Automatic EVA Cutting and Laying Machine
1. EVA cutting length range: 1650~2500mm, width range: 950 ~1400mm, thickness range: 0.4~ 0.7 mm. 2. No burr, no adhesion after cutting. 3.Cutting device: cutter design. 4. Tension-based servo control.
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Details Introduction
This automatic EVA cutting and laying machine is composed of raw material feeding, correction mechanism, cutting, cutting and other institutions to ensure the accuracy of cutting.
● Can complete EVA feeding, can support large roll material (roll length 400m, roll diameter 650mm, roll weight 300kg, the maximum can be upgraded compatible with 800m material roll), feeding can be automatically hot melt splicing.
● With EVA electrostatic removal function (using electrostatic eliminator).
● EVA should be automatically laid on the glass according to the required size, with reliable automatic correction function.
● EVA laid on the glass flat, no folding wrinkle and other bad phenomenon.
● The acrylic plate protection is added at the guide rail of the EVA traction laying area (easy to remove) to prevent hand injury.
● With 2 air rising shaft, the air rising shaft is mechanical blocking,> 10cm from the ground, the upper half of the rolling material artificial feeding.
Parameter
| Product name | Auto EVA Cutting and Laying Machine |
| Application | solar panel manufacturing complete plant machine |
| Conveyor method | Belt Cylinder Returning |
| Beat | ≤ 20s |
| Module size | (1650~2500)mm*(990~ 1400)mm |
| Cutting accuracy/laying accuracy | ±1.5mm |
| Diagonal Cutting Accuracy | ±2mm |
| Peak Power | ≤ 7kW |
| Maximum scrollbar item | 800mm |
| Overall dimension | 5500*1850*1750mm |
| EVA and backboard change time | ≤3min/roll (with automatic deskew) |
| Hob life | ≥ 6 months |
| Model switching time | ＜10min |
| Air consumption | 300 L/min |
Keyword:
Automatic EVA Cutting and Laying Machine
Production Strength
What Are Photovoltaic Panels Made of?
A photovoltaic solar panel is a laminated assembly of five essential layers: the front is high-transmittance tempered glass, followed by an encapsulant layer (typically EVA or POE) that bonds and protects, then the solar cells which generate electricity, another encapsulant layer, and finally a backsheet that seals the rear surface. For bifacial modules, the backsheet is replaced with transparent glass or fluoropolymer film to capture energy from both sides. The entire stack is fused together under heat and vacuum in solar panel laminator—a critical stage in the pv panel manufacturing process, then framed with anodized aluminum and fitted with a junction box.
Is BC technology the Future?
BC (Back Contact) technology is undoubtedly a key direction for next-generation high-efficiency PV modules. Its busbar-free front side offers not only superior aesthetics but also significantly reduces shading, leading to higher light absorption and increased power output. Rather than simply declaring BC as the only future,In fact, BC is a platform technology that can be combined with techniques such as Topcon HJT and perovskite tandem cells to squeeze out the last drop of efficiency gains.
Therefore, we believe BC technology will remain at the forefront of the upcoming technological transformation, making now the opportune moment to invest in BC.
Why We Say "NO" to Fast Quotes ？
Whilst we offer some of the most competitive pricing in the industry, we firmly believe that a well-designed production line holds far greater value than the mere pursuit of low cost. A single quotation cannot suit all. Only after gathering the necessary information and undertaking a bespoke design tailored to each product's characteristics and process requirements can we provide a quotation truly worthy of discussion.
What Information is Required to Establish a Production Line？
This is straightforward.
Firstly, we need to understand the type of modules you wish to manufacture: conventional or flexible, large-format or small-format, and whether any specialised processes are required. Secondly, we require details of your production line capacity requirements – be it a 50MW manual solar panel production line or a 2GW fully automated dark factory.
Finally, if you have already constructed a facility for your project, we need to know the dimensions of the building; a CAD file would be most helpful if available. Naturally, should you be unfamiliar with photovoltaic module manufacturing, there is no need for concern. We shall recommend the most suitable solar panel production line design based on your market requirements.
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Contact us
Address: 5 Xingfu Road, Miaoshan Development Zone, Jiangxia District, Wuhan City, Hubei Province, China
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