Syscode Printing Technology co., ltd

Our Original Equipment Manufacturing (OEM) and Original Design Manufacturing (ODM) services aim to provide customers with flexible and efficient production solutions. With advanced production facilities and a professional team, we can customize products based on customer needs, ensuring high-quality delivery from design to production.

OEM Services:

• Production based on customer-provided designs and specifications.

• Flexible production capacity to meet varying order sizes.

ODM Services:

• One-stop service from product concept to design, development, and production.

• Innovative designs and solutions tailored to market trends and customer needs.

Whether it’s OEM or ODM, we are committed to establishing long-term partnerships with our clients, ensuring product quality, shortening delivery times, and enhancing our customers' market competitiveness.

SYSCODE Marking Technology Co., Ltd. is a company specialized in the research and production of coding technology, integrating research, development, manufacturing, and service of coding and marking products. It offers a series of continuous inkjet coding machines under the SYSCODE brand. These products can be widely applied in various industries, including food and beverage, wire and cable, building materials, electronics and electrical appliances, healthcare, cosmetics and personal care, as well as chemicals and tobacco. They are capable of printing variable information such as production dates, expiration dates, batch numbers, text, patterns, and barcodes on these products.

SYSCODE's products are exported to over 100 countries and regions worldwide, establishing a global distribution network. The company adheres to the corporate philosophy of "Leading, Excellence, and Efficiency," focusing on the research and analysis of various segmented market demands in the industrial marking industry. SYSCODE is committed to the development and implementation of applications in this field.Over the years, the company has significantly increased its investment in research and development, earning multiple national patents. It has developed a wide range of industrial coding, marking, labeling, and printing equipment, as well as coding and marking solutions tailored to different market needs. By helping numerous global partners reduce costs and increase efficiency, SYSCODE creates added value, which is the essence of the company's mission.

To ensure the SYSCODE series of coding machines operate stably and reliably in various industrial environments over the long term, the company sources components globally. Key components such as gear pumps, motors, pressure sensors, solenoid valves, and display screens are sourced from well-known companies in Europe and the United States, while other parts are procured from reputable domestic manufacturers. The use of high-quality components ensures stable and reliable operation of the coding machines, resulting in lower failure rates and reduced maintenance costs.

Customer demand is the driving force behind SYSCODE's development, and serving customers is the sole reason for the company's existence. All employees at SYSCODE are dedicated to efficiently meeting customer requirements for product marking and traceability. By providing high-quality products and comprehensive services, SYSCODE aims to create value and a competitive advantage for its customers in the market.

Company Mission: Leveraging our expertise, diverse product range, and high-quality service, we aim to provide stable and cost-effective coding and printing solutions for global customers, becoming a trusted partner they can rely on.

The SYSCODE production line is a modern manufacturing system that integrates automation technology and information technology, aimed at improving production efficiency, reducing costs, and enhancing product quality. Here are some key features of the SYSCODE production line:

1.information management

• Data collection and analysis: real-time collection of production data, optimization of production processes and resource allocation through big data analysis.

• Intelligent decision support: using artificial intelligence algorithms to optimize and predict the production process and improve decision-making efficiency.

2.Flexibility and customizability

• Modular design: the production line can be flexibly configured according to different product requirements, and quickly respond to market changes.

• Individualized production: Support small-lot, multi-variety production mode to meet the individual needs of customers.

3.quality control

• On-line inspection: On-line quality inspection is implemented during the production process to ensure the quality of products in each production step.

• Traceability system: Establish a perfect product traceability system to ensure product traceability and enhance product safety.

4.Environmental protection and sustainable development

• Energy Saving and Consumption Reduction: Reduce energy consumption and material waste by optimizing production processes and equipment operation, and promote sustainable development.

• Green production: Adoption of environmentally friendly materials and cleaner production techniques to minimize the impact on the environment.

SYSCODE production line can effectively enhance the production capacity and market competitiveness of enterprises through the above features.

                             Syscode Printing Technology Co., Ltd.

Quality control process

Through the quality control process, we ensure that the materials entering the production phase meet quality standards, thereby reducing risks during the production process.

1.Incoming Material Inspection (IQC)

Incoming material inspection is the primary control point for preventing non-conforming materials from entering the production process.

(1) Incoming Inspection Items and Methods:

• Appearance:Verified through visual inspection, tactile assessment, and comparison with samples.

• Dimensions:Verified using tools such as calipers and micrometers.

• Characteristics:Testing of physical, chemical, and mechanical properties, typically using testing instruments and specific methods.

(2) Material Inspection Methods:

• 100% Inspection: All incoming materials are checked.

• Sampling Inspection: Random samples are selected for inspection.

(3) Handling of Inspection Results:

• Receiving: Materials that meet standards are accepted.

• Rejection: Non-conforming materials will be returned.

• Concessional Acceptance: Under special circumstances, materials that do not fully meet standards may be accepted under specific conditions.

• 100% Re-inspection: All materials are re-checked, and non-conforming items are returned.

• Rework and Re-inspection: Materials that have been reworked are inspected again.

(4) Standards:

• Technical standards for raw materials and purchased components.

• Incoming inspection and testing control procedures.

• Physical and chemical testing procedures, etc.

2. In-Process Quality Control (IPQC)

In-process quality control refers to the quality management of all stages of production, from material receipt to finished goods storage, ensuring that the product quality at each stage meets the standards.

(1) Main Inspection Methods:

First Article Inspection, Mutual Inspection, and Special Inspections: Comprehensive checks and validations of the first article produced.

Process Control: Combining sampling and patrol inspections to ensure stable quality during production.

• Consolidated Inspection Across Multiple Processes: Centralized checks of multiple processes to improve efficiency.

• Step-by-Step Inspections: Quality checks conducted at different stages of production.

• Post-Completion Inspection: Final checks conducted after product completion.

• Combination of Sampling and 100% Inspection: Selecting appropriate inspection methods based on needs.

(2) Process Quality Control (IPQC):

Conducting patrol inspections throughout the production process, including:

• First Article Inspection: Checking compliance of the first article produced.

• Material Inspection: Ensuring the quality of materials used.

• Inspection:Ensuring appropriate inspection timing and frequency, strictly following inspection standards or work instructions. This includes:

• Product quality

• Process specifications

• Machine operation parameters

• Material placement

• Labeling

• Environmental conditions

• Inspection Records: Should be accurately filled out to ensure traceability.

(3) Final Product Quality Inspection (FQC):

This is the quality verification for completed products to determine if the batch can proceed to the next process, classified as point inspection or acceptance inspection.

• Inspection Items: Appearance, dimensions, physical and chemical properties, etc.

• Inspection Method: Generally conducted using sampling inspection.

• Handling of Non-conformities: Addressing non-conforming products appropriately.

• Records: All inspection results should be documented in detail.

(4) Standards:

• Work instructions

• Process inspection standards

• Process inspection and testing procedures, etc.

3. Final Inspection Control: Outgoing QC

Final inspection control, also known as outgoing quality control (Outgoing QC), focuses on the quality assessment of finished products before they are shipped. This step is crucial to ensure that only products meeting quality standards reach customers.

(1) Inspection Objectives:

• Ensure that the finished products conform to specifications and quality standards.

• Identify any defects or issues that may have occurred during production.

(2) Inspection Methods:

• Visual Inspection: Check for surface defects, labeling, and packaging quality.

• Dimensional Inspection: Verify that products meet specified dimensions using appropriate measuring tools.

• Functional Testing: Ensure that the products perform as intended under operational conditions.

• Sampling Inspection: Implement statistical sampling methods to assess product quality based on a predefined acceptance level.

(3) Handling of Non-Conformities:

• Rework: Products that can be repaired or adjusted to meet quality standards.

• Rejection: Products that cannot be corrected will be rejected and documented.

• Quarantine: Non-conforming products may be placed in quarantine until a decision is made regarding their disposition.

(4) Documentation:

• Maintain detailed records of inspection results, including pass/fail rates, types of defects, and corrective actions taken.

• Ensure traceability of each batch of products through proper documentation.

(5) Standards:

• Quality assurance standards specific to the industry.

• Outgoing inspection procedures and guidelines.

By implementing effective outgoing quality control, manufacturers can ensure that only high-quality products are delivered to customers, thereby enhancing customer satisfaction and reducing returns or complaints.

4.Feedback and Handling of Quality Anomalies

(1)Observable Anomalies:Immediately notify the operator or workshop and take appropriate measures.

(2)Unobservable Anomalies:Present the defective sample to the supervisor for confirmation, then notify for correction or handling.

(3)Record Anomalies:Accurately document all anomalies for subsequent analysis and improvement.

(4)Confirm Corrective or Improvement Measures:Confirm the corrective or improvement measures taken, and track the effectiveness to ensure the issue is effectively resolved.

(5)Identification and Isolation:

Inspection of semi-finished and finished products should have clear markings, and relevant departments should be supervised to ensure isolation and proper storage.

5. Quality Records

Quality records provide objective evidence of completed quality operations and results.

(1) Recording Requirements:

• Accuracy: Ensure that the recorded content is true and correct.

• Timeliness: Fill out and update records promptly.

• Clarity: Use easily understandable language to avoid ambiguity.

• Completeness: Ensure that all relevant information is recorded and stamped or signed for confirmation.

(2) Organization and Storage:

• Promptly organize and archive all quality records to ensure systematic and retrievable information.

• Store records in an appropriate environment to prevent damage or loss.

Our R&D team consists of core members with over 20 years of extensive industry experience. The team strictly follows the New Product Development Process (NPDP) throughout the entire product lifecycle, covering several key areas:

Product Design: In-depth understanding of market needs and innovative design solutions.

Project Management: Efficiently organizing and coordinating resources to ensure projects are completed on time and with quality.

R&D and Process Control: Employing advanced R&D methods while continuously monitoring and optimizing the development process.

Continuous Improvement: Enhancing product quality and user experience through feedback mechanisms and data analysis.

Excellence in Management: Establishing an efficient management system to promote team collaboration and knowledge sharing.

Our team not only possesses profound professional knowledge but also outstanding execution capabilities, ensuring we provide the highest quality products and services to our clients.