Artificial Intelligence Industry: Flexible Automation Platform Solution for High-Speed Cables in AI Servers
Core Soulution
Overview
This solution tackles rapid AI server iterations and inflexible traditional equipment via a "standardized platform + modular components" architecture. It enables multi-brand compatibility, quick reconfiguration, and high-precision production, transforming technology pressure into scalable competitive advantage while boosting capacity utilization and market responsiveness.
Lack of Flexibility in Production Lines: How to Break the Deadlock?
AI server technology undergoes rapid iteration, whereas traditional specialized equipment faces lengthy modification cycles and high investment costs. This results in insufficient production line flexibility, making it difficult to accommodate the demands of ‘high-mix, low-volume, high-precision ’ manufacturing. Consequently, it severely constrains both production capacity utilization and market responsiveness.
Our Solution
Establish a standardized platform and modular architecture. Through unified platform design and modular functional components, create a flexible production system capable of rapid adaptation and continuous upgrading. Transform the industry pain points of ‘high-mix, low-volume, and rapid iteration’ into a scalable competitive advantage.
Mijoint Automation: Reliability Driven
Validated by 13,000+ stable hours at leaders like TE Connectivity and Molex, it deploys across the full 56G-224G high-speed cable spectrum in multiple key projects, such as Cablet OTB, Izumi, EXMAX, and OSFP.
faster changeovers.
equipment compatibility.
universal adaptation achieved.
Core Value
1. Integration Capability: Flexible adaptation to diverse production scenarios
• Challenge: Rigid traditional production lines struggle to accommodate both high-volume mass production and small-batch trial manufacturing requirements
• Solution: Equipment supports standalone operation and can be rapidly integrated into fully automated production lines without modification
• Benefit: A single platform covers all production scenarios, maximising asset utilisation and return on investment
2. Versatility: Reducing Process Iteration Costs
Challenge: New product iterations necessitate reconfiguring specialised equipment, entailing substantial capital expenditure and extended lead times.
Solution: A unified platform enables rapid interchange of standardised process modules (e.g., UV laser, welding) to accommodate new process requirements.
Benefits: Minimises investment in new production lines, prevents equipment redundancy, and shortens process update cycles.
3. Compatibility: Simplified Fixture Management
• Challenge: Diverse product specifications cause fixture incompatibility, necessitating frequent production line adjustments that impact efficiency
• Solution: Adopting a unified carrier channel and rail width design compatible with over 95% of high-speed cable products
• Benefits: Reduced debugging workload, optimised production preparation processes, and enhanced overall equipment adaptability
4. Rapid Changeover: Enhancing Operational Flexibility
Challenge: Lengthy production line changeovers with high reliance on specialised technicians
Solution: Supports parallel changeover operations, equipped with visual adjustment aids such as video monitoring and handheld pulse generators
Benefits: 70% reduction in changeover time, improved operational precision, and reduced dependence on highly skilled labour
Related Success Cases
Discover how our flexible automation platform has transformed production capabilities for industry leaders
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Why Choose Xingtaida?
15+ Years Industry Experience
Deep expertise in automation equipment manufacturing, serving many renowned enterprises
Full Lifecycle Service
Complete service system from solution design to after-sales maintenance
International Standard Certification
ISO 9001 quality management system certification, compliant with international safety standards