Cases

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.

The Automatic Aluminium Spacer Bar Bending Machine for Insulating Glass Production Line is a special supporting equipment designed for fully automatic insulating glass production lines. It integrates automatic feeding, bending, cutting and discharging functions, and can be seamlessly connected with desiccant filling machines, butyl rubber coating machines and glass pressing machines. It realizes the one-stop processing of aluminium spacer bars, with high matching degree with the production line, stable operation and high processing efficiency, which effectively improves the overall automation level of the insulating glass production line and ensures the consistency of insulating glass product quality.

The Automatic Desiccant Filling Machine for Insulating Glass is a special equipment for filling molecular sieve desiccant into aluminum spacers and flexible spacers of insulating glass. It integrates automatic drilling, precise filling and butyl rubber sealing functions, adapting to various sizes and shapes of spacer frames. With PLC control and servo drive, it ensures uniform filling amount and tight sealing, effectively preventing insulating glass fogging and condensation, and is an essential core equipment for insulating glass deep processing production lines.

Engineered for high-efficiency flat glass edge processing, the Double Edge Straight Glass Grinding Machine delivers synchronous double-edge grinding, chamfering and polishing solutions for global glass manufacturers. With advanced pneumatic clamping, servo control and multi-stage grinding technology, it processes 3-25mm glass with exceptional precision and consistency, eliminating repeated clamping and reducing production time by over 50%. Featuring easy operation, low energy consumption and long service life, it enhances product quality and production capacity, making it a preferred choice for architectural, automotive and photovoltaic glass processing enterprises worldwide.

Designed for high-efficiency flat glass edge processing, the Pneumatic Straight Round 45 Degree Glass Edging Machine combines pneumatic technology and precision machining to provide reliable solutions for glass manufacturers. It performs integrated straight round edge grinding and 45° chamfering, compatible with glass thickness from 3mm to 25mm. The pneumatic clamping system ensures stable glass fixation without surface damage, while the multi-spindle structure achieves one-step grinding and polishing with high precision. Featuring easy operation, low energy consumption and long service life, it enhances product quality and production capacity, making it widely used in global architectural, automotive and home appliance glass processing industries.

This detailed technical guide systematically elaborates on the standardized procedures for adding butyl glue to butyl extruding machines, covering pre-operation preparation, equipment safety inspection, step-by-step filling processes for solid butyl glue strips and granular butyl glue, post-operation treatment, safety precautions, common fault troubleshooting and daily maintenance of the glue adding system. Compiled in strict accordance with industrial safety production standards and equipment operation specifications, it aims to help operators master correct glue adding skills, ensure the stable melting and uniform extrusion of butyl glue, avoid quality problems such as bubbles, discontinuous glue output and leakage, extend equipment service life, and eliminate potential safety hazards in the operation process. It is an essential technical reference for the safe and standardized operation of butyl extruding machines in insulating glass manufacturing, door and window sealing and other industrial sealing fields.

This official operation manual provides comprehensive and standardized guidance for the operation, maintenance, safety management and fault troubleshooting of Aluminium Bar Bending Machines, which are core equipment in insulating glass production, door and window manufacturing and architectural decoration industries. It systematically elaborates on the equipment structure, working principle, pre-operation preparation, standard operating procedures for bending forming, daily maintenance requirements, safety precautions and solutions to common faults, covering both conventional and CNC automatic models. Compiled in strict accordance with industrial safety production regulations and equipment technical standards, this manual aims to help operators master correct operation skills, ensure the bending accuracy and forming quality of aluminium spacer bars, extend the service life of the equipment, eliminate potential safety hazards in the operation process, and serve as an essential technical reference for the standardized use and management of Aluminium Bar Bending Machines.

This version is suitable for international trade platforms, product catalogs, official websites and business promotion materials, highlighting product functions and advantages.

Glass Tempering Furnace is a highly automated industrial piece of equipment dedicated to the production of safety tempered glass. It adopts advanced horizontal conveying structure and multi-zone independent temperature control technology, with optional radiation or forced convection heating modes to meet the processing demands of clear glass, Low-E coated glass, solar glass and other varieties. The equipment consists of a loading system, insulated heating chamber, high-efficiency cooling assembly, automatic control system and auxiliary environmental protection units, enabling continuous and stable processing of glass sheets with diverse thicknesses and dimensions. By executing standardized heating, heat preservation and rapid air quenching procedures, it produces tempered glass with excellent mechanical strength, thermal shock resistance and harmless fragment characteristics. With high production efficiency, energy-saving performance and reliable operation, it is the preferred processing equipment for glass manufacturers worldwide to expand production capacity and improve product quality.

Glass Edging/Polishing Machine is a professional core equipment for glass deep processing, which realizes precision grinding, chamfering and high-gloss polishing of glass edges through multi-stage abrasive head matching and intelligent control system. It is widely applied in architectural, automotive, electronic, solar and furniture glass processing, capable of handling glass sheets with different thicknesses, shapes and edge profiles, and features high processing precision, stable operation and high production efficiency. The machine can effectively eliminate sharp burrs and microcracks of glass edges, improve the safety and aesthetic of glass products, and meet the strict processing standards of various industries for glass edge quality.

Sealing Robot Operation (Dikme Robotu Operasyonu / Операция герметизирующего робота) is a pivotal technical application in industrial automation, specializing in high-precision sealant dispensing, joint sealing, and protective coating operations. Leveraging multi-axis robotic arms, advanced vision calibration systems, and intelligent control modules, it enables automated sealing processes across critical sectors including automotive manufacturing, electronic packaging, and medical device assembly. Its core advantages lie in micron-level operational precision (±0.05mm repeatability), consistent process stability, and strict compliance with international protection standards such as IP67 and IP69. By effectively replacing manual operations, it mitigates chemical exposure risks for workers, reduces material waste by up to 20%, and supports multilingual operation interfaces (Chinese, Türkçe, Tiếng Việt, български, Русский, Español, etc.). This technology serves as a core solution for modern production, empowering enterprises to enhance operational efficiency, ensure product quality, and align with global manufacturing standardization requirements.

The Butyl Coating Machine is a core automated piece of equipment designed for precision hot‑melt butyl rubber application in insulating glass (IG) production. It serves as the primary sealing solution for aluminum, warm‑edge, and composite spacers, delivering uniform, continuous, and stable butyl bead coating to ensure long‑term airtightness, moisture resistance, and durability of double‑glazing, triple‑glazing, and multi‑cavity insulating glass units.

The front sealing head sealing robot stands as a cutting-edge, industry-leading solution tailored specifically for the precise sealing of gradual double glazing glass—including multi-cavity insulating glass, variable-thickness variants, and coated high-performance models. Integrating advanced high-precision sensing technology, adaptive PLC control systems, and a specialized floating sealing head design, this robotic system addresses the critical limitations of traditional manual or semi-automatic sealing methods, delivering unparalleled consistency, efficiency, and reliability.