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A Leading manufacturer of Glass Process Machine, RONGQI focusing on quality services for 15 years.

Cases

IG Warm Edge Production Line
Full Automatic IG Warm Edge Production Line is a high-end integrated solution for producing high-performance warm-edge spacers. With advanced extrusion system, precise desiccant filling and uniform butyl rubber coating device, it realizes stable, efficient and high-quality continuous production. The whole line features easy operation, low failure rate, energy saving and environmental protection. It is the ideal core equipment for insulating glass enterprises to upgrade products and enhance market competitiveness.
Manual Glass Cutting Machine
Manual Glass Cutting Machine for flat glass, featuring high precision, stable performance, and oil-lubricated cutting head. It supports glass thickness from 1.5mm to 12mm and provides straight, burr-free cutting. Widely applied in glass processing, furniture, photo frame, and construction industries.
Aluminum Spacer bar Cutting saw
The Aluminum Spacer Bar Cutting Saw is an advanced processing equipment dedicated to the precise cutting of aluminum spacer profiles. It integrates a robust frame structure, high-speed carbide saw blade, pneumatic control system, and digital positioning device to achieve stable, efficient, and high-precision cutting. This machine features low noise, strong rigidity, and reliable operation, effectively improving production efficiency and product quality. It is an essential piece of equipment for manufacturers of insulating glass, aluminum windows and doors, and industrial aluminum components.
Insulating Glass Packaging Machine
Insulating Glass Packaging Machine is a specialized automatic equipment designed for the final packaging of insulating glass units (IGUs). It integrates automatic conveying, positioning, corner protection, film wrapping, strapping and output functions. With stable performance and high compatibility, it effectively protects glass surfaces and edges from scratches, collisions and damage during storage and transportation. Adopting PLC control and pneumatic drive, the machine realizes high-efficiency, standardized and clean packaging, making it an essential terminal device in modern insulating glass production lines.
Clean Glue For Sealing Robot
Clean Glue For Sealing Robot is a specially formulated, environmentally friendly sealing adhesive designed for automated sealing and dispensing systems. It features low volatility, low residue, high cleanliness, and stable rheological properties to match the high-speed, high-precision operation of industrial sealing robots. This glue ensures uniform sealing, easy equipment maintenance, and reliable bonding performance while meeting green manufacturing requirements.
Automatic Glass Unloading Robot & Glass Carrier

Automatic Glass Unloading Robot and Glass Carrier are intelligent handling and transportation equipment specially designed for the glass deep processing industry. The automatic glass unloading robot adopts a high-precision servo control system and professional vacuum suction device, which can realize automatic glass grabbing, transferring, positioning and unloading without damage. The glass carrier, also known as glass transfer cart or glass conveying trolley, is used for stable and efficient transportation of glass sheets between different processing stations.

This integrated handling solution features stable operation, high automation, high safety and strong compatibility. It is widely applied to glass cutting lines, edging lines, tempering furnaces, insulating glass production lines and other glass processing equipment. By replacing manual handling, it greatly improves production efficiency, reduces glass breakage rate and labor costs, and helps glass processing enterprises realize intelligent, automated and standardized production.
Double Head Low-E Film Deletion Machine
Double Head Low-E Film Deletion Machine is a high-efficiency glass edge processing equipment specially designed for removing the coating layer on Low-E glass edges. It adopts double independent grinding heads, pneumatic positioning system and air-flotation worktable to achieve stable, uniform and clean film deletion. With intelligent control system, adjustable deletion width and high-speed grinding function, it greatly improves processing efficiency and product consistency. It is widely used in insulating glass, architectural glass, automotive glass and other energy-saving glass processing fields.
CNC Glass Cutting Table (Tilting Type)

CNC Glass Cutting Table (Tilting Type) is a core piece of equipment in modern glass deep-processing production lines. It adopts a heavy-duty rigid frame, precision linear guide rails and an intelligent CNC system to achieve high cutting accuracy and stable performance. The tilting workbench can rotate smoothly between vertical and horizontal positions, making glass loading and unloading safer and more labor-saving. Equipped with air flotation platform, automatic cutting head and safety protection devices, this machine ensures low breakage rate, high production efficiency and easy operation. It is suitable for cutting float glass, coated glass, mirror glass and laminated glass in construction, automotive, furniture and decorative industries.
Insulating Glass Separator (Insulating Glass Sealant Remover)
Insulating Glass Separator, also known as Insulating Glass Sealant Remover, is a professional chemical product specially designed for removing cured sealants and adhesives from insulating glass. It can quickly soften and strip silicone, polyurethane, polysulfide, and butyl rubber sealants without damaging glass, aluminum spacers, or coated surfaces. Widely used in insulating glass factory rework, door and window maintenance, and glass recycling, it features high efficiency, thorough cleaning, low odor, and good material compatibility, helping users improve productivity and reduce material waste.
Glass Coating
Glass Coating is an advanced functional surface treatment applied to glass substrates to enhance durability, safety, and performance. Using nanotechnology, ceramic materials, or magnetron sputtering processes, it forms a transparent, high-hardness protective layer that improves scratch resistance, anti-fouling, hydrophobicity, UV resistance, and thermal insulation. Widely used in architectural glass, automotive glass, insulating glass, solar panels, display screens, and home appliances, high-quality glass coating ensures long-term stability, excellent light transmittance, and extended service life for various glass products.
Aluminum Frame Bending Machine
Aluminum Frame Bending Machine – Product Description

The Aluminum Frame Bending Machine is a high-precision forming equipment specially designed for bending and shaping aluminum alloy profiles, aluminum frames, aluminum spacers, and aluminum sections. Adopting advanced CNC or hydraulic control systems, it realizes high-efficiency, high-precision bending of various aluminum frames used in doors and windows, curtain walls, hollow glass, electronic enclosures, solar panels, furniture, and decorative industries.

With stable performance, user-friendly operation, and excellent forming quality, the machine effectively avoids surface scratches, deformation, and springback during processing. It supports multiple bending shapes, including right angles, arcs, circles, ellipses, and special frames, greatly improving production efficiency and product consistency for manufacturers.

This series of bending machines is widely used in aluminum profile processing factories, architectural decoration enterprises, insulating glass manufacturers, and automotive and new energy industries, providing reliable and efficient solutions for modern aluminum frame forming and production.
Glass Laminating Machine testing before the delivery
This article systematically elaborates on the complete pre-delivery testing process of glass laminating machines, covering static inspection, functional verification, performance simulation, safety compliance, and Factory Acceptance Testing (FAT). It emphasizes strict compliance with international standards such as CE, ISO 13849, EN 14449, and ANSI Z97.1, focusing on key indicators including temperature uniformity, vacuum retention, pressure stability, and lamination quality. The purpose is to ensure the machine’s reliability, safety, and consistency before delivery, meeting customer production requirements and industry quality benchmarks.
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