Technology
Learn about the platform powering today's most advanced automation applications
Technology
Learn about the platform powering today's most advanced automation applications
Technology
Learn about the platform powering today's most advanced automation applications
Palletizing - Automate your outbound with intelligent robotics
Handles single- and mixed-SKU loads with industry-leading speed and reliability without programming or downtime
Palletizing - Automate your outbound with intelligent robotics
Handles single- and mixed-SKU loads with industry-leading speed and reliability without programming or downtime
Palletizing - Automate your outbound with intelligent robotics
Handles single- and mixed-SKU loads with industry-leading speed and reliability without programming or downtime
High-performance automation without the complexity
High-performance automation without the complexity
Traditional palletizing robots rely on rigid programming and costly engineering support. MujinOS powers robot palletizers with the speed, resilience, and adaptability needed for today’s automated warehouse — introducing capabilities that go beyond conventional systems.
Traditional palletizing robots rely on rigid programming and costly engineering support. MujinOS powers robot palletizers with the speed, resilience, and adaptability needed for today’s automated warehouse — introducing capabilities that go beyond conventional systems.
Adaptive Box Handling
Eliminates manual adjustments with consistent handling across package types
Automated Pack Generation
Creates and validates pallet patterns instantly for stable, efficient stacks
Intelligent Picking
Optimizes multi-pick and multi-SKU operations to maximize throughput
Resilient Operation
Prevents downtime with automatic recovery and continuous performance
Built on MujinOS
Unlock unique capabilities for both single-SKU and mixed-case palletizing
Multi SKU
Single SKU
Dynamic Pallet Design
Generate stable, efficient mixed-case pallets with real-time optimization
Vision-Guided Precision
Adapt to varying case sizes, shapes, and labels with perception-driven accuracy
Aisle-Ready Pallets
Build rainbow pallets designed for easy replenishment at the store level
Automated SKU Management
Onboard new SKUs instantly through no-code configuration
Opportunistic Multi-Picking
Maximize throughput with dynamic, real-time multi-pick and multi-place decisions
Simulation & Valiation
Digital twin tools validate layouts and motion paths for collision-free performance
Built on MujinOS
Unlock unique capabilities for both single-SKU and mixed-case palletizing
Multi SKU
Single SKU
Dynamic Pallet Design
Generate stable, efficient mixed-case pallets with real-time optimization
Vision-Guided Precision
Adapt to varying case sizes, shapes, and labels with perception-driven accuracy
Aisle-Ready Pallets
Build rainbow pallets designed for easy replenishment at the store level
Automated SKU Management
Onboard new SKUs instantly through no-code configuration
Opportunistic Multi-Picking
Maximize throughput with dynamic, real-time multi-pick and multi-place decisions
Simulation & Valiation
Digital twin tools validate layouts and motion paths for collision-free performance
Built on MujinOS
Unlock unique capabilities for both single-SKU and mixed-case palletizing
Multi SKU
Single SKU
Dynamic Pallet Design
Generate stable, efficient mixed-case pallets with real-time optimization
Vision-Guided Precision
Adapt to varying case sizes, shapes, and labels with perception-driven accuracy
Aisle-Ready Pallets
Build rainbow pallets designed for easy replenishment at the store level
Automated SKU Management
Onboard new SKUs instantly through no-code configuration
Opportunistic Multi-Picking
Maximize throughput with dynamic, real-time multi-pick and multi-place decisions
Simulation & Valiation
Digital twin tools validate layouts and motion paths for collision-free performance
Case study
See intelligent robots palletize at PALTAC
Mujin deployed an intelligent palletizing system capable of building optimized loads across pallets, roll cages, and cart racks within a complex mixed-SKU environment. Powered by proprietary load calculation, advanced 3D perception, and teachless motion planning, the system autonomously generates stable, high-density shipment configurations while integrating seamlessly with warehouse management systems. The result: fully unmanned palletizing in the shipping area, doubled productivity, elimination of heavy manual handling, and improved shipment accuracy and consistency.
Case study
See intelligent robots palletize at PALTAC
Mujin deployed an intelligent palletizing system capable of building optimized loads across pallets, roll cages, and cart racks within a complex mixed-SKU environment. Powered by proprietary load calculation, advanced 3D perception, and teachless motion planning, the system autonomously generates stable, high-density shipment configurations while integrating seamlessly with warehouse management systems. The result: fully unmanned palletizing in the shipping area, doubled productivity, elimination of heavy manual handling, and improved shipment accuracy and consistency.
Case study
See intelligent robots palletize at PALTAC
Mujin deployed an intelligent palletizing system capable of building optimized loads across pallets, roll cages, and cart racks within a complex mixed-SKU environment. Powered by proprietary load calculation, advanced 3D perception, and teachless motion planning, the system autonomously generates stable, high-density shipment configurations while integrating seamlessly with warehouse management systems. The result: fully unmanned palletizing in the shipping area, doubled productivity, elimination of heavy manual handling, and improved shipment accuracy and consistency.
Have a question?
Learn how MujinOS delivers real-time perception, motion control, and no-code deployment—across any robotic system
Have a question?
Learn how MujinOS delivers real-time perception, motion control, and no-code deployment—across any robotic system
Have a question?
Learn how MujinOS delivers real-time perception, motion control, and no-code deployment—across any robotic system