Industrial Automation Solutions Smart warehouse and factory integration
Back to Blog
2026-07-01 Technology Insights 13ASRS

How Goods-to-Person Systems Increase Picking Efficiency by 300% in E-commerce Warehouses?

IndustryAll IndustriesFunctionWarehouse AutomationApplicationWarehouse & Storage
How Goods-to-Person Systems Increase Picking Efficiency by 300% in E-commerce Warehouses?

Summary

E-commerce warehouses are under constant pressure to handle higher order volumes, faster delivery expectations, and increasing SKU complexity.

Traditional manual picking systems are no longer sufficient to meet these demands.

Goods-to-Person (GTP) automation systems—such as CTU, AMR, and ASRS-based solutions—dramatically improve warehouse performance by eliminating unnecessary walking, optimizing picking workflows, and automating goods delivery to operators.

This article explains how GTP systems achieve up to 300% picking efficiency improvement in real-world e-commerce warehouse environments.

Technology

  • A modern Goods-to-Person system typically integrates:
  • CTU (Case Transfer Unit) robots
  • AMR (Autonomous Mobile Robots)
  • ASRS stacker crane systems
  • High-density storage racks
  • Ergonomic picking stations
  • WMS (Warehouse Management System)
  • WCS (Warehouse Control System)
  • SCADA monitoring systems
  • Barcode / RFID scanning systems
  • Intelligent task scheduling algorithms

Challenge

E-commerce warehouses face structural inefficiencies in manual picking operations:

Workers spend up to 60–70% of time walking
High SKU environments increase search time
Picking errors increase with workload pressure
Labor shortages reduce fulfillment capacity
Peak season demand overwhelms manual systems

These issues result in:

Low throughput
High operational cost
Poor order accuracy
Limited scalability

Solution

Goods-to-Person systems solve these inefficiencies by reversing warehouse logic:

Instead of workers going to goods:

👉 Goods are delivered directly to workers

This eliminates:

Walking time
SKU searching time
Manual transport inefficiencies

And replaces them with:

✔ robotic retrieval
✔ automated task scheduling
✔ optimized workstation flow

Workflow & Layout

Step 1: Order Processing
Orders enter WMS system
System breaks orders into picking tasks
Priority scheduling is applied

Step 2: Task Allocation
WCS assigns tasks to robots (CTU/AMR/ASRS)
System selects optimal retrieval path

Step 3: Automated Retrieval
Robots or stacker cranes retrieve goods
Items are transported to picking stations

Step 4: Goods-to-Person Picking
Operator receives items at workstation
Barcode/RFID verification ensures accuracy
Picking is completed instantly

Step 5: Order Completion
Items are packed and sent to outbound system
Inventory is updated automatically

Results & ROI

  • 1️⃣ Picking Efficiency Improvement (Up to 300%)
  • Efficiency gains come from:
  • Elimination of walking distance
  • Reduced search time
  • Parallel robot operations
  • Continuous system flow
  • 2️⃣ Before vs After Performance
  • Manual Warehouse:
  • High walking time
  • Low picking speed
  • Frequent errors
  • GTP Warehouse:
  • Near-zero walking time
  • High-speed picking stations
  • Automated accuracy checks
  • 3️⃣ Labor Reduction Impact
  • 40%–80% labor reduction depending on automation level
  • Lower dependency on seasonal workforce
  • Reduced training requirements
  • 4️⃣ Throughput Scaling
  • GTP systems scale by:
  • Adding robots (CTU/AMR)
  • Expanding storage racks
  • Increasing picking stations
  • This allows linear throughput growth without proportional labor increase.
  • 5️⃣ ROI Impact
  • Typical ROI timeline:
  • 👉 18–36 months
  • Driven by:
  • Labor savings
  • Efficiency gains
  • Reduced error rates
  • Higher order fulfillment capacity

Equipment List

  • Core Automation Systems:
  • CTU robotic shuttle systems
  • AMR mobile robot fleet
  • ASRS stacker crane system
  • High-density storage racks
  • Workstation Systems:
  • Ergonomic picking stations
  • Conveyor transfer systems
  • Packing modules
  • Software Systems:
  • WMS warehouse management system
  • WCS control system
  • SCADA monitoring platform
  • AI task scheduling engine
  • Safety Systems:
  • Light curtain protection
  • Collision detection sensors
  • Emergency stop systems
  • System diagnostics modules

Project Overview / Opening

Goods-to-Person automation fundamentally transforms e-commerce warehouse operations by eliminating manual travel and replacing it with intelligent robotic fulfillment systems.

This enables warehouses to move from labor-intensive operations to high-speed, scalable automation ecosystems.

Key Points

  • 1️⃣ Elimination of Walking Time
  • Most manual warehouse inefficiency comes from:
  • Walking between shelves
  • Searching for SKUs
  • Manual transport tasks
  • GTP systems eliminate all three.
  • 2️⃣ Parallel Robot Operation
  • Multiple robots work simultaneously to:
  • Retrieve goods
  • Deliver to stations
  • Optimize workflow timing
  • 3️⃣ High SKU Optimization
  • GTP systems are designed for:
  • Thousands to tens of thousands of SKUs
  • Dynamic inventory distribution
  • Fast order segmentation
  • 4️⃣ Accuracy Improvement
  • Automation ensures:
  • Barcode/RFID verification
  • System-controlled picking logic
  • Reduced human error
  • 5️⃣ Scalability Advantage
  • Warehouse capacity scales by:
  • Adding robots
  • Expanding rack systems
  • Increasing workstations

Implementation / Workflow

Phase 1: Warehouse Analysis (2–3 weeks)
SKU structure evaluation
Order flow analysis

Phase 2: System Design (2–4 weeks)
Layout planning
Automation configuration

Phase 3: Engineering Integration (4–8 weeks)
Hardware installation
Software integration (WMS/WCS/SCADA)

Phase 4: Deployment (2–4 weeks)
System commissioning
Performance testing

Phase 5: Optimization (1–2 weeks)
Throughput tuning
Efficiency balancing

Customer Value / Results

Operational Value:
Up to 300% picking efficiency improvement
Faster order fulfillment cycles
Stable 24/7 operation capability

Financial Value:
Significant labor cost reduction
Reduced operational errors
Strong ROI within 18–36 months

Strategic Value:
Scalable fulfillment infrastructure
Competitive e-commerce advantage
Future-ready warehouse automation

Conclusion / Next Step

Goods-to-Person systems represent one of the most effective warehouse automation strategies for e-commerce logistics.

By eliminating walking time and optimizing robot-driven fulfillment, companies can achieve:

✓ Up to 300% efficiency improvement
✓ Major labor cost reduction
✓ Higher accuracy and stability
✓ Scalable warehouse growth

For high-SKU e-commerce operations, GTP systems are no longer optional—they are becoming the industry standard for competitive fulfillment performance.

If you are planning a warehouse automation upgrade, we can design a CTU / AMR / ASRS-based Goods-to-Person system tailored to your SKU structure and order volume.

SEO Title

How Goods-to-Person Systems Increase Picking Efficiency by 300% in E-commerce Warehouses?

SEO Description

E-commerce warehouses are under constant pressure to handle higher order volumes, faster delivery expectations, and increasing SKU complexity.

Traditional manual picking systems are no longer sufficient to meet these demands.

Goods-to-Person (GTP) automation systems—such as CTU, AMR, and ASRS-based solutions—dramatically improve warehouse performance by eliminating unnecessary walking, optimizing picking workflows, and automating goods delivery to operators.

This article explains how GTP systems achieve up to 300% picking efficiency improvement in real-world e-commerce warehouse environments.

Related Case Studies

Related Blog

Business Challenge

Start with Your Business Challenge

Tell us about your warehouse, factory, or production requirements. We'll help you explore practical automation solutions and relevant project references.

Discuss Your Project