Our Automation System Solution
Corporate Positioning
China's leading manufacturer, Top 3 in glass machinery, PVC and aluminum window door machines. SGS-approved 5A credit company, more than 10 years gold supplier.
Glass & door solutions from design to installation: precision cutting, edging, drilling, tempering, insulating, and hardware integration for energy-efficient windows and doors.
Solving Pain Points
Automated feeding/positioning/processing/discharging reduces repetitive manual handling and labor intensity.
Automation and higher cycle times reduce the number of workers and the need for temporary labor during peak periods.
Mechanical interlocks, adequate protection, automatic locking and clamping reduce the risk of accidents such as pinching and cutting; reduces time spent in hazardous work areas.
Automated conveying, positioning, and workstation connection reduce the number of times glass/profiles are handled, reducing collisions and damage.
Single-machine linkage or modular expansion reduces waiting and downtime, increasing output per unit time.
Unified benchmark positioning, online monitoring, and fixed process parameters reduce human error and improve dimensional consistency.
Automatic correction/verification during processing improves the yield of processes such as cutting, drilling, edge grinding, and cleaning.
Through programmed processing and standardized process cards, consistent results are achieved across different shifts and batches.
Order numbers, parameters, process flows, and test results are recorded, forming a unified production data foundation.
Data-driven production scheduling, statistical analysis of yield rates, downtime causes, and cycle time bottlenecks facilitate continuous improvement (cost reduction and efficiency enhancement).
Equipment can operate independently to complete key processes, while also being expanded to the production line for full-process automation.
Key parameters are managed and verified by the system, reducing fluctuations caused by differences in operator experience.
Automation Modes
Core: Centered on a single CNC fully automatic machine tool, with optional automatic loading and unloading, suitable for small batches and multiple product varieties.
Advantages: Low investment, small footprint, quick deployment, simple maintenance, and can be expanded into a small-scale line later.
Suitable Scenarios: Startups, trial production stages, and scenarios requiring rapid process verification.
Advantages: Low investment, small footprint, quick deployment, simple maintenance, and can be expanded into a small-scale line later.
Suitable Scenarios: Startups, trial production stages, and scenarios requiring rapid process verification.
Core: Key processes are automated, while other processes involve manual collaboration, forming a semi-automatic continuous processing flow.
Advantages: Significantly improved cycle time, reduced labor costs, and high flexibility in line changeover.
Suitable Scenarios: Medium-volume production, high variety, and production environments requiring a certain level of stability.
Advantages: Significantly improved cycle time, reduced labor costs, and high flexibility in line changeover.
Suitable Scenarios: Medium-volume production, high variety, and production environments requiring a certain level of stability.
Core: Complete line automation, modular linkage, and data-driven production and monitoring.
Advantages: Highest capacity, most stable cycle time and quality consistency, facilitating comprehensive data management and traceability.
Suitable Scenarios: High-volume production environments with extremely high requirements for stability and quality consistency.
Advantages: Highest capacity, most stable cycle time and quality consistency, facilitating comprehensive data management and traceability.
Suitable Scenarios: High-volume production environments with extremely high requirements for stability and quality consistency.
Automation Solution Matrix
1. Automated Glass Processing Automation
An automated glass production line integrates loading, cutting, edge finishing, drilling, tempering, washing, drying, and inspection into a seamless flow. Robots and CNC machines handle material handling, precise positioning, and tool changes, while conveyors and intelligent sensors coordinate throughput and quality. A central control system gathers real-time data, schedules tasks, and triggers alarms, enabling remote monitoring and predictive maintenance. Standardized fixtures support quick changeovers for different glass types and thicknesses, reducing manual labor and risk. Energy-efficient cooling, dust control, and safety interlocks protect operators. The line delivers consistent dimensional accuracy, traceable quality records, and scalable capacity for growing demand globally.
Core EquipmentFully Automated Glass Cutting Production Line, Glass Cleaning and Drying Unit, Automatic Edge, Grinding/Beveling Machine, Automatic Drilling/Tapping Unit, Insulating Glass/Laminated Glass Line, Automatic Feeding and Discharging
1. Automatic feeding and intelligent size optimization cutting reduce manual intervention and glass waste.
2. Breakpoint resume and quick line changeover adapt to multiple specifications and batch production.
3. Power adaptive and energy consumption optimization improve energy efficiency.
4. Data-driven production planning and quality traceability enhance stability.
5. Unified parameter management, remote diagnostics, and predictive maintenance.
6. Complete safety interlocks and real-time alarms enhance on-site safety.
7. Remote monitoring and modular expansion facilitate continuous upgrades and capacity expansion.
2. Breakpoint resume and quick line changeover adapt to multiple specifications and batch production.
3. Power adaptive and energy consumption optimization improve energy efficiency.
4. Data-driven production planning and quality traceability enhance stability.
5. Unified parameter management, remote diagnostics, and predictive maintenance.
6. Complete safety interlocks and real-time alarms enhance on-site safety.
7. Remote monitoring and modular expansion facilitate continuous upgrades and capacity expansion.
2. Aluminum Profile/Door & Window Processing Automation
Our aluminum profile and door/window processing production line integrates CNC machining centers, automatic feeding devices, and precision conveyors to achieve continuous assembly line production. A PLC control system, paired with a human-machine interface touchscreen, coordinates processes such as cutting, welding, milling, and drilling to ensure dimensional accuracy. Vision or encoder systems confirm alignment, while automatic tool changers accelerate the production speed of various product specifications, reduce manual operation, and improve safety. For frame assembly, pneumatic/hydraulic stations handle locking, welding, or sealing steps, as well as quality inspection. Data logging supports traceability, fault alarms, and convenient recipe management. Ultimately, this results in stable cycle times, lower scrap rates, and flexibility to adapt to different products and batch sizes.
Core EquipmentFully automatic aluminum profile end face milling machine (multi-tool synchronous)
Supports parallel processing of multiple tools/processes: end face flattening, datum plane alignment, key surface contour processing, etc.
Employs automatic alignment and positioning clamping to ensure consistency of profiles in the same batch.
Profile anti-deformation clamping/floating support mechanism
Reduces end warping and processing deformation through adjustable clamping force + anti-bending support.
Allows rapid switching of fixtures/parameters for different profile specifications.
Supports parallel processing of multiple tools/processes: end face flattening, datum plane alignment, key surface contour processing, etc.
Employs automatic alignment and positioning clamping to ensure consistency of profiles in the same batch.
Profile anti-deformation clamping/floating support mechanism
Reduces end warping and processing deformation through adjustable clamping force + anti-bending support.
Allows rapid switching of fixtures/parameters for different profile specifications.
Single-head saw (or fully automatic length saw)
Used for length cutting of profiles (can be used with loading/unloading systems for unmanned or minimally manned operation)
Linked with subsequent processing stations to ensure length accuracy and assembly consistency.
Used for length cutting of profiles (can be used with loading/unloading systems for unmanned or minimally manned operation)
Linked with subsequent processing stations to ensure length accuracy and assembly consistency.
Suitable for: drilling, milling, grooving, tapping/threading, etc.
Supports multiple tool routes, reducing process changes and downtime.
Automatic tool changer system (e.g., tool magazine + rapid tool recognition)
Achieves less frequent tool changes or completes multiple tool tasks within the same process segment
Benefits to reduce cycle time fluctuations and tool management costs.
Supports multiple tool routes, reducing process changes and downtime.
Automatic tool changer system (e.g., tool magazine + rapid tool recognition)
Achieves less frequent tool changes or completes multiple tool tasks within the same process segment
Benefits to reduce cycle time fluctuations and tool management costs.
Vibration-resistant conveyor/roller/chain/synchronous station conveyor line
Ensures stable profile posture during processing
Automatic loading/unloading and positioning fixtures
Typical configurations include: pneumatic/hydraulic clamping, quick positioning pins, workpiece detection (encoder/limit/sensor)
Ensures stable profile posture during processing
Automatic loading/unloading and positioning fixtures
Typical configurations include: pneumatic/hydraulic clamping, quick positioning pins, workpiece detection (encoder/limit/sensor)
Solution highlightsSingle batch can process 6–10 simultaneously root profile. Increased production line throughput and reduced waiting time through segmented workstations and parallel multi-process design
Key processes such as end milling support simultaneous/parallel multi-tool machining. Compared to "single-tool incremental machining," it significantly reduces cycle time losses caused by repositioning, downtime, and re-positioning.
Adopting profile anti-deformation clamping and support structures. Combined with process parameter control, it reduces end warping and machining deformation, improving assembly yield.
Through toolpath optimization + Automatic Tool Changer Strategy. Concentrate multiple processes on the same tool/station to reduce downtime and human error in tool adjustment.
Customization is available based on customer voltage requirements (e.g., different regional power grids and site configurations). Compatible with power supply/control system requirements of different factories, facilitating rapid deployment.
Process formulation and automatic linkage reduce on-site trial cutting and manual adjustments.
Enable the production line to transition from "debugging" to "stable production" faster. Reduce manual labor intensity through automatic loading and unloading, positioning and clamping, and linked processing.
Enable the production line to transition from "debugging" to "stable production" faster. Reduce manual labor intensity through automatic loading and unloading, positioning and clamping, and linked processing.
3. CNC Intelligent Control Mode
Our glass and door-window machinery production line adopts CNC intelligent control to integrate washing, cutting, drilling, edging and assembly-ready processing. A central CNC/PLC orchestrates servo-driven stations for precise positioning, repeatable clamping, and automatic tool and program selection. Inline conveyors manage throughput while sensors monitor dimensions and detect defects in real time. Hydraulic or pneumatic dampening improves stability and surface quality during cutting and milling. Recipe-based automation shortens setup and commissioning, supports customizable parameters, and enables batch processing with consistent workmanship. With efficient remote diagnostics, the line reduces labor, increases output, and ensures reliable delivery.
Core EquipmentDisplays process parameters (dimensions, speed, tool/station parameters, machining sequence, tolerances, etc.) in a graphical interface, supporting recipe/process package management: one-click recall for the same product, automatic reuse of batch parameters. Graphical Verification (e.g., boundary/path pre-check), reducing misoperation and debugging time.
Links with modules such as loading/unloading, conveying, clamping, coding/quality inspection stations. Automatically executes according to cycle time sequence: clamping—positioning—machining—inspection—transfer, achieving continuous production with minimal or no human intervention.
Startup is prohibited if door/window/glass clamping status is not met; abnormalities are automatically detected.Automatic shutdown with prompts.
Monitors key sensors, actuators, and electrical status: position deviation, overload, undervoltage/overcurrent, communication anomalies, etc.
Records alarm logs and workstation status for easy after-sales troubleshooting and downtime review.
Automatically calculates: output, yield, downtime, cycle time, and number of anomalies. Generates processing reports/batch reports: key parameters, processing trajectory/program version, tool usage/wear estimation (e.g., configuration). Supports traceability by order/product/date dimension, improving quality management and customer delivery capabilities.
Supports importing/interfacing with common design output formats (specific formats depend on your software stack).
Automatic matching of paths, tool strategies, coordinate systems, and process parameters reduces manual conversion and repetitive modeling, minimizing the risk of "correct design but inconsistent production."
Solution highlightsSingle batch can process 6–10 simultaneously root profile. Increased production line throughput and reduced waiting time through segmented workstations and parallel multi-process design
Key processes such as end milling support simultaneous/parallel multi-tool machining. Compared to "single-tool incremental machining," it significantly reduces cycle time losses caused by repositioning, downtime, and re-positioning.
Adopting profile anti-deformation clamping and support structures. Combined with process parameter control, it reduces end warping and machining deformation, improving assembly yield.
Through toolpath optimization + Automatic Tool Changer Strategy. Concentrate multiple processes on the same tool/station to reduce downtime and human error in tool adjustment.
Customization is available based on customer voltage requirements (e.g., different regional power grids and site configurations). Compatible with power supply/control system requirements of different factories, facilitating rapid deployment.
Process formulation and automatic linkage reduce on-site trial cutting and manual adjustments.
Enable the production line to transition from "debugging" to "stable production" faster. Reduce manual labor intensity through automatic loading and unloading, positioning and clamping, and linked processing.
Enable the production line to transition from "debugging" to "stable production" faster. Reduce manual labor intensity through automatic loading and unloading, positioning and clamping, and linked processing.
4.Supporting Services And Guarantee
Our glass and door/window machinery division offers comprehensive support and guarantees. In the pre-sales phase, we tailor equipment solutions to customer production needs, site scale, and voltage standards, delivering customized automation packages and layout plans. Post-sale, we provide one-stop service including on-site installation, operator training, and scheduled maintenance, backed by a professional technical team to ensure rapid user adoption and ongoing operation. Quality is ensured through CE and ISO certifications, durable frame design, and high-grade components for long-term stability. We also offer trade assurance, strengthening safety and confidence in partnerships while enabling smooth, risk-managed collaboration across projects. Globally safe, dependable.
Fully Automated Products
Our company provides a complete range of automated equipment for glass and door/window processing. Key products include CNC glass cutting machines for precise, repeatable cutting; automatic glass edge grinding machines to achieve smooth, accurate edges; industrial glass cleaning machines for efficient surface preparation; and automated glass drilling machines for accurate hole positions and easy assembly. Built for stable performance, high accuracy, and efficient production, our systems help customers improve throughput and product quality while reducing manual workload. From single machines to integrated production lines, we deliver flexible solutions for different processing requirements. Reliable, smart, and production-ready.
Standard Automated Production Flow
Core Technological
World-Class Imported Core Components
A core strength of our glass and door/window machinery is stable performance and low fault rates. We use high-reliability electrical components to ensure consistent operation in demanding production environments. For example, we integrate proven servo and automation systems such as Yaskawa (Japan) and industrial-grade electronics from Schneider Electric (Germany). With careful component selection, rigorous testing, and robust control design, our machines deliver dependable accuracy, continuous throughput, and easier long-term maintenance.
Unified CNC Intelligent Control System
One of our core technologies is a unified CNC smart control system. All machines share the same intuitive interface with a central touch-screen for simple operation and streamlined production. The system supports parameter saving for different product types, real-time fault alarms, and easy diagnostics, helping operators reduce downtime and improve efficiency. It also enables data connectivity and can integrate with MES/ERP production management systems, supporting digital tracking, optimized scheduling, and smooth workflow across the entire factory.
Modular and Scalable Design
Our core technology emphasizes modular and scalable design for glass and door/window processing. Customers can start with a single automated machine and progressively extend the line by adding conveyors, robot arms, and connecting modules, without replacing the whole system. Standardized interfaces for mechanical, electrical, and software layers enable plug-and-play integration, seamless data sharing, and synchronized control across modules. This approach reduces capital expenditure, shortens commissioning, and provides future-proof expansion to meet changing production needs while maintaining system stability and performance.
Online Real-Time Quality Inspection
One core technology is online real-time quality inspection in glass and door/window processing lines. It combines laser-based dimension measurement, glass thickness sensors, low-radiation film-damage detection, insulation gas concentration monitoring, and automatic sorting of defective products. The system continuously monitors tolerances, flags deviations, and feeds results back to the CNC/PLC control to adjust feeds, speeds, and tooling in real time. This closed-loop approach reduces scrap, improves yield, and enables consistent, traceable quality across high-throughput production while supporting data capture for SPC.
Automation Solution Core Advantages
One of the key advantages of our automation solutions is strong industry adaptability. We focus specifically on glass processing and aluminum profile/door and window manufacturing, targeting the most common production scenarios and operational workflows in these industries. As a result, our equipment and complete solutions are highly aligned with real application requirements—such as material handling, cutting/drilling/routing, edge processing, assembly support, and quality checks—allowing customers to deploy the system with minimal disruption. In many cases, the line can be implemented without large-scale facility modifications, reducing installation time, investment risk, and downtime while delivering reliable performance from day one.
A core advantage of our automation solutions is precise, high-efficiency processing. Our key machines are equipped with high-precision control systems and advanced drive components, enabling stable accuracy and repeatable results across demanding production tasks. This directly helps reduce material waste and tool wear, improving overall yield and lowering operating costs. Meanwhile, fully automated workflows significantly increase throughput and consistency while reducing reliance on manual handling and repetitive labor. With synchronized motion control, optimized process parameters, and intelligent monitoring, the entire production line delivers faster cycle times, smoother operations, and dependable quality—meeting both high-volume demand and tight tolerance requirements.
One of our advantages is ease of use and simple operation. Our automation solutions feature a user-friendly human–machine interface with intuitive layouts, clear visuals, and guided workflows that shorten learning curves. Parameter setup is streamlined through preset recipes and product programs, enabling rapid changeovers with minimal input. The system supports breakpoint resume after power loss, ensuring continuous production. Real-time fault warnings and proactive diagnostics help prevent downtime. The software is designed for operators of different skill levels, offering guided tutorials, role-based access, and straightforward troubleshooting, which lowers training costs and improves productivity while maintaining high accuracy and safety standards.
One of our core advantages is full lifecycle support for glass and door/window automation solutions. Leveraging over 22 years of industry experience, we deliver end-to-end service from concept to results. Our offerings include tailored system design, equipment delivery, installation, commissioning, and after-sales maintenance. We provide services for project management, spare parts, remote diagnostics, and optimization, ensuring the solution lands and delivers improvements in throughput, quality, and uptime. This lifecycle approach reduces risk, accelerates time-to-value, and helps customers adapt to evolving production needs with confidence.
Applicable Scenarios
Turnkey Custom Integration Service Process
As an automation system integrator, we unify software, mechanics, robotics, and controls into turnkey glass and window/door processing solutions. We act as the point of responsibility across concept, design, procurement, integration, and aftercare, ensuring seamless collaboration from start to finish. Our approach aligns customer needs with factory realities, delivering architectures, validated performance, and measurable value. We combine expertise in CNC, vision, laser measurement, and PLC control with rigorous project management, risk mitigation, and data-driven optimization.
From feasibility to handover, we maintain transparency, modular milestones, and continuous improvement, empowering clients to accelerate throughput, improve quality, and reduce cost of ownership today.
• Free requirements discussion and capacity calculation
• Customized automation solution design and quotation
• 72-hour continuous aging test prior to production and delivery
• Containerized packaging and international logistics arrangements
• Overseas on-site installation, commissioning, and training
• Long-term after-sales maintenance and spare parts supply
Successful Automation Project
fAQ
1
Can Your Automatic Line Process Low-E Insulating Glass Without Coating Scratch?
Yes. A dedicated clamping buffer and protection station will be configured for Low-E coatings to verify the risk of coating scratches before mass production.
2
Does Your Automation Control System Support Docking Factory Mes/ERP?
Supported. Can be integrated with MES/ERP systems to enable work order and batch traceability and data feedback. Interfaces are customized to site requirements.
3
How To Troubleshoot Common Faults Of Automatic Insulating Glass Production Line?
By employing alarm classification and interlocking protection, problems related to vacuum, sensing, motion, and temperature control can be quickly located, forming a standard troubleshooting method.
4
What Raw Materials Can Your Integrated Glass & Window Automation Lines Process?
Can process insulated/single pane glass; aluminum alloy or PVC profiles.
5
How Long Does It Take To Complete Full Factory Layout Design After I Send My Factory Dimensions?
A complete initial layout typically takes 1–2 weeks to produce; however, the timeframe may be longer for complex, multi-threaded, or strongly coupled projects.
6
Is It Possible To Mix Aluminum And PVC Window Production On One Automated Line?
Yes. Mixed production of aluminum/PVC windows can be achieved through formula management and switchable tooling, but the switching cycle time needs to be evaluated.
7
Do Your Automation Lines Support Offline Operation Without Connecting To Factory Mes?
Supports offline operation. Even without MES integration, production can proceed based on local work orders, and key data can be recorded locally.
8
What Is The Daily Output Range Of Your Turnkey Glass & Window Integrated Automation Workshop?
Daily output depends on product structure, size range, and cycle time; we need to conduct a capability verification based on your targets before providing a range.
9
Can You Supply Only The Automation Transformation Modules If I Already Own Some Old Glass Machines?
Yes. Modular upgrades are available: vision, measurement, PLC/motion control upgrades and traceability/safety interlocks, etc.
10
What Safety Protection Functions Are Installed On Your Full Automation Lines?
Equipped with multiple layers of safety: emergency stop interlock, safety door/light curtain, over-temperature/overload/vacuum abnormal shutdown and access control.
11
Can Your CNC System Store Multiple Production Formulas For Different Glass Thickness And Window Sizes?
Yes. The CNC system can store multiple recipes (thickness, dimensions, key process parameters) and supports switching and access control.
12
If My Factory Expands Production Later, Can I Expand The Existing Automation Line Without Rebuilding The Whole System?
Capacity can typically be expanded in stages. By reserving interfaces and modularly adding workstations, the overall reconstruction requirement can be reduced.
Provide Service Surpassing The Expectation Of Customers
We take credit as the base of business and mutual benefits as the soul of business.
Contact person: Ewin Wang
Contact number: 86-15665767071
Email: info@eworldmachine.com
WhatsApp: 86-15665767071
Company address: Room 1505, Building 3, Zhongyin Huixin Times Center, Jinan, China