Explore heavy-duty live storage configurations, automated radio shuttles, and precision selective frameworks fabricated under rigorous ISO 9001 and EN 15512 intralogistics standards.
Navigating land scarcity in Jabodetabek and tropical cold chain challenges across Java with gravity-powered FIFO intralogistics.
Indonesia's leading processed food, beverage, and dairy processors situated across the industrial corridors of West Java demand absolute First-In, First-Out (FIFO) discipline. Gravity pallet flow racks use natural inclination (typically 3% to 4% slope) fitted with centrifugal brake rollers. This configuration ensures that perishable inventories near their expiration dates glide automatically forward to the extraction face, reducing stock decay by up to 28% without requiring continuous electrical operation inside expensive sub-zero cold rooms (-25°C).
Major automotive tier-1 and tier-2 assembly plants throughout Karawang International Industrial City (KIIC) and MM2100 leverage carton flow dynamic shelving directly adjacent to lean assembly lines. Standardized plastic totes and KLT boxes roll seamlessly from replenishment aisles to line-side operators. This physical separation of loading and picking channels eliminates internal traffic bottlenecks and guarantees zero assembly line starvation for mission-critical engine and chassis parts.
With warehouse space lease prices in Marunda, Bekasi, and Rungkut escalating steadily, e-commerce fulfilment centres face intense pressure on volumetric footprint efficiency. Integrating heavy-duty gravity flow racks into pick-tower mezzanine modules achieves over 60% floor space utilization improvements compared to standard selective racking, tripling picker throughput velocities during seasonal nationwide shopping events such as Harbolnas (12.12).
Years of Intralogistics Engineering
Countries Served Worldwide
Direct Manufacturing Production Centers
R&D Centers & WMS Software Labs
An engineering breakdown of cold-chain expansion, supply chain decentralization, and structural load calculations under Indonesian building code SNI 1726:2019.
The acceleration of regional infrastructure—including the Trans-Java Toll Road and modern maritime sea highways connecting Java, Sumatra, Kalimantan, and Sulawesi—has fundamentally transformed warehouse distribution architectures. Third-party logistics (3PL) providers and fast-moving consumer goods brands are shifting from single central warehouses in West Java toward decentralized regional distribution hubs in Semarang, Solo, and Surabaya.
Because regional land footprints often feature irregular geometries, high-density gravity racking provides the maximum cubic pallet capacity per square meter without requiring heavy investments in three-phase electrical automation across remote islands.
Indonesia sits squarely on the Pacific "Ring of Fire," exposing logistics infrastructure to active tectonic risks. Unlike conventional static shelving, gravity racking incorporates dynamic heavy loads on continuous inclined roller beds. In the event of a seismic episode, unmitigated horizontal kinetic energy can cause load collisions or rack collapse.
Our structural calculation engineers apply Eurocode 3, EN 15512, and Indonesia's SNI 1726:2019 earthquake-resistant standards. Upright profiles, bracing geometries, and baseplate anchor embeds are engineered using finite element analysis (FEA) to absorb lateral shear stress while roller lanes are outfitted with automatic pallet retention end-stops and intermediate load-separators.
| System Type | Storage Density | Stock Rotation | Operating Energy Requirement | Seismic Stability (SNI 1726) | Typical Indonesian Application |
|---|---|---|---|---|---|
| Pallet Gravity Flow Rack | Up to 85% Density | Strict FIFO (100%) | Zero (Gravity Driven 3-4% Pitch) | High (With End Stops & Brake Rollers) | Perishables, Dairy, FMCG, Cold Store |
| Carton Flow Live Storage | High Cubic Ratio | Strict FIFO (100%) | Zero (Gravity Driven) | High (Structural Beam Bracing) | Automotive Line-Side, E-Commerce Picking |
| Radio Shuttle System | Maximum (Deep Lane) | FIFO or LIFO | Lithium Battery Powered Cart | Very High (Lower Center of Gravity) | Large Batch Food Processing, Raw Materials |
| Standard Selective Racking | Medium (30-40% Aisles) | Arbitrary | Forklift Fuel/Electric | Standard Base Anchor Compliance | General Spare Parts, Mixed SKU Warehouses |
Combining 60 years of intralogistics mastery with global manufacturing control and localized engineering delivery across Southeast Asia.
We maintain full ownership and direct control over heavy cold-rolled coil steel processing, roll-forming lines, automated continuous laser cutting, and robotic welding across 12 manufacturing centers. This guarantees certified steel quality, strict yield strength conformity, and predictable project delivery schedules for infrastructure developments in Indonesia without unpredictable trading markups.
Every industrial gravity project is engineered by our dedicated structural engineering department. We evaluate pallet base deflection, test roller friction coefficients under varying humidity, calculate seismic loads per Indonesian geography, and provide detailed 3D AutoCAD/BIM simulation files to ensure trouble-free integration with client warehouse architectural footprints.
Recognized for five consecutive editions in the prestigious Gartner® Magic Quadrant™ for Warehouse Management Systems, our digital supply chain ecosystem effortlessly connects physical gravity lanes to Easy WMS software, autonomous mobile robots (AMRs), and enterprise ERPs (SAP, Oracle) for end-to-end supply chain transparency.
Essential guidance on technical specifications, pallet quality, climate protection, and customs procedures for Indonesian operations.
Collaborate with experienced intralogistics engineers to configure your custom lane layouts, evaluate pallet dynamics, and receive an engineering study tailored to your facility parameters in Indonesia.