Industry Leader Fushan Paper Continuously Purchases ZCCUTTER Dual-Head Mutual-Shift Cutters, Reshaping Industrial Packaging Post-Process with Digital Cutting
全球近6000家客户的共同选择
Industry Leader Fushan Paper Continuously Purchases ZCCUTTER Dual-Head Mutual-Shift Cutters, Reshaping Industrial Packaging Post-Process with Digital Cutting
Industry Leader Fushan Paper Continuously Purchases ZCCUTTER Dual-Head Mutual-Shift Cutters, Reshaping Industrial Packaging Post-Process with Digital Cutting
As the packaging industry shifts from mass production to flexible customization, lean cost reduction, and quality standardization, post-process cutting has become the critical link determining profitability, delivery efficiency, and product reputation. Traditional die-cutting — with its reliance on physical dies, lengthy changeovers, high material waste, and inconsistent precision — can no longer meet the diversified demands of new energy, premium consumer goods, and e-commerce packaging. Cixi Fushan Paper & Rubber Products Co., Ltd., a benchmark enterprise in East China's packaging sector, has completed a comprehensive digital transformation of its post-process operations. By continuously purchasing two ZCCUTTER ZCRB2516 dual-head mutual-shift intelligent cutting machines over two years, Fushan has entirely replaced conventional die-cutting and manual trimming with die-free digital flexible production, rebuilding the entire packaging post-process workflow and providing a replicable blueprint for the industry's intelligent transformation.
1. Company Background: A Packaging Giant Facing Post-Process Bottlenecks
With over three decades in the packaging industry, Fushan Paper has grown into a comprehensive packaging leader with annual revenues approaching 3 billion RMB. Their product portfolio spans heavy-duty industrial cartons, premium gift boxes, honeycomb cushioning packaging, and composite flexible materials — serving major brands across multiple sectors. As downstream demand for high-end customization surges, with small-batch, multi-run, irregular-structure, and short-lead-time orders becoming the norm, the limitations of their traditional post-process cutting technology became increasingly apparent — constraining both capacity expansion and profit growth.
Traditional packaging post-process production relies heavily on physical dies and manual assistance, presenting three core industry-wide challenges:
1. Rigid Processes, Zero Flexibility: New products, irregular shapes, and sample orders require custom die fabrication first — with long lead times, high costs, and unprofitable small batches. Urgent orders cannot be delivered, making it impossible to match the market's rapid iteration pace.
2. Uncontrolled Waste, Persistently High Costs: Conventional die-cutting nesting is coarse, cutting errors are large, and special materials like honeycomb board, thick corrugated, and composite EPE foam suffer severe waste — preventing refined cost control and squeezing profit margins.
3. High Labor Dependency, Unstable Quality: Extensive manual die-changing, alignment, and edge-trimming lead to burrs, deformation, and dimensional deviations during batch production. Quality consistency suffers, premium orders face complaint risks, and skilled workers are increasingly scarce and expensive.
2. Comparison Evaluation: Traditional Die-Cutting vs. ZCCUTTER Digital Cutting
To address these industry pain points, Fushan Paper selected the ZCCUTTER ZCRB2516 dual-head mutual-shift intelligent cutting machine as the core equipment for their post-process upgrade. The following comparison illustrates the transformative difference between conventional and digital cutting approaches:
| Evaluation Dimension | Traditional Die-Cutting | ZCCUTTER ZCRB2516 Digital Cutting |
|---|---|---|
| Setup & Changeover | Custom physical die required; 2–4 hours per changeover; high die cost | CAD/AI file import, parameter recall; changeover in minutes; 80%+ faster |
| Production Flexibility | Small batches unprofitable; sample orders require separate die | Seamless switch between sample, small-batch, and mass production; no die needed |
| Material Utilization | Coarse nesting, large cutting errors, significant scrap | AI-optimized nesting with automatic toolpath optimization; 10%+ material savings |
| Process Integration | Multiple machines for cutting, creasing, grooving; repeated repositioning | Dual-head mutual-shift: cutting + creasing + grooving in one pass; 40%+ efficiency gain |
| Quality Consistency | Manual-dependent; burrs, deformation, dimensional drift | Digital precision ±0.05mm; repeatable ±0.03mm; zero burrs |
| Material Range | Limited by die geometry; thick/special materials problematic | 2500×1600mm format, 0–60mm thickness; handles cardstock to honeycomb board |
| Labor Requirement | Skilled die-makers and operators; high labor cost | PLC touch-screen control; easy to operate; reduced headcount |
3. The ZCCUTTER Solution: Two ZCRB2516 Machines Deployed
Fushan Paper's deployment of two ZCRB2516 units represents a strategic commitment to digital post-process transformation. Each machine delivers four core capabilities that collectively redefine packaging post-process flexible production standards:
Die-Free Digital Production System: Supporting CAD/AI design file one-click import with no custom dies required, parameters stored digitally and recallable at will. This enables seamless switching between sample, small-batch, and mass-production orders — eliminating die dependency entirely and achieving "drawing to finished product" workflow.
Dual-Head Mutual-Shift Composite Process: Vibrating blade + pressure wheel/V-groove blade dual-station automatic interchange, integrating cutting, creasing, grooving, and laser positioning in a single machine. This replaces multiple traditional process steps, eliminates secondary positioning and manual rework, and delivers 40%+ overall efficiency improvement — built for high-intensity continuous production.
Deep All-Material Cutting Capability: With a 2500×1600mm large-format working area and 0–60mm thickness through-cut capability, the ZCRB2516 covers the full spectrum of packaging materials — cardstock, thick corrugated, honeycomb board, composite EPE foam — one machine replacing multiple traditional units, streamlining production line layout and reducing equipment procurement and maintenance costs.
Intelligent Lean Material-Saving System: Equipped with AI-optimized nesting and automatic toolpath optimization, paired with zoned vacuum adsorption static bed — maximizing raw material utilization, minimizing edge waste, and achieving lean cost reduction from the production source.
4. ROI Analysis: Efficiency, Quality, and Cost Triple Breakthrough
Since deploying the two ZCRB2516 units, Fushan Paper has achieved measurable returns across all three critical dimensions:
Efficiency Breakthrough: Changeover time reduced by over 80%, overall production efficiency improved by 40%+. The dual-head mutual-shift design eliminates secondary positioning and multi-machine transfers, enabling single-pass completion of cutting, creasing, and grooving operations. Both shifts run at full capacity with minimal downtime.
Quality Breakthrough: Digital precision of ±0.05mm with repeatability of ±0.03mm eliminates burrs, deformation, and dimensional drift. Quality consistency across batches meets the stringent requirements of premium brand clients, significantly reducing complaint rates and return costs.
Cost Breakthrough: Elimination of all custom die costs — both initial fabrication and ongoing maintenance. AI-optimized nesting improves material utilization by 10%+, directly reducing raw material expenditure. Reduced labor dependency lowers per-unit labor costs while addressing the skilled-worker shortage. Combined, these factors deliver a compelling ROI with rapid payback period.
Frequently Asked Questions
Q1: Why did Fushan Paper choose the dual-head mutual-shift cutter?
Traditional die-cutting suffers from lengthy changeovers, high waste, and inconsistent precision. The ZCRB2516's die-free digital production with dual-head cooperative process delivers 80%+ faster changeovers and 40%+ efficiency improvement — meeting the demands of a leading enterprise running high-intensity continuous production.
Q2: What packaging materials can the dual-head mutual-shift cutter handle?
The ZCRB2516 covers cardstock, thick corrugated, honeycomb board, composite EPE foam, and other flexible packaging materials. With its 2500×1600mm large format and 0–60mm thickness capability, one machine replaces multiple traditional units — streamlining the production line and reducing equipment costs.
Q3: What are the advantages of digital cutting over traditional die-cutting?
No custom dies needed — CAD/AI files import directly for immediate cutting, with seamless switching between sampling and mass production. AI-optimized nesting maximizes material utilization, while the dual-head mutual-shift completes cutting, creasing, and grooving in one pass without stopping for die changes or repositioning.
About ZCCUTTER
Founded in 2009, ZCCUTTER has focused on intelligent cutting of flexible materials for 17 years, with products exported to 20+ countries worldwide.
Four Core Technologies
- Vibrating blade cold cutting: zero heat impact, zero material property loss
- Dual crossbeam four-tool-seat: cutting + V-groove + scoring + engraving in one pass
- Servo drive system: precision ±0.05mm, repeatable positioning ±0.03mm
- Intelligent nesting software: 10%+ material utilization improvement
Main Product Lines
- ZCR Series Intelligent Cutting Robots
- ZCRA Series Precision Sampling Machines
- ZCCUTTER Cloud Intelligent Process System
Contact Us
Ben Zou 13929222267
www.zccutter.com