Explore our engineering catalog of heavy-duty terminal handlers, automated systems, and intermodal lifting equipment exported directly from Berlin, Germany.
Fully electric and hydraulic telescopic spreaders designed for quay cranes and reach stackers. Fully CE certified with electronic twistlock verification.
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Zero-emission autonomous transport units for horizontal container logistics. Equipped with LiDAR navigation and telemetry integration.
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Engineered for high-density container yards and inland rail terminals. Features Stage V clean-diesel and electric drive options.
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Precision intermodal gantry cranes engineered according to DIN EN 15011. Optimized for railway hubs and container depot stacking.
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High-efficiency port yard cranes with Kinetic Energy Recovery Systems (KERS), reducing diesel emissions and operational expenditure by 65%.
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Robust 16t–52t capacity heavy forklift trucks tailored for industrial breakbulk handling, portside operations, and heavy steel logistics.
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Flexible wharf container handling platforms configured for river ports, barge loading terminals, and short-sea shipping corridors.
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Custom engineering solutions for oversized payload handling, coil lifting, and heavy machinery transshipment under stringent CE compliance.
Contact UsAn in-depth technical analysis on safety compliance, structural engineering, decarbonization, and supply chain localization across European and global intermodal gateways.
In modern intermodal freight transport and container logistics, terminal handling equipment serves as the operational backbone for maritime ports, inland waterway hubs, and rail transshipment yards. Based in Berlin, Germany—a premier European industrial and technological epicenter—our manufacturing facility designs, builds, and exports high-precision terminal handling machinery engineered specifically to meet the stringent demands of global trade corridors.
Holding comprehensive CE certification under the European Union Machinery Directive 2006/42/EC, our equipment line encompasses reach stackers, rubber-tyred gantry cranes (eRTG), rail-mounted gantry cranes (RMG), automated guided vehicles (AGV), and heavy-duty container spreaders. By combining traditional German mechanical precision with cutting-edge Industry 4.0 IoT telemetry, our Berlin manufacturing hub offers international procurement directors and terminal operators an unmatched technical advantage: ultra-reliable operational availability paired with verifiable environmental compliance.
E-E-A-T Technical Compliance Note: Every piece of terminal equipment manufactured at our Berlin export facility undergoes rigorous non-destructive stress testing, structural load verification under DIN EN 13001, and electromagnetic compatibility testing under Directive 2014/30/EU prior to international export clearance.
CE marking is not merely a regulatory stamp; it represents a comprehensive commitment to structural safety, operational ergonomics, and environmental protection. For terminal handling machinery operating under extreme loads and continuous duty cycles, compliance with European standards guarantees:
Our machinery incorporates proprietary mechanical and electronic engineering modules built for continuous 24/7 port operations.
Heavy-duty structural steel booms and portal frames crafted from high-tensile S690QL steel, offering superior strength-to-weight ratios and reduced wheel loads on terminal pavements.
Integrated Kinetic Energy Recovery Systems store potential energy during container lowering phases, re-injecting power into the electrical grid to lower energy consumption by up to 40%.
Real-time CAN-bus remote monitoring feeds operational data directly to terminal control systems (TCS), predicting component wear and eliminating unscheduled terminal downtime.
Berlin occupies a strategic position within the Trans-European Transport Network (TEN-T), acting as the central hub connecting North Sea ports such as Hamburg, Bremerhaven, and Rotterdam with Central and Eastern European industrial regions. Equipment manufactured in our Berlin factory is tailored for diverse localized operational scenarios:
Inland Waterway Terminals (BEHALA & Berlin Westhafen): Inland ports require compact, highly maneuverable reach stackers and quay cranes capable of handling barge-to-rail and barge-to-truck container transshipments. Our reach stackers feature negative lift capabilities and extended boom reaches specifically optimized for loading container vessels operating along the Spree, Havel, and Elbe-Lubeck canal systems.
High-Density Intermodal Rail Hubs (Spandau & Grossbeeren): Rail terminals face tight turnaround windows for freight trains carrying sea containers (FCL) and swapped bodies. Our Rail-Mounted Gantry (RMG) cranes deliver automated stacking precision with anti-sway control technology, enabling seamless intermodal shifts across multiple track beds without delay.
Green Urban Logistics & Low-Emission Zones: Berlin's stringent environmental regulations demand zero-emission solutions within urban logistics perimeters. Our fully electric AGVs and electric terminal tractors allow logistics providers to operate night-shift handling without violating local municipal noise limits or carbon emission caps.
The European port and logistics landscape is undergoing an unprecedented transformation driven by the EU "Fit for 55" climate mandate and the European Green Deal. Terminal operators are rapidly transitioning from legacy diesel-driven equipment toward sustainable, automated alternatives. Key industry trends shape our manufacturing portfolio in Berlin:
Terminal handling equipment is shifting from internal combustion engines to modular fuel-cell and LFP battery systems. Our Berlin facility leads this evolution with custom retrofitting and native zero-emission power assemblies.
Automated Guided Vehicles (AGVs) operating on differential GPS, ultra-wideband (UWB), and 3D LiDAR vision systems are taking over horizontal transport, reducing operational hazards and labor overhead.
By investing in CE-certified, future-proof machinery from a verified Berlin exporter, terminal operators secure a sustainable operational model that meets upcoming EU carbon taxation mandates while drastically cutting lifecycle energy expenditures.
Comprehensive engineering benchmarks comparing conventional handling rigs against our CE Certified Berlin Series units.
| Performance Parameter | Legacy Hydraulic Handler | Berlin Series CE Electric Stackers | Berlin Series eRTG / RMG Cranes |
|---|---|---|---|
| Max Lifting Capacity | 45 Tonnes | 45 Tonnes (1st Row) / 31 Tonnes (2nd Row) | 41 to 65 Tonnes Under Spreader |
| Energy Source | Diesel (Euro Tier 3 / Stage III) | Dual Electric LFP Battery / Stage V Hybrid | Direct Busbar / Cable Reel Electric |
| Certifications | Basic ISO Standard | CE Mark / 2006/42/EC / DIN EN 13001 | CE Mark / DIN EN 15011 / IEC 60204 |
| Noise Emission Level | 78–85 dB(A) | < 65 dB(A) (Ultra-Quiet) | < 60 dB(A) (Silent Operation) |
| Energy Cost Reduction | Baseline (0%) | Up to 45% Fuel & Energy Savings | Up to 65% Savings via Energy Recovery |
| Telemetry & Automation | Manual Operations | Can-Bus IoT Telemetry Included | Fully Automated Stacking (TCS Integration) |
Common technical inquiries from container terminal operators, freight forwarders, and logistics procurement managers.
All terminal handling equipment manufactured at our Berlin facility complies fully with the EU Machinery Directive 2006/42/EC, the Electromagnetic Compatibility (EMC) Directive 2014/30/EU, and the Low Voltage Directive 2014/35/EU. Heavy cranes also adhere strictly to DIN EN 15011 and DIN EN 13001 design and structural calculation standards.
As an established OEM and global exporter, our supply chain integration manages global freight seamlessly. Depending on destination requirements, machinery is transported via barge along Berlin inland waterways to Hamburg or Bremerhaven for ocean vessel loading (FCL or heavy-lift Ro-Ro), or dispatched directly via rail and heavy road haulage. Customs clearance, ISF 10+2 filings, continuous bonds, and export documentation are fully managed in-house.
For spare components, spreaders, and modular attachments, FCL shipping is recommended once volumetric size reaches 13 to 15 CBM, providing lower per-unit freight costs and reduced handling risks. Complete reach stackers and cranes are shipped fully assembled or pre-modularized via breakbulk ocean freight or specialized low-bed heavy transport.
Yes. All electrical control architectures use standard open-protocol CAN-bus and Ethernet interfaces (MODBUS TCP/IP, OPC UA), allowing direct API integration with major commercial TOS platforms including Navis N4, COSMOS, and custom terminal software.
We guarantee 10+ years of original factory spare parts availability. Critical replacement components are stored in our central European logistics warehouse in Berlin, supported by fast-track Express4Air door-to-door delivery within 3 to 5 business days globally.
Carriers maintain legally limited liability under international conventions (such as COGSA or Hague-Visby rules), often capped at $500 per package or SDR limits. Full marine cargo insurance protects the entire commercial value of high-value terminal equipment against maritime perils during export transport.
Selecting a terminal handling equipment partner requires a balance between heavy machine reliability and dependable export logistics. Built upon a legacy dating back to 1985, our organization integrates advanced manufacturing capability with comprehensive end-to-end international forwarding services.
Every client account is assigned two dedicated experts: a Technical Logistics Executive who custom-engineers equipment routing, and an Operations Manager handling door-to-door dispatch 24/7.
Our internal licensed customs brokers manage export entries, continuous bonds, ISF filings, and compliance checks (including FDA & FWS clearance for specialized shipments) without external friction.
Our international supply chain framework is fully aligned with CTPAT standards, expediting customs processing and ensuring secure movement of critical industrial assets across borders.
