Cases

The hot‑selling automated glass cutting machine has been fully installed, calibrated and officially put into operation at the factory. Featuring high precision, stable performance and intelligent control, the optimized equipment helps improve overall production capacity, reduce material loss and support standardized, efficient glass deep‑processing workflows in daily mass manufacturing.

This detachable mobile A-frame is a heavy-duty storage and transport rack for glass, panels and sheet materials. It features a sturdy steel structure, quick disassembly for space-saving storage and shipping, lockable heavy-duty casters for easy movement, anti-slip rubber padding to protect surfaces, and reinforced forklift pockets for safe handling. Stable, durable and easy to assemble, it is widely used in glass processing, workshops and logistics.

This high-performance fully automatic insulated glass production line represents advanced manufacturing technology for modern energy-saving architectural glass. With intelligent control, high-precision processing and stable sealing technology, it realizes efficient and standardized production of high-quality insulating glass units. It is widely applied to produce energy-saving, sound-insulated, anti-condensation and high-strength insulated glass for high-rise buildings, curtain walls, passive houses and high-end construction projects, providing reliable equipment solutions for global glass processing enterprises.

The Fully automatic butyl rubber coating workstation is an advanced, integrated industrial equipment specially designed for high-efficiency and high-precision butyl rubber coating applications. It adopts an intelligent control system, stable servo drive structure, and precise glue output control technology to realize fully automated operations including automatic feeding, positioning, coating, constant temperature control and conveying.

This product adopts a stable and durable frame structure with reinforced materials, ensuring high load-bearing capacity and long service life under heavy-duty working conditions. Equipped with high-quality universal casters and a reliable braking system, it allows flexible movement, safe positioning, and stable placement in different working areas, effectively improving the efficiency of material transfer and reducing labor intensity.

This integrated production system is a highly automated and intelligent solution dedicated to the manufacturing of high-performance insulating glass units. Centered on a precision rotating worktable, the rotable structure enables stable positioning, flexible steering, and multi-station synchronous processing, effectively improving assembly accuracy and production efficiency. The line integrates automatic glass loading, washing, drying, spacer frame assembly, pressing, inert gas filling, transfer, and finished product unloading, forming a complete and continuous production flow.

The Horizontal Automatic Sealing Machine for Insulating Glass is a high-performance automated equipment specially designed for the secondary sealing process in insulating glass production. It adopts a horizontal working structure to ensure stable and smooth conveying of glass, and integrates precision servo control, automatic glue mixing, quantitative glue supply, and trajectory tracking technologies to achieve uniform, stable and efficient sealing. This machine can automatically adapt to different glass sizes, complete edge sealing and corner wrapping with two-component sealant in one step, significantly improving sealing quality, appearance consistency and production efficiency. With stable performance, high reliability and easy operation, it is widely used in insulating glass manufacturing, architectural doors and windows, curtain wall engineering and glass deep-processing industry, providing a strong guarantee for high-quality and large-scale production.

Original high-quality bendable and non-bendable aluminum bars are high-performance industrial aluminum profiles produced by professional original manufacturers with strict material selection, precision extrusion, and standardized heat treatment. Bendable aluminum bars feature excellent plasticity and ductility, suitable for various bending and forming processes without cracking. Non-bendable aluminum bars provide high rigidity, stability and structural strength, designed for fixed and load-bearing applications. With stable performance, high dimensional accuracy, good surface quality and strong corrosion resistance, these products are widely used in construction, doors and windows, photovoltaic modules, automotive parts, electronic equipment and industrial manufacturing. As original factory products, they ensure stable supply, reliable quality and customizable specifications to meet diverse and high-standard market demands.

High-Precision Upper and Lower Sheet Handling Equipment with Integrated Demolding and Soft Pad Lamination System is an automated integrated equipment designed for precision sheet conveying, mold separation, and surface protection. It realizes automatic upper and lower sheet feeding, high-precision positioning, non-destructive demolding, and stable soft pad lamination in one continuous workflow. With high positioning accuracy, stable operation, and reliable product protection, the equipment effectively improves production efficiency, reduces surface damage and manual intervention, and is widely used in precision manufacturing, electronic processing, new material forming, and automated production lines.

EVA Film Bending – Brief Formal Description

EVA film bending refers to the thermo-mechanical forming process of ethylene‑vinyl acetate (EVA) films, in which thermal softening and controlled mechanical force are applied to achieve stable, predictable bending deformation. By heating the EVA film to an appropriate temperature range, its rigidity decreases and ductility increases, allowing it to be bent into convex, concave, or compound curved shapes without cracking, whitening, or significant optical degradation.

This process is widely used in the production of curved photovoltaic encapsulation films, laminated glass interlayers, flexible electronics, and architectural components. Key factors include heating temperature, bending rate, tooling radius, cooling strategy, and film formulation, all of which directly influence dimensional stability, surface quality, and post‑forming performance. EVA film bending has become a critical manufacturing technology for producing conformal, transparent, and high‑reliability flexible polymer components.

Low-E Film Deleting Machine – Overview

The Low-E Film Deleting Machine is a fully automatic edge treatment machine dedicated to Low‑E coated glass. It integrates glass conveying, positioning, grinding, deletion and dust removal functions. Through high‑speed diamond grinding heads and intelligent control systems, the machine accurately deletes the coating within a preset width, greatly improving the quality and durability of insulating glass. With strong adaptability to different glass sizes and thicknesses, it is widely applied in architectural glass, insulating glass lines and modern glass manufacturing.

Hot Melt Coating Machine Introduction

The Hot Melt Coating Machine is a high-precision industrial coating equipment specially designed for solvent-free hot melt adhesive application. It adopts automatic temperature control, precision metering delivery and stable coating system to evenly coat melted hot melt adhesive onto films, nonwovens, paper, foils, fabrics and other flexible substrates. With fast curing, high efficiency, environmental protection and stable performance, it is widely used in adhesive tapes, labels, medical materials, hygiene products, flexible packaging, automotive interiors and composite material manufacturing.