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The competition in global packaging R&D no longer focuses on production capacity, but on collaborative efficiency and sample standardization. Most transnational packaging R&D teams are facing three major challenges: long overseas sampling cycle, inconsistent global sample standards and insufficient cutting precision for new advanced materials, which seriously slow down new product iteration of high-end brands.
Yutong Packaging is a leading listed enterprise serving global top brands in consumer electronics, new energy and luxury packaging. It has built a connected R&D network covering Shenzhen, North America and Europe. However, traditional manual work and simple cutting devices have become major bottlenecks:
Long transoceanic sampling cycle: Designs from overseas teams need to be sent back for sampling and delivered internationally, which takes several weeks and fails to match fast product iteration.
Unstable sample quality: Samples made manually differ greatly in size, cutting effect and precision, causing disputes in cross-regional review and increasing communication costs.
Limitations on new materials: Traditional equipment easily causes edge chipping, deformation and size deviation when processing composite materials, aramid honeycomb, special paper and high-grade cushioning materials, unable to meet lab-level precision requirements.
Yutong Packaging was in urgent need of an intelligent cutting solution to unify global sampling standards and realize zero-time-difference collaborative innovation.
Customized for global R&D demands, ZCRB3525 ultra-large format dual-head cutting system integrates top-tier hardware, combined processes, cloud collaboration and standardized after-sales service, delivering an all-in-one cutting solution for high-end laboratories.
Ultra-Large Format Working Platform
Cutting size: 3500mm×2500mm; 16-zone intelligent vacuum adsorption system.
It supports one-piece forming for oversized packaging structures and wide composite materials without splicing. No gaps or structural errors will be produced, maintaining complete material performance and appearance to ensure reliable test data.
Dual-Head Reciprocating System
Tool configuration: Oscillating knife + creasing wheel / V-groove cutter with automatic tool switching; Max linear cutting speed: 1800mm/s.
It completes cutting, half-cut creasing, precise V-grooving and special-shaped grooving in one process. No shutdown for tool change or repositioning is required, improving the efficiency of complex processes by over 50%, perfectly matching multi-style, small-batch and fast R&D demands.
High-Precision Cutting Performance
Effective cutting thickness: 0–60mm; V-groove depth: 0–15mm; Repeat positioning accuracy: ≤±0.05mm.
Compatible with cardboard, corrugated board, grey board, EPE foam, aramid honeycomb and various composite materials. Consistent millimeter-level accuracy unifies sample standards among global laboratories.
Premium Core Hardware
Delta servo system, HIWIN linear guide rails and TBI ball screws. Equipped with self-developed ZCCUTTER control system.
Industrial-grade hardware ensures stable 7×24 operation and long-lasting precision. The intelligent system supports cloud synchronization of design files and cutting parameters worldwide.
Overseas Exclusive Service
1-year full machine warranty and lifetime maintenance. We provide overseas on-site installation & commissioning, bilingual technical support and international logistics service, minimizing operational risks for overseas users.
After being put into operation in Yutong Packaging USA Innovation Laboratory, ZCRB3525 has completely upgraded the transnational R&D mode and achieved remarkable results:
Greatly improved R&D efficiency: Built a 24-hour rapid verification loop: Design in North America → Synchronous sampling in Shenzhen → Transnational review the next day. The original several-week cycle is shortened to days, fully meeting the rapid innovation demands of top brands.
Zero-error global sample standards: All global laboratories adopt the same digital parameters and processing standards, eliminating disputes caused by sample differences and helping teams focus on design innovation.
Expanded boundaries of new material R&D: Powerful processing capacity for thick materials and complex structures solves processing difficulties of new composite materials. More innovative designs can be prototyped and verified quickly, forming core technical advantages.
Breakthrough for Chinese intelligent manufacturing: With outstanding precision and stability, ZCRB3525 proves that high-end Chinese intelligent equipment is fully capable of serving the world’s top R&D systems.
It is mainly designed for high-end packaging R&D laboratories, including consumer electronics, new energy and luxury packaging. It also fits oversized prototyping and small-batch production in printing, composite material processing and paper products industries, especially for enterprises with global R&D collaboration needs.
The standard model supports 0–60mm cutting thickness. We can customize tool heads and power systems for special ultra-thick materials according to your requirements. Please contact our team for personalized solutions.
We provide 1-year full machine warranty and lifetime maintenance. Professional engineers offer on-site installation, commissioning and bilingual technical training overseas. 24/7 remote technical support and complete international logistics service are also available.
Equipped with user-friendly ZCCUTTER intelligent control system, the machine supports one-click file import and cloud parameter synchronization. General operators can master the operation after 1–2 days of professional training. We will provide English operation manuals, video tutorials and one-on-one guidance.
Wider material compatibility: Physical cutting will not burn or yellow materials, ideal for paper, foam and composites.
Larger working size: Realize high-precision cutting on 3500×2500mm ultra-large format.
Multiple integrated processes: Complete cutting, creasing and V-grooving at one time.
Higher safety: No laser radiation, safer for laboratory use.
