
IT asset disposition has evolved into a strategic discipline - supporting data security, sustainability reporting, regulatory compliance, and circular economy outcomes.
Today, organizations expect ITAD programs to deliver:
- Consistent, repeatable outcomes
- Transparent, auditable processes
- The ability to scale across regions and high-volume asset streams
To meet these expectations, advanced automation is increasingly being embedded into ITAD workflows.
Automation improves processing precision, operational reliability, and throughout – particularly in high-volume environments where manual handling introduces variability and risk.
At SK Tes, the focus is on applying automation where it delivers measurable operational impact. This is especially critical at the front end of recycling processes, where sorting, handling, and data capture are most complex and labor-intensive.
The Challenge: Manual Processes in a High-Volume World
Traditional E-waste recycling is highly labor-intensive. Devices are typically collected, sorted, assessed for reuse, and dismantled before materials are recovered.
While effective, this approach can be:
- Slow
- Variable in quality
- Difficult to scale safely
For SK Tes, improving processing efficiency was never just about speed - It was about precision, safety, and operational reliability, particularly as clients increasingly rely on ITAD to support ESG reporting and sustainability commitments.
This created a clear opportunity to rethink how early-stage processing could be automated.
Partnering for Innovation in Singapore
In 2025, SK Tes initiated a partnership with Aubotic Technology, with support from the Singapore Economic Development Board (EDB), to develop next-generation robotic solutions for e-waste processing.
The objective was clear – reduce reliance on manual handling while improving consistency, safety, and efficiency in complex recycling workflows.
Singapore’s strong ecosystem of multinational companies, local enterprises, and R&D capabilities made it an ideal environment to pilot and refine these solutions.
Working from our Singapore hub, the teams focused on embedding automation where it could deliver the greatest impact - early in the recycling process, where manual handling is highest.
What Changed: Automation at the Front End of E-Waste Recycling
One of the most significant outcomes of the collaboration has been the automation of early-stage recycling tasks, including the automatic detection of portable batteries that remain in packaging during the initial processing.
This is a step that traditionally requires manual inspection and carries inherent safety risks. By introducing robotics at this stage, SK Tes has been able to improve both safety and throughput.
Results include:
- ~40% increase in recycling efficiency
- Reduced safety risks associated with battery handling
- Improved consistency in material component identification
- Greater throughput in high-volume environments
These improvements also enable more accurate recovery of valuable, materials directly supporting circular economy objectives.
Improving Material Recovery and Circular Economy Outcomes
Beyond efficiency gains, robotics strengthen SK Tes’ ability to recover valuable materials ore consistently and at higher quality.
By improving control and consistency across recycling workflows, SK Tes is better positioned to recover commodity materials while maintaining high standards for safety, security, and compliance.
Why This Matters for SK Tes Clients
For clients – this is not just process innovation – it delivers measurable improvements in risk management, reporting, and sustainability performance.
These capabilities have been validated through controlled proof‑of-concept trials in live operational environments, demonstrating that automation can deliver scalable, real-world improvements.
Key benefits include:
- Great consistency and reliability in IT equipment processing
- Improved material recovery, supporting reuse and ESG goals
- Enhanced data accuracy for reporting and compliance
- Reduced operational risk through less manual intervention
- Stronger scalability across regions and asset volumes
Together, these advances provide clients with greater confidence in managing growing volumes of retired technology.
Aligned With Industry Direction
The work also reflects broader trends across the ITAD industry. Analysts note that service providers are increasingly adopting an “AI-first” mindset, exploring AI-enabled capabilities across the end-to-end ITAD process to improve efficiency, accuracy, and decision-making.
At the same time, ITAD is gaining greater executive attention as organizations recognize its role in supporting sustainability objectives - particularly through asset reuse and improved material recovery.
By embedding robotics into operational workflows today, SK Tes is positioned to scale these capabilities globally, turning innovation developed in Singapore into consistent value for clients worldwide.
A Model for Collaborative Sustainability
Beyond technology, the partnership demonstrates the power of MNC-local enterprise collaboration.
Working with Aubotic has enabled faster development and deployment of automation solutions, while providing Aubotic with exposure to global operational standards, supporting expansion into new services and market.
As sustainability challenges become more complex, collaboration like this will be essential.
By combining local engineering expertise with global operational scale, SK Tes continues to build practical, scalable solutions that help clients meet today’s demands and prepare for what comes next.
Frequently Asked Questions
How do robotics improve e‑waste recycling?
Robotics reduce reliance on manual handling, improve processing consistency, and increase the accuracy of material recovery – resulting in higher efficiency, improved safety, and better sustainability outcomes.
Why is automation important for sustainable IT recycling?
As volumes of retired IT equipment grow, manual processes become harder to scale safely and consistently. Automation helps organizations manage higher volumes while maintaining strong standards for security, compliance, and environmental performance.
How does automation support circular economy goals in IT recycling?
By improving consistency and accuracy in recycling processes, automation increases the recovery of valuable materials – helping maximize reuse and reduce waste, which are core to circular economy goals.
Managing growing volumes of end-of-life electronics? See how SK tes delivers safe, compliance, and efficient e-waste recycling solutions that support your sustainability goals and regulatory requirements.
Explore our e-waste recycling services.
See how SK Tes can help you today
