220v High Yield Photovoltaic Support Liming Small Roll Forming Machine

Optional high-yield photovoltaic support forming machine

Overview of the structure of the photovoltaic support forming machine

Photovoltaic stent forming machine composition; unwinding device, servo feeding, punching device, forming host, fixed-length cutting, and receiving device.

Equipment performance

Sheet thickness: 1.5~2.5 mm

Production line speed: 0-30m/min

Host molding speed: 0-30m/min

Total installed capacity: 35.5kw

Technical parameters of Optional high-yield photovoltaic support forming machine

The photovoltaic bracket forming machine produced by Liming Pressing Machinery Co., Ltd. has the following advantages:

1. The equipment control of the photovoltaic support forming machine is PLC control, and multiple safety protections are set up during normal production, which can help you save labor costs and also help you achieve a safe and high-level production

2. The body of the photovoltaic support forming machine tool is a steel plate welded part. And it is tempered to eliminate internal stress and avoid deformation of the fuselage.

3. The frame of the photovoltaic support forming machine is a cast iron structure and has been tempered. High strength and long service life.

4. The material of the roll shaft of the photovoltaic support forming machine is 40Cr, and the hardness is HB280 after quenching and tempering. To

5. The material of the molding die of the photovoltaic stent molding machine is GCr15, quenched, and hardness: HRC56-62℃. To

6. The transmission structure of the photovoltaic support forming machine is gear box transmission. Each forming frame has a gear box, which can ensure the equipment overtime, high-strength operation, and long service life.

7. The punching device of the photovoltaic support can be equipped with roll punching, which can realize the adjustment of the punching speed according to the forming speed, so as to maximize the production speed of the photovoltaic support

Liming Stamping Form Machine Co., Ltd. was established in 1995. After 27 years of unremitting efforts, it has been developed from the state-owned old factory with 8 employees to the current group with 360 employees and the overall solution provider for industrial chain customers with various roll forming machines.

Currently, Liming has 4 production plants and one Headquarters R&D and Design Center. The four factories have a total area of 55,000 square meters. Liming has developed from a single roll forming machine manufacturer into the "National Building Material Equipment R&D Center", "Steel House Design and Installation Company", "Metal Cold Bent Profile Entrusted Processing Company", and has become the overall solution provider for the metal construction industry, metal decoration industry, solar photovoltaic industry, rolling door industry, metal fence post, agriculture planting industry ... with 36 kinds of cold-formed metal profiles and products.

Our designers are world-class, and go to the first-class machinery factories in Finland, Germany and France to learn the advanced manufacturing technology and services from European factories every year, so as to improve ourselves and help customers to obtain European machinery and service with minimal project investment.

It's as simple as you provide only one picture, we are capable of making a complete set of 3D drawings, profile use scenarios, workshop site planning and VR composition of roll forming machine. You can 100% realize the mechanical drawings and configurations before ordering.

It solves the problems of cheat by those companies that deceive you with low prices and low quality, and avoids different goods ordered and delivered. You should get the clear mechanical display for your equipment when purchasing.

Please believe us due to our development history with constant efforts, reject the low-quality competitive small factories and trade companies that change industries at any time with our technology and strength. Please give us a chance to show you every aspect of our group.