High-speed pick and place packaging machines designed for synchronized container handling, top-loading, and multi-lane product collation.
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Eliminate line friction by matching machine kinematic timing directly to paperboard tray structural physics.
Contact UsGraphic Packaging International (NYSE: GPK) combines decades of mechanical engineering, robotic kinematics, and proprietary paperboard converter technology to deliver pick and place packaging machines with unmatched OEE performance.
As global FMCG, food, beverage, and healthcare manufacturers transition from manual end-of-line loading to automated secondary packaging, choosing the correct kinematic architecture is critical. Our pick and place packaging machines combine 2D/3D spatial vision, dynamic conveyor tracking, carbon-fiber delta arms, and servo-driven tooling to guarantee smooth continuous movement.
Designed for rapid collation and top-loading of pouches, bottles, cartons, and thermoformed trays into secondary multipacks or cases. Features up to 300 picks per minute per head with smart vision inspection.
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Combines high-speed delta pick and place modules with paperboard multipack applicator heads. Replaces plastic rings and shrink film with exact mechanical orientation and zero container damage.
Consult Automation Specialist
Versatile gantry and parallel kinematic pick and place machinery tailored for multi-tier layer packing, complex orientation changes, and heavy-payload folding carton loading.
Explore Custom Line Integrations| System Configuration | Max Pick Speed | Payload Capacity | Vision System Integration | Target Secondary Package | Sanitary Washdown Rating |
|---|---|---|---|---|---|
| High-Speed Delta Robot Cell | Up to 300 cycles/min | 0.1 kg – 3.5 kg | 2D/3D Line Scan & Spatial AI | Folding Cartons, PaperSeal™ Trays | IP65 / IP69K Washdown |
| Multi-Axis Overhead Gantry | Up to 120 cycles/min | 2.0 kg – 15.0 kg | Fixed Overhead Optical Sensor | Corrugated Cases & Heavy Trays | IP54 / IP65 Modular |
| Articulated 6-Axis Robotic Picker | Up to 90 cycles/min | up to 25.0 kg | Arm-Mounted 3D Stereo Vision | Boardio™ Canisters & Containers | IP67 Standard |
| Continuous Motion Clip Applicator | Up to 400 packs/min | Dedicated Can Formats | High-Speed Encoder Sync | KeelClip™ Paperboard Multipacks | IP65 Stainless Steel |
When enterprise procurement officers and automation directors search for pick and place packaging machines, their technical evaluations go beyond superficial machine metrics. We address the root engineering questions asked across global industrial sectors.
Handling soft bakery items, barrier-lined meal trays (like PaperSeal™), or flexible pouches at speeds over 200 picks per minute requires meticulous force management. Standard mechanical grippers often inflict surface bruising or seal rupture.
Our solutions utilize soft-touch pneumatic vacuum cups, custom silicone end-of-arm tooling (EOAT), and real-time servo motor torque feedback. By dynamically adjusting gripping force based on product density and structural rigidity, Graphic Packaging pick and place machines ensure 0% product degradation during transfer.
A frequent point of friction in automated packaging lines is the disconnect between packaging converters and machinery OEMs. When a third-party pick and place machine attempts to load a folding carton with slight dimensional tolerances or varying moisture contents, mechanical jamming increases dramatically.
Graphic Packaging solves this by designing paperboard packaging and pick and place packaging machinery under one unified engineering framework. Scored folding lines, tray rigidity, and robotic pick arm kinematics are developed in tandem, eliminating line stoppages and guaranteeing OEE above 98%.
In high-volume manufacturing, products rarely arrive at the picking station in neat, uniform rows. Items on random infeed conveyors can be skewed, overlapping, or flipped.
Our pick and place packaging machines incorporate high-speed 2D/3D optical line-scan cameras integrated with deep-learning vision algorithms. The system identifies spatial coordinates, height variations, and rotational degrees within milliseconds, calculating the exact kinematic path for the robotic arm to pick and re-orient items smoothly on the fly.
As industrial automation accelerates globally, procurement teams must align capital expenditure with emerging technology shifts. Below are four key trends shaping the future of robotic secondary packaging.
Modern packaging lines must accommodate shorter production runs and frequent SKU changes. Procurement teams are prioritizing pick and place packaging machines featuring toolless end-of-arm tool changes, quick-release mechanical mounts, and automated recipe recall via HMI screens.
With global legislation pushing away from single-use plastics, pick and place packaging machines must handle delicate fiber-based trays, paperboard clips (KeelClip™), and rigid paperboard canisters (Boardio™) without surface tearing or structural compression.
Unplanned line stoppages degrade plant profitability. Next-generation pick and place machinery incorporates vibration sensors, thermal monitoring, and cloud-connected IoT telemetry to predict component wear before failure occurs.
Floor space optimization is a top metric for plant management. Compact delta robot frames combined with IP69K washdown stainless-steel enclosures allow high-density installation in stringent food and pharmaceutical environments.
Regenerative servo drives and lightweight carbon-fiber robotic arms reduce electrical energy consumption by up to 30%, assisting corporate ESG mandates while lowering factory operating overhead.
Modern pick and place cells feature advanced safety interlocks, optical light curtains, and zero-zone pressure monitoring to protect plant personnel while maintaining seamless access for maintenance.
Our high-speed pick and place packaging machines effortlessly place fresh protein cuts, ready meals, and produce into barrier-lined PaperSeal™ paperboard trays, replacing plastic MAP containers.
Contact Us for PaperSeal Machine Specs
Designed for coffee, powdered nutrition, and snacks, Boardio™ rigid fiber canisters are fed, filled, and top-loaded using dedicated pick and place robotic kinematics tailored for vertical integrity.
Talk to a Canister Machine Specialist
Eliminate plastic shrink wrap and rings on beverage can lines. KeelClip™ machines utilize synchronized pick and place motion to apply paperboard toppers at speeds up to 400 multipacks per minute.
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Certified under 16 CFR § 1700.20, CleanClose™ child-resistant cartons are automatically opened, loaded via robotic pick and place tools, and heat-sealed in a continuous automated sequence.
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Explore how our pick and place machinery interfaces with secondary sleeving, cartoning, and case packing systems across worldwide plants.
High-capacity delta robotic cells for flexible pouch and carton top-loading.
Continuous motion pick-and-apply module for beverage multipack cans.
Multi-axis gantry packer for heavy cartons, trays, and corrugated boxes.
Integrated paperboard sleeving with robotic infeed indexing and orientation.
Our pick and place packaging machines operate under rigorous production conditions in over 30 countries across primary consumer goods categories.
Can & bottle robotic multipacking
High-speed soft-touch robotic tray loading
Automated cup & container denesting
Vial & blister tray robotic top-loading
Scratch-free cosmetic carton orientation
Rapid SKU changeover robotic cells
Purchasing pick and place packaging machines involves significant capital investment. As a NYSE-listed leader (NYSE: GPK), Graphic Packaging International offers corporate stability, audited ESG metrics, and decades of machinery innovation.
Our global network of machine engineering facilities provides turnkey support: from preliminary line audits and CAD simulation to Factory Acceptance Testing (FAT), on-site line commissioning, and lifecycle field maintenance.
Schedule a Virtual Engineering AuditA structured engineering process de-risks machine deployment, ensuring on-time start-up and immediate line efficiency.
We analyze infeed product speeds, mass properties, primary packaging material, and carton targets.
CAD and 3D robotic simulation validate pick rates, sweep angles, and EOAT clearance profiles.
Custom vacuum/mechanical grippers and 2D/3D vision cameras are programmed for product variance.
Rigorous Factory Acceptance Testing runs client substrates and products at 110% rated line speed.
On-site installation, plant crew training, SAT validation, and IoT remote diagnostics activation.
Connect with our packaging systems engineering team to evaluate your line layouts, schedule a live robotic picking demonstration, or request a complete machinery proposal.
As an equal opportunity employer, Graphic Packaging International is committed to accessibility, diversity, equity, and inclusion. All job applicants will be considered without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran, or disability status. If you are a disabled veteran or qualified individual with a disability, you may request a reasonable accommodation by contacting the job recruiter or local HR business partner, or by emailing [email protected].