Product Portfolio
High-Performance Pick & Place & Packaging Solutions
Explore our CE-certified pick and place machine solutions, high-speed cartoners, box formers, and sustainable flexible packaging films engineered for seamless production line integration.
Manufacturer Direct Custom Printed Corrugated Cardboard Ventilated Fresh Vegetable Mushroom Fruit Wholesale Food Packaging Boxes
Custom Printed 100% Compostable Biodegradable Food Pla Kraft Paper Pouch Bag With Transparent Window For Food Tea Salt Pack
CE Automatic 6 Lane Granule Stick Pack Cartoning Machine Complete Box Package Line For Sugar Salt Sachet Packing
Double Station Paper Box Making Machine Kraft Paper Food Boat Tray Clamshell Takeaway Lunch Box Forming Production
Custom Printed Food Grade Roll Stock Film For Biscuits, Cookies And Snacks, Moisture-Proof Heat Seal Flexible Packaging Film
ZX-550 Fast Food Lunch Box Tray Making Machine Paper Carton Burger Box Forming Machine for Business Ideas
Chinese Manufacturer Clear Cellophane Wrap Roll Thick Cellophane Roll For Baskets Gifts Plastic Film For Packaging Wrapping
Durable Kraft Corrugated Boxes No Tape Needed with Custom Print for Clothing and Retail Bulk Factory Supply Direct
Enterprise Excellence
Why Leading Global Brands Partner with Our Machinery Engineering Network
Modern industrial packaging lines require more than standalone machinery; they demand total operational synergy between structural packaging design, raw material performance, and robotic mechanical execution. As a premier manufacturer and exporter of CE-certified pick and place machines and turnkey secondary packaging lines, we bridge the gap between high-speed automation and material handling perfection.
CE & EU Regulatory Compliance
Fully compliant with the European Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and Electromagnetic Compatibility (EMC) Directive 2014/30/EU. Complete with safety light curtains, interlocked guarding, and dual-circuit safety relays.
Synchronized System Integration
Engineered to link flawlessly with existing cartoning lines, tray formers, sachet equipment, and conveyor networks. Eliminates mechanical bottlenecks and ensures zero-drop product transferring.
Global Technical Field Support
Complete Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), overseas technician installation, and 24/7 remote IoT diagnostics to guarantee optimal Overall Equipment Effectiveness (OEE).
Industry Insights
Technology Development Trends in Pick & Place Packaging Systems
The global landscape for industrial robotics and secondary packaging machinery is experiencing a profound paradigm shift driven by artificial intelligence, high-precision kinematics, and sustainability mandates. Procurement teams and factory automation managers must stay ahead of key technical evolutions to maximize return on capital expenditure.
1. AI 3D Vision & Spatial Recognition Integration
Legacy pick and place systems relied heavily on fixed mechanical guides and 2D contrast sensors. Modern CE-certified pick and place machines utilize 3D time-of-flight (ToF) vision cameras combined with deep-learning algorithms. This enables instantaneous detection of randomly oriented products on high-speed conveyors, volumetric inspection, and automatic rejection of defective sachets, pouches, or damaged rigid containers prior to pick-up.
2. High-Flexibility Servo-Driven EOAT (End-of-Arm Tooling)
The industry is moving rapidly away from single-purpose mechanical grippers toward modular, quick-change, multi-functional End-of-Arm Tooling (EOAT). Incorporating multi-zone soft pneumatic grippers, adaptive vacuum arrays, and magnetic actuation allows a single delta robot arm to handle fragile food items (such as bakery or mushrooms), flexible sachets, and heavy corrugated cartons without mechanical adjustments.
3. Energy Regeneration & Eco-Kinematic Drives
With stringent EU directives regarding industrial energy usage (ISO 50001), next-generation pick and place machinery integrates kinetic energy recovery systems (KERS) within servo drives. Braking energy from rapid arm decelerations is captured and fed back into the main power grid, reducing overall energy consumption by up to 28% while extending the life cycle of servo motors.
4. Industry 4.0 Edge IoT & Digital Twin Maintenance
Export-grade packaging machinery now comes pre-configured with OPC-UA communication protocols and edge computing modules. Digital twin technology simulates real-time mechanical wear, allowing plant maintenance teams to receive predictive alerts regarding belt tension, bearing friction, and vacuum pump performance before downtime occurs.
Sourcing & Strategy
Future Procurement & Global Sourcing Trends (2025–2030)
Evaluating automated packaging machinery suppliers requires a comprehensive strategic framework that extends far beyond the initial equipment purchase price. International buyers, contract packaging facilities (co-packers), and enterprise FMCG brands are recalibrating their sourcing criteria around four essential trends:
Shift to Total Cost of Ownership (TCO)
Forward-thinking procurement teams prioritize long-term TCO over initial CapEx. Factors such as spare parts availability, standardized OEM components (e.g., Schneider, Siemens, Festo), power consumption per 1,000 units processed, and ease of routine operator servicing take precedence in vendor scoring models.
Plastic-to-Paperboard Packaging Compatibility
Global environmental regulations (such as the EU Packaging and Packaging Waste Regulation - PPWR) are forcing brands to swap plastic tray packaging for paperboard cartons, punnets, and compostable films. Sourcing pick and place machinery capable of running both flexible plastic films and delicate fiber-based paperboard without damaging coatings is now a primary requirement.
Modular Architecture & Plug-and-Play Line Expansion
Rigid, monolithic automation lines are being replaced by modular robotic cells. Enterprise buyers demand pick and place modules that can be expanded from a single-arm setup (60 picks/min) to a multi-delta configuration (180+ picks/min) as regional sales volume scales, minimizing upfront capital exposure.
Frequently Asked Questions
CE Certified Pick & Place Machinery FAQ
Get expert answers to critical sourcing, technical compliance, line integration, and international shipping questions.
What does CE Certification explicitly guarantee for Pick and Place machinery?
CE Certification confirms that the pick and place robotic machinery complies fully with European Union health, safety, and environmental protection standards. Specifically, for automated packaging equipment, it validates adherence to the Machinery Directive 2006/42/EC (covering mechanical safeguarding, emergency stop circuits, and risk assessments), the Low Voltage Directive 2014/35/EU (electrical cabinet wiring and insulation safety), and the EMC Directive 2014/30/EU (preventing electromagnetic interference with nearby industrial controllers). CE-certified machinery manufactured by us includes complete technical files, Declarations of Conformity, and integrated safety hardware.
How do Pick and Place machines handle high-speed carton and sachet packing without product damage?
High-speed pick and place machines utilize advanced kinematic Motion Control Profiles synchronized with dynamic vision feedback. Servo-driven delta or SCARA arms use customized End-of-Arm Tooling (EOAT)—such as soft food-grade silicone suction cups, vacuum flow channels, or soft-robotic fingers—to apply precisely regulated acceleration and deceleration curves (S-curve motion). This ensures that soft items (e.g., fresh fruit, bakery items) or delicate flexible pouches (e.g., sugar/salt sachets) are picked up, transferred, and deposited into corrugated cartons or tray formers without mechanical compression or surface tearing.
Can your Pick & Place systems integrate with our existing box formers, cartoning machines, and packaging lines?
Yes. Our pick and place machines are designed with open-architecture PLC controllers (compatible with Siemens S7-1500, Allen-Bradley ControlLogix, and Omron) and fieldbus communications (Profinet, Ethernet/IP, EtherCAT). They can function either as standalone robotic cell additions or fully integrated sub-systems connected to existing carton erectors, sachet stick-pack equipment, tray forming machines (e.g., ZX-550 lunch box formers), and downstream case sealers.
What payload capacities and picking speeds can your robotic Pick & Place arms achieve?
Our high-speed Delta pick and place robots typically achieve speeds between 90 and 150 picks per minute per single arm for light payloads ranging from 0.5 kg to 3 kg. For heavier secondary packaging tasks—such as picking whole corrugated boxes, lunch box trays, or multi-packs—our 4-axis or 6-axis Articulated and Cartesian robotic systems handle payloads from 5 kg up to 50 kg at continuous speeds customized to match upstream line throughput.
What is the typical lead time, Factory Acceptance Testing (FAT), and export shipping process?
Standard production lead time for customized CE-certified pick and place robotic cells ranges from 45 to 60 business days following technical layout sign-off. Prior to dispatch, comprehensive Factory Acceptance Testing (FAT) is conducted using customer-supplied actual product samples and packaging materials to verify target Overall Equipment Effectiveness (OEE) and accuracy rates. Machines are then packed in moisture-resistant vacuum foil and reinforced seaworthy wooden crates for safe international ocean or air freight.
How is post-purchase warranty, spare parts supply, and technical service handled internationally?
All export machinery comes standard with a 12-to-24 month comprehensive warranty covering mechanical parts and electrical drives. We maintain an extensive inventory of fast-wear spare parts (suction pads, pneumatic valves, timing belts, sensors) ready for express global courier dispatch within 24–48 hours. Furthermore, integrated secure remote access routers allow our engineers to perform real-time PLC troubleshooting, software optimization, and diagnostic support worldwide.
Optimize Your Packaging Line with CE-Certified Automation
Consult with our automation engineering team to configure custom Pick and Place robotic cells, cartoning systems, and high-performance packaging solutions tailored to your operational specifications.
Get a Quote
