Category Decoiler

Hydraulic entry coil car

1) The car can move levelly and vertically,which is convenient for putting the steel coils into the de-coiler.

2) It is driven vertically by hydraulic cylinder with 4 guide pillars

3) Level movement is driven by motor

4) Capacity:10 T

5) Driving motor power: 0.75 kw

6) Function: It is used to lift up and down, move forward and back to make it easy to load the coils on decoiler. Hydraulic controls lifting,motor drives moving. The car is controlled on the auxiliary control panel. Moving speed is 6-7 m/min. When the coils on decoiler, the car will return back to the start position. It can also carry back the unfinished coils from decoiler.

Hydraulic decoiler

1) Max capacity is 12 Tons

2) It adopts the hydraulic oil cylinder to make the decoiler expandable and fit to the inner diameter of coils. It is equipped with the cantilever and brake system.

3) Motor drive the coils running and can do forward and reverse running as well as do the decoiling with tension.

4) The core can ensure the expand range φ450 of the coils inner diameter. It will provide the rubber band to ensure the 550mm diameter.

Max coil width: 1250 mm

Feeding speed: 0-40 m/min (adjustable)

Driving motor power: 3 kw

Hydraulic motor power: 5.5 kw

5) Structure: welding by the steel plates and profiled bar.

Hydraulic Decoiler Features:

The hydraulic decoiler is designed to handle a wide variety of coil materials, including “COVAR” alloys and other pure metals. It works seamlessly in conjunction with a straightener, and for specific requirements, non-motorized versions are also available. Capable of supporting up to 20 tons of material, it can process coils with a maximum width of 1800mm.

Our decoilers are among our best-selling products, driven by frequent customer demand. This has encouraged us to continuously enhance the design, balancing both aesthetics and high-performance functionality. We also offer optional features, such as a material pressing arm, an oil-pressure expansion mechanism, an oil pressure feeding device, and a motor with adjustable speed. These features are available at an additional cost, and we’re happy to provide assistance in selecting the most suitable options for your needs.

The main frame of the decoiler is built from welded steel plates that undergo annealing and polishing processes to ensure added strength and durability. The key components are made from high-strength castings and supported by long-distance bearings, which contribute to the overall stability and reliability of the machine.

To drive the decoiler, a motor with a reducer is used, with belt-driven mechanics ensuring robust performance and minimal risk of malfunction. The support tile is designed with a four-blade configuration, with a curvature that perfectly matches the inner diameter of the material. This design provides a smooth, wear-resistant surface that prevents any damage to the material during operation.

For electrical components, we use well-known, trusted brands such as AC contactors, intermediate relays, and time relays to ensure reliable and long-term operation. The spindle is reinforced with a 4-seamless tube, treated through tempering to prevent deformation under heavy loads over extended periods.

Additionally, the decoiler features a user-friendly electrical control box for straightforward operation. With its high load capacity and effortless material feeding, the decoiler provides stable performance. The automatic induction frame controls the opening and stopping of the decoiler, eliminating the need for manual inspection and enhancing the overall automation of the machine.

Work Flow:

Fix coil to the decoiler —- fix coil sheet to lifting dolly —- lifting dolly moves to decoiler —— lifting dolly lifts to the same center with decoiler —- lifting dolly moves more closely to arms of decoiler—— expanse (coil moves to the decoiler) —- lifting dolly returns —- axis of decoiler rotate (coil sheet comes out).

The Technical Specifications Of Hydraulic Decoiler :

More detailed pictures of the machine：