SENCO Příbram Teams Up with KVADOS & Hai Robotics to Revolutionize Warehouse Operations
⭐Key Features
- •Optimized storage for electrical equipment manufacturing warehouse
- •Boosted operational efficiency through goods-to-person automation
- •Streamlined warehouse processes reducing manual handling complexity
- •Hai Robotics ACR technology deployed by Czech system integrator KVADOS
- •Tailored solution for the specific SKU and handling requirements of electrical component manufacturing
- •Scalable automation platform supporting SENCO's manufacturing logistics evolution
📊Results & Benefits
- ✓Storage optimized — higher density utilization of existing warehouse footprint
- ✓Efficiency boosted across picking and replenishment workflows
- ✓Warehouse processes streamlined with reduced manual intervention
🎯Challenges & Solutions
Electrical equipment manufacturing generates a broad and complex SKU profile — components, sub-assemblies, finished goods, and spare parts vary widely in size, weight, and handling requirements. Managing this diversity in a manual warehouse environment creates inefficiencies in storage location management, picking accuracy, and throughput, particularly when production schedules create variable and time-sensitive demand on the warehouse
Hai Robotics' ACR goods-to-person system, implemented by KVADOS, provides system-directed picking across the full SKU range, with the warehouse execution software managing storage location assignment and retrieval sequencing to match the mixed-SKU profile of SENCO's manufacturing warehouse
Manufacturing logistics operations must support production schedules with reliable, timely delivery of components and materials to the production floor. Manual warehouse operations are susceptible to throughput variability, picking errors, and labor-related disruptions that can create supply bottlenecks affecting production continuity — a risk that carries significant cost implications in manufacturing environments
The automated goods-to-person model provides consistent, system-controlled throughput that decouples warehouse performance from manual labor variability, ensuring reliable component supply to production regardless of order volume fluctuations or staffing conditions
As a manufacturer in the Czech Republic's industrial sector, SENCO Příbram faces the broader regional challenge of tightening labor availability and rising labor costs in the Central European manufacturing belt. Manual warehouse operations that depend heavily on labor are increasingly difficult to staff and sustain economically, creating pressure to automate as a strategic response to the labor market environment
Warehouse automation reduces the labor intensity of core storage and retrieval operations, providing SENCO with a more sustainable operational model that is less exposed to labor market volatility while maintaining or improving throughput and accuracy
📝Project Overview
Project Overview
SENCO Příbram spol. s r.o., a leader in electrical equipment manufacturing based in Příbram, Czech Republic, has partnered with system integrator KVADOS and Hai Robotics to transform its warehouse operations through advanced automation. The case study, published in February 2025, documents how the three-way collaboration addressed SENCO's logistics challenges by delivering optimized storage, boosted efficiency, and streamlined warehouse processes.
SENCO Příbram is an established manufacturer in the Czech industrial sector, operating a production and logistics facility in Příbram — a city in the Central Bohemian Region approximately 60 kilometers southwest of Prague. The company's positioning as "a leader in electrical equipment manufacturing" places it within the broader Central European industrial supply chain, where automation adoption in warehouse and manufacturing logistics has accelerated significantly in recent years.
This deployment is part of Hai Robotics' growing presence in the EMEA region, and specifically within Central Europe, where the company has built a network of local system integrators capable of delivering and supporting HaiPick deployments. KVADOS, as the system integrator, brings local market knowledge, language capability, and ongoing support proximity — factors that are particularly important for manufacturing clients where warehouse uptime directly affects production continuity.
Technical Solution
Hai Robotics ACR System for Manufacturing Warehouse
The Hai Robotics automated goods-to-person system deployed at SENCO Příbram applies the company's ACR (Autonomous Case-handling Robot) platform to the specific requirements of a manufacturing warehouse environment. In a manufacturing context, the warehouse serves a dual function: it stores incoming raw materials and components awaiting use in production, and it holds finished goods and sub-assemblies awaiting dispatch. The ACR system supports both functions through a unified automated storage and retrieval infrastructure.
The goods-to-person model is well-suited to manufacturing warehouses because it eliminates the need for warehouse operators to navigate the storage area to locate and retrieve items — a time-consuming and error-prone process in environments with large SKU counts and variable item sizes. Instead, the ACR robots retrieve the relevant storage totes and deliver them to fixed operator workstations, where the warehouse execution software provides pick instructions and validates each transaction.
HaiPick Climb (Upgraded): High-Density Storage with Rack-Climbing ACR Technology
Vendor: Hai Robotics
Key Features
Storage Optimization for Electrical Equipment Manufacturing The ACR system's high-density storage capability addresses the particular challenge of electrical equipment manufacturing warehouses, which typically hold a large number of component SKUs with varying physical characteristics. The system manages the physical storage of these diverse items in a unified automated grid, with the warehouse execution software handling location assignment and retrieval sequencing to optimize both storage density and retrieval efficiency.
Efficiency Boost Through Goods-to-Person Automation The goods-to-person model eliminates the travel time that dominates manual picking operations — in a conventional warehouse, operators can spend 50–70% of their working time travelling between storage locations. By bringing the goods to the operator at a fixed workstation, the ACR system dramatically increases the productive fraction of each operator's working time, boosting overall picking throughput with the same or fewer staff.
Streamlined Processes Reducing Complexity The "streamlined processes" outcome encompasses the broader operational simplification that automation delivers: fewer manual handoffs, system-directed workflows that reduce the cognitive load on operators, automated inventory tracking that eliminates manual counting and reconciliation, and a unified execution platform that coordinates storage, retrieval, and picking across the facility.
Czech Republic EMEA Deployment with Local System Integrator The KVADOS partnership demonstrates Hai Robotics' ability to deliver locally-supported deployments in Central European markets. For manufacturing clients like SENCO, local system integrator support is a practical necessity — production-critical warehouse operations cannot afford the response time delays associated with remote or international support arrangements.
Results & Benefits
The published case study description identifies three outcome areas for the SENCO Příbram deployment:
Optimized Storage: The ACR system's high-density storage configuration improves the utilization of SENCO's warehouse footprint, enabling more inventory to be held in the same space or the same inventory to be held in less space — with implications for both operational efficiency and real estate cost.
Boosted Efficiency: The goods-to-person model increases picking throughput per operator, reducing the labor cost per order and improving the speed of warehouse operations in support of production schedules and outbound logistics.
Streamlined Processes: The automated system replaces manual, paper-based, or semi-automated workflows with system-directed processes that are more consistent, more accurate, and easier to manage and monitor.
Challenges & Solutions
The central challenge of this deployment is the complexity of electrical equipment manufacturing logistics — a large, diverse SKU base with variable handling requirements, time-sensitive production supply obligations, and an operating environment subject to the labor market pressures of the Central European industrial economy. KVADOS' system integration work addresses these challenges by configuring the Hai Robotics platform for SENCO's specific operational requirements: SKU profiling, storage location management, pick sequencing, and ERP integration.
The geographic and linguistic context of a Czech deployment adds a layer of implementation complexity that KVADOS resolves through local expertise and language capability. For Hai Robotics, the KVADOS partnership is the mechanism through which the company's technology platform is made accessible and supportable in the Czech market — a model that the company is replicating across EMEA through its regional system integrator network.
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📚Related Knowledge Articles (3)
Goods-to-Person Systems
Goods-to-Person (G2P) systems revolutionize warehouse operations by bringing inventory directly to stationary picking stations, eliminating worker travel time and maximizing productivity. These automated systems combine storage, retrieval, and presentation technologies to create highly efficient picking environments.
AMR Goods-to-Person
AMR goods-to-person systems use autonomous mobile robots to transport inventory from storage locations to picking stations, eliminating worker travel time and dramatically improving order fulfillment efficiency.
Mixed Case Fulfillment Strategy
Mixed case fulfillment is a sophisticated warehouse strategy that handles orders containing multiple different products (SKUs) within the same case, pallet, or shipment. This approach requires advanced automation, intelligent software, and flexible processes to efficiently pick, pack, and ship diverse product combinations while maintaining high accuracy and productivity.

