Engineered to integrate seamlessly with motorized mobile carriages and logistics setups.
As micro-fulfillment and spatial optimization dictate the unit economics of contemporary warehousing, traditional static storage architectures are increasingly cost-prohibitive. Motorized Mobile Storage Systems (MMSS) bypass the spatial redundancy of constant forklift aisles by consolidating racks onto dynamic, automated floor-guided rails. This converts single-aisle selectivity into maximum area utilization, saving up to 50% in footprint requirements or boosting capacity by up to 100%.
At Dongguan Durack Logistics Equipment Co., Ltd., we combine precision metallurgical fabrication with advanced electrical drive arrays. By fabricating mobile structures certified under rigid CE standards, we ensure that modern industrial nodes in North America, Europe, and Asia can achieve superior density without compromising operational velocity, personnel safety, or seismic compliance.
Reduces active aisles to a single selective access point, transferring static volume into productive capacity.
Fully engineered in adherence to European Union safety machinery directives, including EN 15095 safety regulations.
Seamlessly interacts with enterprise WMS/WCS APIs to support autonomous retrieval sequencing.
Advanced Production Center
Annual Global Export Revenue
Dedicated QC Engineers
Supply Chain Logistics Partners
Understanding compliance, total cost of ownership (TCO), and engineering requirements for high-stakes installations.
Procurement teams demand structural grades such as Q355B and S355JR. Durack relies on heavy structural steel profiles that satisfy FEM 10.2.02 standards for warehouse racking. Our systems are engineered using Finite Element Analysis (FEA) to endure dynamic lateral and vertical stress loads under continuous movement.
CE-certified motorized mobile systems must integrate multi-layered failsafes. These include photoelectric light curtains, localized emergency-stop buttons, safety laser scanners that monitor active aisles, and mechanical bumper sensors. Our compliance with EN 15095 guarantees total security during physical picking operations.
Modern 3PL operations require mobile storage controls that operate via Profinet, Ethernet/IP, or Modbus. Integration into a WMS lets users orchestrate automatic aisle opening, night parking spacing (to maximize thermal flow or ventilation), and prioritized cycle picking.
Custom engineered storage configurations customized to solve complex industrial workflows.
Space in cold storage facilities represents some of the highest real estate costs in the logistics sector. Operating down to -30°C, Durack motorized mobile racks utilize low-temperature-grade steel alloys, specialty synthetic lubricants, and IP65-sealed drive systems to reduce energy loss by maximizing product density inside cold envelopes.
Storing heavy molds, dies, and automotive sub-assemblies requires reliable weight capacity. By combining structural cantilever systems with motorized carriages, we support point loads exceeding 20 tons per bay, enabling selective access to large manufacturing components.
E-commerce requires rapid SKU adaptation. Our mobile racking systems can integrate with pick-to-light indicators and automated guided vehicles (AGVs), adapting storage volume dynamically to seasonal fluctuations and high-frequency picking requirements.
Inside our 35,000 m² state-of-the-art facility: From raw steel coils to high-precision automation systems.
Ensures roll-formed sections align perfectly with targeted beam thickness, protecting structural integrity across the system.
Measures corrosion-resistant powder coatings to verify compliance with external exposure standards and sub-zero storage demands.
Our vision for the next generation of logistics efficiency and motorized storage safety.
By embedding vibration and thermal sensors inside mobile carriage motors, future arrays will forecast mechanical faults prior to components breaking down, transmitting real-time analytics to warehouse management software.
Leveraging regenerative drive controllers allows dynamic deceleration to feed energy back into the warehouse power grid, lowering the operational carbon footprint of intensive 24/7 fulfillment centers.
Developing structural interfaces and safety logic systems that support forklift-free operations. Racks communicate with autonomous mobile robots to clear pick aisles before AMR entry.
Deploying heavy storage infrastructure demands absolute compliance with local regulations. Every motorized racking project we design complies with the machinery directive 2006/42/EC and EN 15095. For seismic zones, we customize columns and base plates to comply with localized seismic protection codes (including ASCE-7 and IBC specifications in North America).
Through our team of 45 quality assurance professionals, we perform full-spectrum ultrasonic weld testing and comprehensive load-bearing calculations on every design batch, securing reliable performance and structural integrity.
Detailed insights into technical specifications, safety protocols, and purchasing considerations.
On average, mobile storage systems eliminate redundant aisles, reclaiming up to 45% to 50% of the storage footprint. This allows warehouses to double their storage capacity within the same footprint or build a smaller, more energy-efficient facility.
The primary standard is EN 15095 (Power-operated mobile racking and shelving). This standard specifies requirements for photoelectric light grids, emergency stops, active aisle monitoring, floor-level safety sweep lasers, and warning indicators to safeguard personnel during operation.
Yes. Durack designs mobile racks specifically for sub-zero temperatures down to -30°C. We use low-temperature structural steel grades, IP65+ electrical components, and specialty oils to prevent performance drop in cold storage environments.
We build our structural carriages using high-strength steel grades like Q355B and S355JR. These materials provide the necessary tensile strength and structural flexibility to support dynamic wheel loads and lateral forces when loaded racks are in motion.
Our control panels use PLC architecture communicating through industrial protocols like Ethernet/IP or Modbus TCP. This enables direct integration with your WMS, allowing for automated aisle preparation, order picking queues, and automatic night parking configurations.
Routine maintenance includes cleaning the floor rails of debris, checking drive chains and motor gear oil levels, and verifying safety laser operations. Durack provides step-by-step documentation and support for preventive maintenance programs.
Yes. Durack uses Finite Element Analysis (FEA) to design systems that meet local seismic regulations. We configure ground anchors, wider columns, and structural overhead braces to absorb lateral movements and protect inventory during seismic events.
Typically, these systems require a standard industrial three-phase power supply (380V to 480V, 50/60Hz). Actual consumption depends on the overall rack dimensions, payload weights, and the number of mobile bases moving simultaneously.
Discover our high-capacity selective configurations and space-saving solutions.
Durack