Explore our industrial-grade storage solutions, dynamic gravity flow racks, pallet racking assemblies, and heavy-duty logistics accessories engineered for seamless intralogistics performance.
A rigorous examination of electromechanical mobile chassis engineering, floor guide-rail embedding tolerances, and automated PLC control topologies that deliver unparalleled volumetric storage efficiency.
The foundation of our Electric Mobile Racking rests upon cold-formed structural steel chassis mounted on precision-machined ductile cast iron wheels (GGG70) running on hardened floor guide rails.
Certified compliance under European Safety Standard EN 15095 ensures zero-risk human and machinery coexistence across open dynamic operating aisles.
Centrally orchestrated by Siemens S7-1500 or Schneider Modicon PLCs with SCADA and WMS integration capabilities for automated pre-positioning and fleet optimization.
| Storage System Type | Space Utilization | Pallet Selectivity | Operating Aisle Requirement | Cold Room Energy Savings | Flexibility for SKU Diversity |
|---|---|---|---|---|---|
| Electric Mobile Racking (EMPR) | 85% – 90% (Maximum) | 100% Direct Access | 1 Single Dynamic Aisle | 40% – 50% Reduction | Exceptional (High & Low SKUs) |
| Standard Selective Pallet Rack | 35% – 45% (Baseline) | 100% Direct Access | Dedicated aisle per rack row | 0% (Standard cubic volume) | High |
| Drive-In Racking System | 60% – 70% | Poor (LIFO only) | Aisles eliminated, lane entry | 20% – 25% Reduction | Low (Homogeneous goods only) |
| Automated Radio Shuttle Racking | 75% – 85% | Moderate (Batch/FIFO/LIFO) | Fewer access aisles | 30% – 35% Reduction | Moderate |
| Very Narrow Aisle (VNA) | 55% – 65% | 100% Direct Access | Reduced width (requires VNA truck) | 10% – 15% Reduction | High |
How macro-economic shifts, cold-chain energy mandates, and autonomous mobile robotics (AMR) are redefining high-density material storage investments globally.
With industrial land leasing and warehouse construction costs surging over 38% globally since 2021, procurement directors are turning to OEM electric mobile racking to double pallet storage capacity within existing facilities, completely eliminating the need for expensive brick-and-mortar facility expansion or off-site third-party logistics (3PL) leasing.
In temperature-controlled logistics (-20°C to -30°C frozen food, bio-pharmaceuticals), cooling an empty static aisle represents massive operational expenditure waste. EMPR compresses refrigerated cubic space by up to 50%, generating immediate operational energy savings of 40%–50% per stored pallet position and accelerating payback periods to under 2.8 years.
The next phase of electric mobile racking procurement integrates automated guided vehicles (AGVs) and autonomous reach trucks. Smart mobile bases communicate wirelessly with fleet management software via Industrial IoT protocols (MQTT, Profinet), autonomously commanding aisles to open in synchronization with incoming robot pick paths without human touch.
Facility owners increasingly mandate low-disruption installation techniques. Modern ODM engineering allows flat floor rail embedment directly into existing concrete slabs through micro-trench diamond saw cutting and high-strength non-shrink epoxy grout, cutting civil conversion turnaround times from months to mere weeks.
Unlike drive-in or deep shuttle lanes which suffer from stock-rotation bottlenecks ("honeycombing"), the modern omni-channel fulfilment centre demands 100% individual pallet selectivity. Electric mobile racks permit any single SKU to be accessed at any time, unlocking supreme flexibility for fast-moving SKU variations.
Future-forward contracts mandate digital twin predictive maintenance. Integrated strain sensors on structural uprights, continuous motor vibration analysis, and rail deflection monitoring ensure structural integrity is certified year after year under systematic inspection programs.
Operating out of our primary production hub in Shah Alam, Selangor, Malaysia (SSM Registered: 202201004215 / 1449912-V), My Interack Sdn. Bhd. operates an advanced manufacturing and engineering complex delivering turnkey storage rack systems throughout ASEAN, Oceania, and global markets.
From finite element structural calculations (FEA) to robotic roll-forming and high-precision CNC rail milling, our systems are certified under ISO 9001:2015 Quality Management and ISO 14001:2015 Environmental Protocols, complying strictly with European FEM 10.2.02 and EN 15512 standards.
In-depth engineering answers addressing floor slab tolerances, seismic performance, cold storage resilience, safety interlocks, and project execution.
Electric mobile racking requires strict floor levelness conforming to DIN 18202 (Table 3, Group 4 or 5) or EN 15620 guidelines to ensure smooth wheel carriage traverse and prevent chassis motor bind. Concrete slab capacity must sustain combined point loads from wheel bogies typically exceeding 80 kN to 150 kN per wheel cluster. Our engineers perform geotechnical review and slab stress simulation before specifying rail embedment anchors.
Cold-chain installations utilize structural steel conforming to low-temperature toughness standards (EN 10025 S355NL / ASTM A572 Grade 50) to prevent brittle failure. Motors, gearboxes, and wheel bearings are packed with synthetic low-viscosity Arctic lubricants. Electrical enclosures are IP65 sealed with integrated condensation-prevention heating elements, and cables feature low-temp silicone jackets to eliminate cracking.
Under European safety directive EN 15095, mobile bases incorporate triple redundant safety: (1) Dual optical perimeter light grids that immediately halt mobile carriage travel if an aisle boundary is breached; (2) Full-length mechanical trip bars and safety edges at base level stopping movement upon contact; (3) Multi-point emergency stop palm buttons with manual reset keys on each mobile bay facade.
Typical mobile base traversal speeds range between 3.5 to 5.0 meters per minute. Opening an average 3.2-meter working aisle for a reach truck takes approximately 35 to 45 seconds. By utilizing forklift-mounted radio remote controls, drivers initiate aisle opening while traveling toward the storage sector, reducing wait times to practically zero upon vehicle arrival.
Yes. If existing structural uprights meet current load ratings and exhibit zero mechanical deformity, our ODM manufacturing team can engineer customized heavy-duty base carriages adapted to receive existing frame column baseplates. However, structural re-certification under FEM/EN guidelines and detailed connection engineering by our technical department are strictly required.
Electric mobile racking systems are engineered with three power contingencies: (1) Connection to facility standby diesel generators via an integrated Automatic Transfer Switch (ATS); (2) Uninterruptible Power Supply (UPS) backup ensuring PLC logic and safety sensor telemetry remain active; (3) Manual mechanical declutch levers allowing manual crank-assisted base separation during emergency maintenance.
Our automation architecture utilizes open industrial fieldbus protocols (Profinet, EtherNet/IP, Modbus TCP) to interface with existing Warehouse Management Systems (WMS). When a picker confirms a pick wave or an AGV receives a transport order, the WMS transmits a signal directly to the mobile rack PLC, pre-opening the target aisle automatically to streamline continuous material flow.
Our proprietary 18000 Series Interservice program provides scheduled structural inspections, laser rail alignment calibration, wheel bearing ultrasonic analysis, chain/direct-drive gear backlash verification, and PLC sensor calibration. Complete compliance reports and load capacity safety certifications are supplied annually to maintain operational compliance.
Send us your warehouse CAD floor plan, ceiling clear height, pallet dimensions, and operational throughput targets. Our senior logistics engineers will provide a customized 3D layout, storage density calculation, and comprehensive technical proposal.