Palletisation Solutions.

Service Overview & Strategic Engineering Philosophy

Autorise Empowers Turnkey Palletisation Engineering services deliver fully automated, high-velocity, and precision end-of-line palletizing and depalletizing solutions for manufacturing, food and beverage, chemical, agricultural, and consumer goods packaging facilities. Palletizing is the critical bridge connecting manufacturing packaging lines with warehouse storage and distribution transport. Manual pallet stacking is slow, physically punishing, ergonomically hazardous, and prone to unstable pallet builds that collapse during transit. Our palletisation engineering services automate this entire workflow, delivering perfectly stacked, interlocked, wrapped, and labeled pallet unit loads ready for immediate shipping or AS/RS induction.

Our engineering philosophy focuses on customized payload kinematics, packaging versatility, and complete end-of-line cell integration. Whether an operation requires a compact articulated robot workcell servicing two packaging lines or a massive overhead Cartesian gantry palletizer spanning an entire packaging hall across 8 production lines, Autorise Empowers designs, fabricates, programs, and commissions the entire turnkey palletizing ecosystem.

Complete End-of-Line Palletizing System Modules

• Articulated Robotic Palletizers: High-speed 4-axis and 6-axis articulated robot arms operating with linear velocities up to 2.5 m/s and payload capacities from 50 kg to 500 kg with ±1.0mm repeatability.
• Overhead Cartesian Gantry Palletizers: Heavy-duty structural gantry systems with X-spans up to 30 meters and payload capacities up to 1,000+ kg for simultaneous multi-line palletizing.
• Custom End-of-Arm Tooling (EOAT): Vacuum foam matrices for cartons, heavy mechanical side-clamps for valve bags, bottom-support fork tooling for shrink-wrapped packs, and magnetic arrays for steel pails and drums.
• Automatic Empty Pallet Dispensers & Magazines: Vertical stacking magazines holding 15 to 20 empty wooden or plastic pallets, automatically dispensing single pallets onto infeed roller conveyors on demand.
• Automatic Slip-Sheet & Top-Cap Applicators: Vacuum arm applicators that pick cardboard or plastic slip-sheets from a magazine and place them between product layers or atop finished pallets for moisture protection.
• Integrated Stretch Wrapping & Strapping Systems: In-line rotary arm or turntable stretch wrappers with automatic film cutting and clamping, paired with vertical/horizontal strapping heads.
• Automatic Pallet Barcode Labeling & Verification: Real-time print-and-apply automated corner label applicators integrated with barcode scanners that apply GS1 shipping labels and verify readability before AS/RS entry.

Comprehensive Engineering Lifecycle Methodology

1. Packaging Geometry & Stacking Pattern Simulation: Analyzing product dimensions, carton crush strengths, bag bulge characteristics, and pallet overhang rules. Utilizing 3D pattern generation software to design interlocking stacking recipes that maximize pallet stability and cubic container density.
2. Structural Chassis & Tooling Fabrication: Precision machining of lightweight aerospace aluminum and carbon steel gripper plates, structural safety fencing, infeed conveyor staging beds, and heavy pallet conveyor transfer beds.
3. Control Architecture & PLC Programming: Engineering master control panels utilizing Siemens S7-1500 or Allen-Bradley ControlLogix PLCs with intuitive 12" touchscreen HMIs for rapid recipe selection and real-time cell diagnostics.
4. Category 4 / PL e Safety System Integration: Integrating safety perimeter guarding, muting light curtains on pallet exit corridors, safety interlock door switches, and emergency stop circuits compliant with ISO 10218-1/2.
5. Factory Acceptance Testing (FAT) & Load Validation: Conducting full-speed trial runs with customer products at our manufacturing plant to verify pick reliability, layer squareness, and cycle speeds prior to shipment.
6. On-Site Installation, Commissioning & Operator Training: Mechanical anchoring, electrical tie-ins, line sensor tuning, live production ramp-up, and certified operator training.

Quantified Operational Benefits & ROI

• Complete Elimination of Manual Stacking Labor: Automating palletizing across 3 continuous shifts saves the equivalent of 6 to 12 manual material handling personnel per line, reducing packaging labor overhead by up to 85%.
• Zero Transit Load Collapse & Cargo Damage: Precision-aligned layers and tightly interlocked stacking patterns eliminate pallet leaning, product overhang, and crushing, reducing in-transit damage claims by 99.8%.
• Maximum Line Throughput Velocity: Packaging lines operate at 100% rated machine speed without backing up due to manual palletizing delays.
• Ergonomic Safety Compliance: Eliminates severe workplace back injuries, shoulder strain claims, and high turnover rates associated with heavy lifting.
• Compelling Payback Period: Labor savings, increased line capacity, and reduced product breakage typically return the full capital investment within 12 to 18 months.

Industrial Applications & Target Sectors

• Food & Beverage Bottling: Palletizing bottled water, soft drinks, beer cartons, wine cases, and canned goods.
• Chemical, Cement & Fertilizer Packaging: High-speed stacking of 25kg/50kg cement bags, polymer resin sacks, and chemical pails.
• FMCG & Consumer Packaged Goods: Packaging detergents, personal care items, household cleaning products, and paper towels.
• Agriculture & Grain Milling: Stacking flour sacks, animal feed bags, and boxed fresh produce.
• Automotive & Industrial Components: Palletizing automotive batteries, engine parts, and hardware boxes.

Quality Directives, Risk Assessment & Client Deliverables

All palletizing workcells are certified under ISO 10218-1/2 robotic safety standards and CE machinery directives. Client deliverables include 3D pattern recipe software licenses, electrical control schematics, risk assessment documentation, and operator training manuals with multi-lingual HMI instructions. Complete spare parts catalogs and diagnostic routines empower on-site technicians to maintain maximum machine uptime.

Preventative Maintenance, Gripper Care & Lifecycle Support

Our palletizing workcells are engineered for 24/7 continuous industrial duty. Preventative maintenance procedures include monthly vacuum filter cartridge cleaning and foam pad wear inspections, quarterly checks of robot joint harmonic gearbox grease levels, and semi-annual safety validation of light curtain muting sensors and interlocked access doors compliant with ISO 13849-1. Autorise Empowers provides complete lifecycle assurance, including offline 3D throughput simulation, turnkey on-site programming and commissioning, operator training certification, spare parts consignment kits, and 24/7 emergency SLA field response.

Comprehensive Stacking Recipe Simulation & Box Interlocking Algorithms

Our palletisation engineering team utilizes proprietary 3D stacking pattern software to generate optimized pallet layer recipes for hundreds of distinct SKU dimensions. The algorithms calculate carton compressive strength, center-of-gravity distribution, and interlocking tier geometries to eliminate pallet leaning and prevent transit damage. Plant operators can select new recipes in seconds via the touchscreen HMI without requiring manual robot reprogramming.