Loading...
HomeTechnologiesTGW Logistics

OmniPick Sorter System: Zero-Touch End-to-End Pocket Sortation

by TGW LogisticsFully Automated
Pouch/Pocket Sorter
💡 If the video doesn't play, click "Watch on YouTube" button above

Quick Facts

Vendor
TGW Logistics
Automation Level
Fully Automated
Key Features
5 Features
Applications
4 Use Cases

Technology Performance Metrics

Efficiency70%Flexibility70%Scalability70%Cost Effect.70%Ease of Impl.70%

Key Features

1Zero-touch operation eliminating all manual interactions in order fulfillment
2End-to-end automation covering loading, unloading, transport, buffering, stowing and sorting
3Overhead conveyor with special pockets for product handling
4Automated loading and unloading of bag conveyor
5Error-free picking suitable for highly unpredictable markets

Benefits

Eliminates manual labor and associated errors in order fulfillment processes
High flexibility to adapt to the demands of unpredictable markets
Integrated multi-process automation reduces operational complexity
Protects products during handling via specialized pocket design

🎯Applications

1Fashion & apparel fulfillment centers handling shoes and clothing accessories
2Electronics distribution facilities for small to medium-sized electronic products
3Cosmetics and personal care product logistics operations
4Toy manufacturing and distribution centers with diverse product SKUs

📝Detailed Information

Technology Overview

Against the backdrop of growing demand for fast, accurate and labor-efficient order fulfillment in e-commerce and retail sectors, traditional manual sorting and picking processes are increasingly unable to meet the requirements of highly unpredictable markets. These conventional methods are prone to human error, have limited scalability, and struggle to adapt to fluctuating order volumes. TGW's OmniPick emerges as an innovative solution that addresses these pain points by integrating zero-touch technology into pocket sorter systems, realizing end-to-end automation of the order fulfillment process.

The core principle of the OmniPick system lies in its fully automated workflow that eliminates manual interventions at every stage. It utilizes an overhead conveyor equipped with special pockets to handle a variety of products, combining transport, buffering, stowing and sorting functions in a single integrated system. This technology is primarily applied in industries that deal with small to medium-sized, high-value products such as fashion & apparel, electronics, cosmetics and toys, where accuracy and gentle product handling are critical. As a flexible automation solution, it is particularly suitable for markets with high demand volatility, helping businesses maintain operational stability amid changing order volumes.

How It Works

Core Principles

The OmniPick system operates on the core principle of zero-touch end-to-end automation, which eliminates all manual interactions in the order fulfillment process. Products are placed into specialized pockets on an overhead conveyor system, where they are automatically transported, buffered, stored, sorted and distributed according to order requirements. The system leverages automated loading and unloading mechanisms for the bag conveyor, ensuring a seamless flow of goods from receiving to shipping without human intervention. This fully automated operation not only reduces error rates but also enables consistent performance even in highly unpredictable market conditions.

Key Features & Capabilities

The zero-touch operation is the most prominent feature of the OmniPick system, which eliminates all manual interactions throughout the order fulfillment process. From product loading to unloading, every step is completed automatically, which not only eliminates the errors caused by human factors but also reduces labor costs and labor management complexity. For businesses operating in markets with high turnover rates or labor shortages, this feature is particularly valuable, as it reduces reliance on manual labor and ensures consistent operational efficiency regardless of labor availability.

Another core capability is the end-to-end automation that integrates multiple processes into a single system. Unlike traditional solutions that require separate equipment for transport, storage, and sorting, OmniPick combines loading, unloading, transport, buffering, stowing, sorting and distribution functions in one integrated system. This integration reduces the need for intermediate handling steps between different equipment, shortens product flow time, and lowers the risk of product damage during transfer. It also simplifies system management, as operators only need to monitor one unified system instead of multiple independent devices.

The overhead conveyor with specialized pockets is a key design feature that brings multiple operational benefits. By operating above ground level, the system frees up valuable floor space for other warehouse operations such as receiving, packing and shipping, which is especially important for space-constrained micro-fulfillment centers. The specialized pockets are designed to securely hold a variety of products including shoes, electronics, toys and cosmetics, preventing product damage during transport and sorting. This gentle handling capability is crucial for fragile or high-value items, reducing product loss and improving customer satisfaction.

The system's automated loading and unloading of bag conveyors further enhances its automation level and operational efficiency. This component ensures a seamless connection between the OmniPick system and other warehouse processes, enabling continuous product flow without manual handover. It also allows the system to handle high order volumes efficiently, as the automated loading/unloading units can operate continuously without fatigue, significantly increasing the system's overall throughput compared to manual loading methods.

OmniPick's capability to deliver error-free picking in highly unpredictable markets is a critical advantage for modern logistics operations. Market demand fluctuations, such as those caused by seasonal sales, promotions or unexpected consumer trends, can disrupt traditional fulfillment processes. The system's flexible automation design allows it to quickly adapt to changes in order volume and product mix, maintaining high accuracy and efficiency even when demand is volatile. This flexibility helps businesses avoid bottlenecks during peak periods and optimize resource utilization during off-peak periods.

Advantages & Benefits

The elimination of manual labor and associated errors is a primary advantage of the OmniPick system that delivers significant operational benefits. Manual picking and sorting processes are inherently prone to errors such as picking the wrong product, incorrect quantities, or misrouting packages, which can lead to customer complaints, returns and additional costs. By implementing zero-touch automation, OmniPick reduces order error rates to near zero, improving customer satisfaction and reducing the costs associated with returns and rework. For businesses operating in competitive markets, this high level of accuracy can be a key differentiator that enhances brand reputation.

The high flexibility of the OmniPick system enables businesses to effectively respond to the challenges of highly unpredictable markets. In e-commerce and retail sectors, demand can fluctuate dramatically due to factors such as holiday seasons, flash sales and social media trends. Traditional fixed automation systems often struggle to adapt to these changes, while OmniPick's end-to-end flexible design allows it to adjust to varying order volumes and product mixes quickly. This adaptability helps businesses avoid over-investment in capacity during slow periods and ensures they can meet customer demand during peak seasons, optimizing operational efficiency and cost-effectiveness.

The integrated multi-process automation of the OmniPick system reduces operational complexity and improves workflow efficiency. By combining transport, buffering, stowing and sorting functions into a single system, it eliminates the need for multiple standalone devices and the associated integration work. This not only reduces the initial equipment investment but also lowers maintenance costs, as there are fewer components to maintain and repair. Additionally, the streamlined workflow reduces product handling time, shortening order cycle times and enabling faster delivery to customers. For businesses focused on improving delivery speed, this advantage can directly enhance their competitive position in the market.

The specialized pocket design of the OmniPick system provides gentle product handling, which is a significant benefit for fragile or high-value products. Products such as electronics, cosmetics and shoes are susceptible to damage during transport and sorting, which can result in significant financial losses. The custom pockets securely hold each product, preventing movement and impact during handling. This gentle handling capability reduces product damage rates, lowering the cost of damaged goods and improving the quality of outgoing shipments. For industries where product condition is critical, this benefit directly contributes to cost savings and customer satisfaction.

Implementation Considerations

The OmniPick system requires overhead space for the installation of the conveyor system, which is an important implementation consideration. Unlike ground-based sorting systems, the overhead design needs sufficient vertical space to accommodate the conveyor, pockets and associated components. Facilities with height restrictions, such as older warehouses with low ceilings, may not be suitable for this system without significant renovations. Businesses considering OmniPick need to conduct a thorough assessment of their facility's vertical space to ensure it meets the installation requirements, which may involve additional costs for facility modifications if necessary.

The specialized pocket design of the OmniPick system may limit its compatibility with oversized or irregularly shaped products. The pockets are optimized for products such as shoes, electronics, toys and cosmetics, which are generally small to medium-sized and have relatively regular shapes. Products that exceed the size limits of the pockets or have highly irregular shapes may not be suitable for handling by this system. Businesses with a diverse product mix that includes oversized items need to evaluate whether the OmniPick system can accommodate their full range of products, or whether they need to maintain a separate handling process for these items, which may reduce the overall efficiency benefits of the system.

The high initial investment required for the end-to-end automation infrastructure is another key consideration. As a fully integrated zero-touch solution, the OmniPick system involves significant upfront costs for equipment, installation and system integration. For small and medium-sized businesses with limited capital budgets, this high initial investment may be a barrier to adoption. However, it is important to consider the long-term return on investment, as the system's labor savings, error reduction and efficiency improvements can offset the initial costs over time. Businesses should conduct a comprehensive cost-benefit analysis to evaluate the payback period and long-term financial benefits before making an investment decision.

Use Cases & Applications

Ideal For

OmniPick is ideal for e-commerce and retail fulfillment centers that handle small to medium-sized, high-value products such as shoes, electronics, toys and cosmetics. It is particularly suitable for businesses operating in highly unpredictable markets where demand fluctuates frequently, as well as facilities looking to eliminate manual labor and reduce order errors in the fulfillment process. The system is also well-suited for micro-fulfillment centers with limited floor space, as its overhead design maximizes space utilization.

Performance Metrics

No specific quantitative performance data such as throughput rates or order processing speeds are provided in the original content.

Future Trends

No specific future development trends for the OmniPick system are mentioned in the original content. However, the zero-touch automation design aligns with the broader industry trend toward fully automated fulfillment centers, where human intervention is minimized or eliminated to improve efficiency and reduce costs. As e-commerce demand continues to grow, the integration of such systems with advanced software solutions like WMS and WES is likely to become more prevalent, enabling even higher levels of operational optimization and data-driven decision-making.

Conclusion

TGW's OmniPick is a highly innovative zero-touch pocket sorter system that delivers end-to-end automation for order fulfillment processes. Its ability to eliminate manual interactions, reduce errors, and adapt to unpredictable market conditions makes it a valuable solution for businesses in the fashion & apparel, electronics, cosmetics and toy industries. The system's overhead design maximizes floor space utilization, while its specialized pockets ensure gentle product handling and reduce damage rates. Although the system requires significant initial investment and overhead space for installation, the long-term benefits in terms of labor savings, efficiency improvements and error reduction make it a compelling choice for businesses looking to enhance their fulfillment capabilities. For facilities aiming to achieve high levels of automation and adapt to the evolving demands of e-commerce and retail markets, OmniPick represents a reliable and flexible solution that can drive operational excellence and competitive advantage.

📚Related Knowledge