Engineered to eliminate multi-vendor integration bottlenecks, OYANG delivers turnkey manufacturing plants spanning roll feeding, high-speed printing (up to 400 m/min), automated bag conversion (up to 600 bpm), inline visual inspection, and robotic palletizing cells. Backed by our 130,000㎡ smart manufacturing park and Japanese MAZAK & OKUMA CNC precision lines (≤ 0.015mm tolerance), we provide end-to-end digital MES and AGV logistics tailored to your packaging factory layout.
We replace fragmented machine procurement with integrated, single-responsibility engineering. OYANG designs every stage of your plant to ensure electronic line shaft (ELS) synchronization, balanced cycle times, and unified PLC communications across nonwoven, paper, and flexible pouch production lines.
Traditional packaging factories suffer up to 35% productivity loss due to mismatched transfer speeds, manual roll loading, and scattered quality checks. OYANG turnkey solutions combine hardware automation with digital smart factory architecture: intelligent execution (MES), automated AGV transfer, operations dashboard, collaborative manufacturing, and production big data.
Whether deploying virgin nonwoven carrier lines, high-speed SOS paper shopping bag lines, or barrier retort pouch converting systems, our project teams deliver tailor-made CAD factory drawings, power load calculations, and turnkey line linkage.
OYANG integrates production hardware, robotic transfer, operations management, network collaboration, and predictive analytics into an unified digital ecosystem.
Connects ERP work orders with machine line status, monitoring raw roll feed rate and output count in real time.
Automated roll handling via Laser-guided AGVs, coordinate storage, and finished carton conveyance directly to warehouse.
Monitors real-time Overall Equipment Effectiveness (OEE), power consumption, motor thermal levels, and preventive service alerts.
Harmonizes multi-line schedules across printing, bag forming, and packing cells to prevent bottleneck pileups.
Aggregates tension logs, seal bar temperatures, and dimensional tolerances to guide quality optimization and yield improvements.
Examine real-world OYANG turnkey facilities converting raw material rolls into boxed, palletized finished goods without manual intervention.
Full-process demonstration: unwind roll crane, inline flexo printer, TECH-series 3D box bag conversion, delta-robot bag collection, automatic bundling, and carton case sealing.
Central control SOS line running roll-fed paper up to 600 bpm with inline web inspection, automatic counting wheels, automated case erecting, and Cartesian robotic palletizing.
Building a high-throughput packaging facility requires precise physical and electrical synchronization. OYANG's engineering teams conduct detailed reviews of floor load capacity, pneumatic air volume, electrical transformer sizing, and exhaust routing before placing a single anchor bolt.
From the initial CAD/BIM floor plan simulation to mechanical leveling (calibrated with optical laser interferometers) and operator qualification, OYANG stays on-site until the factory reaches nominal design OEE.
3D layout planning mapping material pathways, AGV docking zones, roll loading aisles, and personnel safety curtains.
High-speed EtherCAT fieldbus linking unwinders, printing presses, forming stations, and end-of-line packaging cells.
Integrating optical machine vision cameras, centralized SCADA status screens, and automated defect ejection pushers.
Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), bilingual operator SOP training, and full warranty support.
Explore modular subsystems engineered for seamless inline mechanical and digital data handshake.
Optimized web travel distance from substrate roll stand to boxed pallet stack.
Laser-guided automated mobile robots transporting heavy substrate rolls safely.
Real-time line speed, temperature variance, roll meterage, and yield monitoring.
Automated flying splice and precision web guides eliminate shutdown downtime.
Direct inline linkage eliminating roll storage and intermediate transport labor.
Multi-axis articulated robotic arms sorting, stacking, and stretch wrapping pallets.
Optimized web travel distance from substrate roll stand to boxed pallet stack.
Laser-guided automated mobile robots transporting heavy substrate rolls safely.
Real-time line speed, temperature variance, roll meterage, and yield monitoring.
Automated flying splice and precision web guides eliminate shutdown downtime.
Standardized communication protocols, single engineering warranties, and unified machine ergonomics guarantee lower cost per bag and higher uptime.
All converting and packaging drives operate on high-speed industrial Ethernet (EtherCAT/Profinet), eliminating phase lead-lag errors and web tension surging during speed ramps.
By automating raw material infeed, defect inspection, bag stacking, boxing, and pallet wrapping, an OYANG plant requires only 2 to 3 supervisory operators per shift.
Inline optical sensors continuously inspect print registration (±0.05mm) and ultrasonic seam strength. Defective units are diverted instantly with zero line pause.
No finger-pointing between multiple machine vendors. OYANG provides full mechanical, electrical, software, and spare parts warranties for the entire turnkey line.
Touchscreen digital servo repositioning allows size changeovers in 90 seconds to 2 minutes, preventing hours of idle platen realignment common on legacy setups.
Native OPC-UA communication feeds live line data into your existing enterprise ERP/MES, providing full visibility over material consumption, scrap rate, and power draw.
Compare the mechanical uptime, labor exposure, and changeover efficiency between disconnected legacy machinery and an OYANG synchronized smart factory.
Disconnected vendors cause communication latency, tension spikes, and inconsistent web speed matching.
Roll handling, bag collecting, boxing, and pallet stacking rely on 6–10 manual workers per machine line.
Manual size changeovers require 45–90 minutes with high mechanical tool wear and trial-run substrate waste.
Defects are discovered after boxing via random manual checks, resulting in batch rework and client claims.
EtherCAT high-speed bus links all servos in phase synchronization; web tension controlled to ±0.5N.
Delta robotic pickup, automatic case erecting, inline taping, and AGV roll feeding cut floor labor by up to 65%.
Servo motorized digital size changeover completes in 90 seconds to 2 minutes with near-zero material loss.
100% inline optical vision inspection catches seal variance and misprints, rejecting defective bags at full line speed.
Quickly reconfigure bag gussets, cut lengths, and handle attachments on the fly, accommodating small-batch custom packaging and high-volume retail orders alike.
Heavy jumbo reels of nonwoven fabric or kraft paper are picked, aligned, and loaded onto unwind stands via automated guided vehicles, preventing operator injury.
Engineered for 100% recyclable mono-materials (RPET, Kraft paper, PP nonwoven) with inline edge trim suction and direct re-pelletizing integration to eliminate waste.
Technical clarifications on line synchronization, plant space requirements, delivery schedules, and single-source warranty coverage.
Provide your target bag types, hourly output goals, and plant dimensions. OYANG senior project engineers will supply a comprehensive 3D turnkey factory layout, equipment BOM list, and ROI analysis within 24 hours.