Lifting System For Precast Concrete Unit Manufacturers and Suppliers - Wholesale Lifting System For Precast Concrete Unit from Factory

Lifting Clutch
Lifting Clutch GME Precast produced CE certificated lifting clutch (ring clutch) with high grade 35CrMoV special casting head clutch and forged bolt. When the head of the lifting clutch is inserted

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Spherical Head Anchor Lifting Anchor
GME Lifting Anchor which is also named as Spherical head anchor/Foot Anchor in different area, consists of a round steel rod with a forged head and foot.

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Ring Clutch For Flat Lifting System
GME Ring Clutch consists of a shackle and a clutch head, the shackle is free to move in any direction. The clutch in each load group matches the shapeof the recess former and incorporates a locking

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Erection Anchors
The erection anchor is designed for use with precast units during the lifting and turning/edge handling process. If desired, the anchor uses a shear plate and tension bar that wraps through the

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Cape Ring Clutch
GME Cape Ring Clutch consists of a clutch body, a curved bolt, and a high-strength bail. the curved bolt is free to move in any direction. The clutch in each load group matches the shape of the

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Lifting Sockets Concrete Tubular Lifting Sockets
LIFTING SOCKETS The Threaded Socket System is available in a wide variety of specially designed sockets to suit all types of different applications. It also offers a wide range of lifting capacities

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Flat Plate Lifting Socket
Flat plate lifting sockets are ideal for large, thin precast concrete elements such as slabs and shells. Due to the thinness of the element, it is difficult to place a normal lifting sleeve on them.

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Lifting Sockets With Bended End
Lifting Socket Description Lifting sockets can be used in a variety of applications due to their flexibility. There are many types of lifting sockets. Usually, they have a hollow cylindrical

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BS Hook BS Anchor System
BS Anchor System comprises the actual BS Anchor, the formwork accessories and the corresponding lifting device, the BS Hook. The BS Hook is a cast steel hook with a hook mouth which is designed to

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Ferrule Loop Insert Coil Inserts For Concrete
What is Ferrule Loop Insert Ferrule Loop Insert is a mechanical anchor used for reinforcement in concrete structures. They are often used to improve the bearing capacity and durability of concrete

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Use lifting system

What is a Lifting System for a Precast Concrete Unit

The lifting system is a lifting insert system designed to handle precast concrete elements, such as walls, beams, slabs, and pipes. The system is easy and fast to use, with no system-specific lifting key needed. It also has a special heavy-duty product range. These systems are critical on construction sites because they can reduce construction time, improve construction quality, and ensure the safety of construction workers.

Benefits of the Lifting System For Precast Concrete Units

Precast concrete lifting systems are an indispensable tool in modern building construction, and they play a vital role in improving construction efficiency and safety.

Customized Design

Lifting systems can be customized to meet specific lifting needs based on different precast concrete elements' size, weight, and shape.

Durability

Precast concrete lifting systems are manufactured using high-strength materials such as steel and alloys to ensure performance even in harsh job site conditions.

Adaptability

Precast concrete lifting systems can adapt to different construction sites and conditions, including indoor and outdoor operations and various climate conditions.

Efficiency

By reducing manual handling and the use of mechanical equipment, these systems can significantly improve construction efficiency and speed up construction progress

Cost-Effectiveness

Precast concrete lifting systems can provide long-term cost savings by reducing labor requirements, lowering construction risks, and speeding up construction schedules.

Comply with standards

High-quality precast concrete lifting systems adhere to industry safety standards and regulations to ensure they are safe and compliant.

What Are The Main Types Of Lifting Systems

Type 1: The Following Pictures Are Used Together With Three Products:

Split Foot Erection Anchor with Shear Plate

Type 2: The Following Pictures Are Used Together With Three Products

Precast Concrete Silver Recess Former Magnet

Our Factory

Our factory has multiple automated production lines, capable of meeting the needs of large-volume orders while maintaining high efficiency and high output. The factory has the latest manufacturing technology and precision processing equipment to ensure product accuracy and quality. Our team consists of experienced engineers, technicians, and skilled operators who are passionate about the design and manufacturing of lifting systems. We provide fully customized services from design to production to meet the individual needs of our customers.

What is The Lifting System Used for?

Precast concrete lifting systems are widely used in the construction industry. They are mainly used to lift, handle, and install precast concrete elements.

Building Construction

In the construction of high-rise buildings, precast concrete lifting systems are used to lift large components such as precast walls, floors, beams, and columns from the ground to designated floors.

Industrial Facilities

Used in the construction of factories or warehouses to move large concrete foundations, walls, and roof elements.

Infrastructure

Used for lifting concrete pipes, walls, and other prefabricated structures in infrastructure construction projects such as roads, tunnels, and water conservancy projects.

Public facilities

In the construction of public facilities such as stadiums, schools, hospitals, etc., it is used to transport precast concrete stands, partition walls, and other components.

How to Choose the Right Lifting Anchor

Selecting the correct lifting anchor is essential to ensure safe and reliable lifting operations. The key factors to consider include the weight of the concrete element, as the total weight determines the required load capacity of the lifting anchor.

The number of lifting points is also important, since both the quantity and positioning of these points directly affect load distribution and overall lifting stability. In addition, the concrete must reach the specified strength before any lifting operation begins, ensuring that the structure can safely withstand the applied forces.

Edge distance and anchor positioning should be carefully planned, as proper placement allows the load to be safely transferred through the concrete without causing damage. The lifting angle is another critical factor, as it influences the actual force acting on the anchor during lifting.

Consulting an experienced lifting system manufacturer can help ensure the correct design and selection for each specific project, improving both safety and efficiency.

How To Choose The Right Lifting Anchor

How to Maintain The Lifting System

Regular Cleaning

The magnetic recess former can be reused. Necessary cleaning work must be carried out after each disassembly, which can effectively increase the number of uses.

Periodic Inspection

As a lifting product subject to repeated stress, the lifting clutch should be regularly inspected for wear and tear, and whether the key dimensions in the product manual meet the requirements. It is also recommended that magnetic particle testing be performed every three years to check for cracks.

Train Operators

Regularly train operators to ensure they understand how to properly operate equipment and perform basic maintenance tasks.

GME Customer Cases

Company	Product	Time	Picture
SteinBauer LLC	lifting system	2022-01-05
CORE TECH INTERNATIONAL CORP	7000KG lifting system	2023-01-31

Our Certificate

Why Choose GME？

professional experience

Our team consists of experienced engineers and technicians who have a deep understanding and practical experience in the technology of

High-quality products

Our products are manufactured using high-quality materials and are designed to withstand harsh job site conditions, ensuring long-term stable operation.

Customized services

We provide customized lifting solutions to meet our customers’ specific needs and engineering specifications. Our team has the flexibility to respond to a variety of challenges and provide innovative solutions.

Safety first

Our products adhere to industry safety standards and regulations to ensure their safety and compliance.

FAQ

Q: What components make up a precast concrete lifting system?

A: A typical system includes an embedded lifting anchor or socket, a reusable lifting clutch or loop, and a recess former. Some applications also require additional reinforcement or fixing accessories.

Q: How do I select the correct lifting anchor load class?

A: Consider the element weight, number of effective lifting points, sling angle, load direction, concrete strength, dynamic effects, formwork adhesion, edge distance, and safety factors. Final selection should follow approved engineering calculations.

Q: Can anchors and lifting clutches from different systems be used together?

A: No, unless their compatibility has been verified by the system supplier. The anchor, clutch, and recess former should normally come from the same system and match the same load class.

Q: What concrete strength is required before lifting?

A: The required compressive strength depends on the anchor type, applied load, edge distance, reinforcement, and lifting direction. Use the minimum strength stated in the approved lifting design and product documentation.

Q: How does the sling angle affect the anchor load?

A: An inclined sling increases the force acting on each lifting point. As the sling becomes more horizontal, the anchor load rises. The angle must therefore be included in the lifting calculation.

Q: Are lifting anchors reusable?

A: No. Lifting anchors are cast permanently into the concrete and are normally used only for that element. Lifting clutches, hooks, and lifting loops may be reused after inspection.

Q: How often should lifting clutches be inspected?

A: Operators should visually inspect them before each use. More detailed inspections should follow the supplier’s instructions, applicable regulations, frequency of use, and site conditions. Worn, cracked, bent, or damaged items must be removed from service.

Q: Is additional reinforcement required around a lifting anchor?

A: It depends on the anchor type, load direction, concrete strength, edge distance, and element geometry. Some applications require tension, shear, or edge reinforcement according to the approved lifting design.

Q: Which system is suitable for tilting wall panels?

A: Flat lifting systems with erection anchors are commonly used for demoulding and tilting wall panels. The correct anchor and reinforcement arrangement depends on panel weight, thickness, lifting direction, and edge distance.

Q: Can lifting anchors be customized for thin precast elements?

A: Yes. Anchor length, shape, load class, material, and reinforcement arrangement may be adjusted for thin elements. The proposed design must still be checked against the element thickness and calculated lifting forces.

Q: What information is required for product selection?

A: Please provide the element drawing, dimensions, weight, concrete strength at lifting, lifting-point arrangement, sling angle, lifting direction, required load class, preferred system, surface treatment, and order quantity.

Great Magtech (Xiamen) Electric Co., Ltd. is one of the most professional lifting system for precast concrete unit manufacturers and suppliers in China, supplying the best wholesale service. Feel free to buy high quality lifting system for precast concrete unit from our factory.