WISE ENGINEERING SERVICE CO., LTD.
Most recent update: 2024-11-26
PR message
WISE ENGINEERING SERVICE CO., LTD. provides innovative engineering and manufacturing solutions for aerospace, automotive, and consumer industries, ensuring client satisfaction with high-value results.
ProLeiS MES (Manufacturing Execution System) is a technology designed to comprehensively manage the planning, execution, and monitoring of manufacturing processes. The system collects and analyzes production data in real time, providing an instant overview of the shop floor. It serves as a powerful tool to streamline manufacturing processes through bottleneck identification, resource optimization, and enhanced quality management.
■ Key Features
Real-Time Monitoring: Enables instant tracking of production conditions on the shop floor, supporting rapid decision-making.
Centralized Data Management: Integrates all production-related data for efficient management.
Process Visualization: Displays production progress using graphs and dashboards.
Automation Functions: Promotes efficiency through automated scheduling of tasks and resources.
Traceability: Tracks products throughout their lifecycle, reinforcing quality management.
■ Capabilities
Real-Time Data Processing: Updates production status by the second.
Scalability: Adapts flexibly to small-scale and large-scale production lines.
Customizability: Configurable to meet the specific needs of industries and companies.
■ Applications in Practice
Automotive Industry: Centralizes management of processes from parts manufacturing to assembly.
Aerospace Sector: Optimizes production planning and quality management of precision parts.
Electronics Industry: Enhances productivity through optimized resource allocation.
■ Applications
Optimizing production scheduling
Collecting and analyzing real-time production data
Improving quality management and traceability
Managing factory-wide resources and processes
ProLeiS MES is a powerful partner for boosting competitiveness in the manufacturing industry, supporting efficient management and high-quality production.
■ For more details, please contact us directly.
Quality control technology is a critical component for ensuring product quality throughout the manufacturing process. Industries such as automotive, aerospace, and precision machinery require exceptionally high levels of accuracy and reliability. This technology employs real-time data analysis and measurement techniques to swiftly detect and address defects or variations that may arise during production, delivering efficient and consistent quality assurance.
■ Key Features
Real-Time Monitoring: Utilizes sensors and IoT technology for instant quality checks on the production line.
Data-Driven Approach: Promotes process improvements through data collection and analysis.
Advanced Inspection Techniques: Achieves precise measurement and inspection using 3D scanners and non-destructive testing methods.
Error Prediction and Prevention: Leverages AI-powered predictive analytics to prevent defects before they occur.
Environmental Considerations: Reduces waste by lowering defect rates, supporting sustainable production.
■ Applications in Practice
Automotive Manufacturing: Used for precision inspection of body panels and engine components.
Aerospace Industry: Ensures safety through non-destructive testing of high-strength materials.
Medical Equipment: Supports quality assurance for devices requiring extreme precision.
■ Applications
Real-time quality inspection on production lines
Final quality assurance before product shipment
Analysis and improvement of defect causes
Quality control technology is the key solution for efficiently delivering highly reliable products. By combining precision and efficiency, it enhances organizational competitiveness.
■ For more details, please contact us directly.
Tebis AutoMill is a high-performance CAM (Computer-Aided Manufacturing) technology designed to automate mold manufacturing and part machining. By leveraging proprietary algorithms, it automatically generates machining paths, minimizing human errors. Specializing in the machining of complex shapes and high-precision parts, it achieves shorter lead times and superior quality. This technology is widely used across various industries, including automotive, aerospace, and electronics.
■ Key Features
Automated Machining Path Generation: Reduces manual input by skilled technicians, improving work efficiency.
Consistent Quality: Ensures precise machining based on programmed instructions, minimizing variations in quality.
High-Precision Compatibility: Ideal for machining requiring micron-level accuracy.
Flexible User Configuration: Easily customizable machining parameters for individual projects.
Time Savings: Reduces machining program creation time by up to 50% compared to manual methods.
■ Applications in Practice
Automotive Parts Manufacturing: Utilized for high-precision machining of engine components and exterior parts.
Aerospace Industry: Adopted for manufacturing lightweight yet durable parts.
Electronics Industry: Used for producing enclosures and precision components with a focus on design.
■ Applications
Mold manufacturing (plastic injection molds, press molds)
Precision machinery parts manufacturing
Complex 3D shape machining
By adopting Tebis AutoMill, you can streamline machining processes while improving accuracy and quality. Integrate this technology into your production workflow to achieve enhanced efficiency and outcomes.
■ For more details, please contact us directly.
High-precision surface finishing technology enhances both appearance and functionality by refining the surfaces of molded and machined products at a micro-level. It is widely utilized in the automotive industry, particularly in surface processing and finishing of molds, where Class-A surface quality is required. This technology not only ensures uniformity and aesthetic appeal of products but also improves production efficiency.
■ Key Features
Achieving Class-A Quality: Advanced surface finishing guarantees a smooth and uniform appearance.
Compatibility with Diverse Materials: Applicable to various materials such as plastics and metals.
Precise Control Technology: Accurately adjusts micro-level irregularities and distortions, minimizing errors.
Short Lead Times and Cost Efficiency: High-speed processing technology boosts productivity and reduces costs.
Contribution to Sustainability: Enhanced adaptability to recyclable materials.
■ Applications in Practice
Automotive Industry: Improves the surface quality of vehicle body panels and interior components.
Consumer Electronics: Refines the surface of external parts where design is a priority.
Medical Equipment: Applied to devices requiring exceptionally smooth surfaces.
■ Applications
Automotive parts (exterior and interior panels)
Exterior cases of consumer electronics
Finishing of precision equipment and molds
High-precision surface finishing technology is a vital solution that enhances the added value of products.
■ For more details, please contact us directly.
| Company name | WISE ENGINEERING SERVICE CO., LTD. | Website URL | |
|---|---|---|---|
| Street address |
Mueang Samut Prakan District Samut Prakan Kingdom of Thailand
[See map] |
Person in charge | NCネットワークタイデモアカウント |
| Telephone number | Log in to display | Fax number | Log in to display |
| Capital | 1,000,000 THB | Employees | Unregister |
| Annual sales | Unregister | EMIDAS Member Number | 105455 |
| Main 3 products |
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