0236 237 70 71
info@nevasinsaat.com
Heavy-load handling devices are custom steel systems developed for lifting, pulling, pushing, rotating and positioning high-tonnage machinery, dies, tanks, transformers, generators and production equipment. They support balanced loading, control the center of gravity and help organize site operations.
Each system is engineered specifically according to load weight, dimensions, center of gravity, lifting points, transport route, floor conditions and relocation plan.
A heavy-load handling device is custom steel equipment used for lifting or horizontally moving high-weight industrial machinery and equipment.
Depending on project requirements, the system may include:
Support machinery, dies and equipment weight in a balanced manner for controlled movement.
Correctly planned centers of gravity and support points help keep the load stable during movement.
Prepared lifting, pulling and handling points allow operations to proceed in a planned manner.
Can be designed for use with forklifts, cranes, tow units and hydraulic jacks.
Supporting the load at suitable points reduces deformation risks around bodies, connections and sensitive components.
The device can be reinforced, extended or rearranged when load capacity or operating scenarios change.
Use heavy-duty wheels to move high-tonnage equipment across suitable floors.
Designed for low-height movement, restricted passages and use with hydraulic jacks.
Bolted and removable construction enables reuse for different dimensions and loads.
Manufactured with reinforced sections for heavy dies, press components and tooling.
Combine forklift pockets, lifting lugs and connection points in one system.
Developed where standard equipment is insufficient for the required tonnage, geometry or site conditions.
Each project is evaluated individually according to load characteristics, transport route and site conditions.
Load dimensions, total weight, center of gravity, connection points, route and floor conditions are evaluated.
Device geometry, profile sections, wheels, reinforcements, forklift pockets and lifting points are determined. Technical drawings are prepared.
Profiles and plates are cut, drilled, bent and machined according to project dimensions.
Components are assembled in suitable fixtures. The welding sequence is planned to reduce deformation, and flatness, wheel points and connection centers are inspected.
Blasting, primer, electrostatic powder coating, wet paint or galvanizing is applied. Wheel movement, connections and handling behavior are checked where required.
The device is delivered, and loading, lifting, pulling, handling, positioning and final inspections are completed on site.
Existing devices may develop cracks, weld damage, wheel wear, corrosion, deflection or loose connections over time. Increased load capacity or a different operating scenario may also make the current system insufficient.
Following a technical inspection, the following works may be carried out:
Material and surface treatment are selected according to load capacity, floor conditions and operating environment.
Provide high strength and cost-effective production for general heavy-load applications.
Used for mounting plates, reinforcements, base elements and special connections.
Can be considered for applications requiring hygiene, chemical resistance or high corrosion protection.
Available in fixed, swivel or braked configurations according to load capacity, floor structure and maneuvering requirements.
Provide durable surfaces suited to indoor and site operating conditions.
Provides long-term protection in humid, outdoor or highly corrosive environments.
Projects are not limited to standard device dimensions; they are prepared according to actual tonnage, geometry, center of gravity, transport route and site conditions.
Site survey, design, steel fabrication, surface treatment, inspection and site application are managed within a single process. In addition to new production, reinforcement, wheel renewal and connection modifications of existing devices can also be carried out.
No. They are engineered specifically according to load dimensions, center of gravity, handling method and site conditions.
Yes. Reinforced profiles, plates, wheels and connections can be used according to static and dynamic effects.
Yes. Forklift pockets, lifting lugs and pulling points can be combined in the same design.
Yes. Profile reinforcement, wheel renewal, connection-plate replacement and weld repair can be applied.
Yes. Wheel diameter, material and arrangement can be selected according to floor conditions, and skidded solutions can be developed where required.
Yes. Loading, lifting, pulling, handling, positioning and final inspections can be included in the project scope.
Technical assessment and project engineering can be provided for a device suited to load tonnage, geometry and transport route.
You can request a quotation for new production, reinforcement of an existing system or relocation application by sharing your project information.
Türkçe
