Jib cranes are the ideal lifting solution for optimizing workstation productivity. Designed for reliability and simple operation, these systems are the ideal choice for handling loads from 125 kg up to 2,000 kg, in compliance with strict safety protocols.
From plants specialized in glass processing and assembly lines to heavy-duty machine shops, Schiavo jib cranes adapt to any industrial environment. They stand out in confined spaces where larger bridge-crane systems are technically or economically unfeasible
Our jib cranes are designed on a modular basis, allowing precise configuration based on the specific needs of the facility:
Mounting Variants: free-standing columns, wall brackets (cantilever) or mobile bases (ballasted).
Rotation Range: configurations from 240° to 360°.
Capacity & Reach: scalable load ratings and arm lengths adapted to the task.
Drive: Available in manual (push) or fully motorized versions.
Bearing-supported arm rotation ensures smooth, precise movements, significantly reducing the operator’s physical effort. By ensuring complete workstation autonomy, these systems eliminate operator strain while improving overall cycle efficiency.
Designed for environments with low headroom or architectural obstacles, our jib cranes optimize the use of available production space where other lifting solutions are not feasible.
A self-supporting, floor-fixed architecture designed for total workstation autonomy.
Anchoring Options: Foundation frame embedded in a concrete plinth or high-strength chemical anchors with an enlarged base plate (non-invasive installation).
Performance: Capacity up to 2,000 kg | Reach up to 10 m | Rotation 270° or 360°.
A column-free solution, designed for direct fastening to existing reinforced-concrete or steel pillars.
Mounting: “sandwich” systems with bracket and tie-rod, chemical anchoring or custom fixings for rounded or tapered columns.
Benefit: Eliminates the floor footprint of the column. More economical than the column-mounted solution.
The ultimate solution for dynamic factory layouts. Utilizing a concrete or steel counterweight, this unit can be relocated via forklift without permanent floor anchoring.
Ideal for: Facilities with underfloor heating, temporary workstations, or rented spaces where floor drilling is prohibited.
The hoist trolley travels within a cold-pressed profile, protecting the rolling surface from dust and ensuring ultra-low friction manual movement.
Column-mounted
Wall-mounted
Uses an H-beam with upper tie-rods as structural support, allowing longer reaches and the use of motorized trolleys.
Column-mounted
Wall-mounted
Optimizes the “hook stroke” (effective lifting height) by placing the support structure above the beam. Critical for low-ceiling environments.
Visit: Glass Vacuum Lifters page
Column-mounted
Wall-mounted
Features a dual-jointed arm that can “reach around” pillars or obstacles. Essential for loading machinery with restricted access.
A sliding boom configuration to overcome workspace restrictions
Features a toothed wheel driven by a self-braking gear motor with an inverter for progressive start/stop, minimizing load oscillation.
A modular lifting architecture designed to ensure smooth movements across wide rectangular working areas. Using support frames fixed to the ceiling or free-standing, this system eliminates floor obstacles and enables seamless Cartesian X–Y movement.
A Schiavo Jib Crane is the “skeleton” of the handling process. To achieve true production efficiency, it must be paired with precise end-effectors:
Optimizes cycle synchronization by managing material flow at entry and exit points, preventing bottlenecks in high-speed automated processing sequences
Ensures precise, low-impact positioning of workpieces into CNC or processing units, protecting sensitive machine spindles and high-value internal components.
Seamlessly hosts Vacuum Lifters and Manipulators, transforming the arm into a specialized handling cell for complex glass geometries.
Facilitates high-density material retrieval and sorting in restricted logistics zones, maximizing volumetric efficiency and operator safety during heavy-duty handling.
Every unit is delivered with a CE Declaration of Conformity and is designed in strict adherence to:
Technical Consultation: Our engineering team evaluates your specific floor Rck values and architectural constraints to recommend the optimal anchoring and arm configuration.
Schiavo Jib Cranes are engineered for streamlined integration. From the initial structural assessment to the final load testing, our systems are designed to become operational with minimal disruption to existing workflows. Once commissioned, the intuitive control interface allows for immediate adoption by floor operators, transforming the workstation’s handling capabilities across three critical metrics:
Industrial applications generally utilize two distinct configurations based on facility architecture:
Pillar/Column Jib Cranes: A self-supporting vertical column fixed to the floor. This configuration is ideal for open areas, offering rotation up to 360°.
Wall-Mounted/Bracket Jib Cranes: Designed for attachment to existing walls or structural pillars. This solution optimizes floor space in restricted environments by utilizing the building's pre-existing architectural integrity.
Schiavo Jib Cranes are engineered as versatile lifting solutions with broad operational envelopes:
Load Capacity: Systems range from 125 kg to 2,000 kg.
Reach (Arm Length): Standard lengths vary between 3 and 10 meters, depending on the structural configuration and the specific arm architecture selected for the workstation.
The selection is driven by specific spatial and logistical requirements:
Channeled Profile (In Canalina): Lightweight and cost-effective, offering maximum smooth movement for loads up to 2,000 kg.
Tie-Rod Beam (Trave Tirantata): Provides high rigidity, making it the optimal choice for high capacities and extended reaches.
Over-braced/Cantilever Beam (Trave a Sbalzo): Designed for low-ceiling environments, it maximizes the effective hook height by eliminating overhead obstructions.
Articulated Arm (Braccio Snodato): Engineered to navigate around obstacles such as columns or machinery, accessing zones unreachable by linear systems.
Extendable Arm (Braccio Sfilabile): Ideal for environments where a fixed arm would be obstructed during rotation, but long-distance reach is required during specific tasks.
The stability of a pillar jib crane depends on the quality of the substrate. Anchoring is achieved through two primary methods:
Foundation Pit (Plinto di Fondazione): A dedicated concrete base is required for aged flooring, non-reinforced concrete, or surfaces with a depth of less than 150 mm.
Counter-plate and Chemical Anchors: For reinforced concrete floors with a thickness of at least 200–250 mm, certified chemical anchors may be used. This option always requires a preliminary static stability assessment by a qualified engineer.
To ensure operational safety and legal compliance under the Machinery Directive 2006/42/CE, all systems must bear the CE marking.
Periodic Inspections: According to D.Lgs 81/2008, equipment with a capacity exceeding 200 kg must undergo a certified safety inspection every 2 years by authorized bodies.
Documentation: Facilities are required to maintain an updated inspection register to document all routine and extraordinary maintenance activities.
Jib cranes offer a strategic alternative for localized workstations:
Economic Efficiency: Installation and management costs are typically 40–50% lower than those of bridge cranes.
Rapid Deployment: Installation times range from a few hours to two days, minimizing facility downtime.
Operational Independence: By serving a single fixed station, they eliminate wait times associated with shared lifting systems, directly increasing throughput.
While both systems optimize material flow, they serve different logistical objectives:
Suspended Systems: Provide rectangular coverage and zero floor footprint (when ceiling-mounted). They are ideal for serving multiple stations in a line and offer superior ergonomics by operating on Cartesian axes, eliminating rotational inertia.
Jib Cranes: Offer a more cost-effective and agile solution for individual stations. Their ability to utilize articulated arms allows them to access complex spaces and operate effectively under low ceilings (via cantilever beams) where linear suspended systems may face structural limitations.
At Schiavo, we believe that the best industrial solutions aren’t just sold, they are built through partnership. Our family of designers and technicians is ready to work alongside you to find the perfect balance between your operational vision and high-performance reality.
Whether you need to optimize a single process or design a complete custom line, we are here to listen. Share a few details about your project below, and let’s explore how our Italian-made technology can move your business forward
