OEM/ODM Customization Process: Simple and Efficient, Fully Transparent We abandon the traditional "black box model" of manufacturing and use standardized procedures to make each step of the cooperation clear and controllable.

Customers can follow the progress at any time:

1. Demand Communication (1-2 days) Professional project managers conduct one-on-one communication to gain a deep understanding of: Product characteristics (size, weight, storage requirements), brand positioning (high-end / mass market / niche), target market (domestic / Europe/America / Southeast Asia, adhering to local compliance standards such as FDA, CE); Customized core requirements (appearance priority / function priority / cost control), budget range and delivery cycle, output the "Demand Analysis Report" to ensure mutual understanding.

2. Scheme Design and Prototyping (3-7 days) The design team outputs 3 or more packaging schemes (including 3D effect diagrams, material sample cards), and after customer confirmation, start prototyping; Use "digital prototyping + physical samples" for dual verification: first simulate packaging assembly and usage scenarios through 3D models, then produce 1:1 physical samples, allowing customers to intuitively inspect appearance, feel, and function, and make modifications until satisfied.

3. Production Manufacturing (5-15 days based on order quantity) After sample confirmation, sign a formal contract, clearly defining material standards, quality inspection norms, and delivery milestones; During the production process, implement the "three-level inspection system": raw material entry inspection (such as compliance of food-grade materials), production sampling inspection (such as printing clarity, structural firmness), and finished product full inspection (such as size deviation, defect screening), ensuring that each product meets the standards.

4. Quality Inspection, Delivery and After-sales (1-3 days) After the finished product is inspected by a third-party authoritative institution (such as SGS, ITS) and deemed, provide the "Quality Inspection Report"； Support on-site pickup, logistics delivery (cooperating with SF Express, DHL, etc., customizable anti-loss packaging), providing customs clearance assistance for remote areas or cross-border orders； After-sales commitment: In case of non-human-induced quality issues, respond within 24 hours, and provide a solution for re-delivery or return within 48 hours.

HEBEI YITUO Packaging Products Sales Co., Ltd is a leading manufacturer specialized in various cosmetic packaging industry since 2005. "High-quality products, reasonable prices, and thoughtful service" is our service philosophy. We value cooperation and communication with customers, and aim to provide the best solutions.Built a quality certification system,we ensure to offer premium quality.

The glass bottle production line is an integrated automated manufacturing system that encompasses multiple processes. The core focuses on three main modules: "raw material transformation - shaping and forming - quality control", enabling efficient conversion from raw powder materials to qualified glass bottles. It is widely used in fields such as food, medicine, and cosmetics. 

The production line begins with raw material preparation: mixing core raw materials like quartz sand, soda ash, and limestone in precise proportions, grinding them into uniform powder, and then transporting it to the melting kiln via a conveyor belt to ensure the purity and accuracy of the raw materials, laying the foundation for the quality of the glass. 

Next comes the high-temperature melting stage: the powder material is continuously melted in a pool kiln at temperatures above 1500°C, forming a bubble-free, uniformly transparent glass liquid. During this process, the temperature inside the kiln needs to be precisely regulated by a temperature control system to avoid impurities or crystallization in the glass liquid, which is a crucial step determining the strength and transparency of the glass. 

Then comes the shaping process: the molten glass liquid flows through a channel into the shaping machine, where it is shaped using the "blow-blowing method" (suitable for small-mouth bottles, such as beverage bottles) or the "press-blowing method" (suitable for wide-mouth bottles, such as canned bottles) with the help of molds to achieve rapid shaping. At the same time, the machine arm is used for automated mold removal to ensure the uniformity and consistency of the bottle shape. 

The shaped glass bottles then undergo annealing treatment: they are sent to the annealing furnace for slow cooling (gradually reducing from 600°C to room temperature), eliminating internal stress in the glass and preventing subsequent breakage. The annealing time and temperature curve need to be precisely set according to the thickness of the bottle. 

Finally, quality inspection and post-processing follow: automated inspection equipment uses an optical system to screen for bubbles, scratches, and size deviations on the bottle body, and then undergoes pressure and heat resistance tests to verify safety. Qualified products enter the post-processing stage, where they are cut of burrs, cleaned and disinfected, and some may be labeled or printed with codes, and finally packaged and stored, forming a complete production loop.

Our packaging team is comprised of professionals with extensive experience in the industry.

Core members average over 10 years of experience in packaging design, material development, and production management. Adhering to the principles of "innovation, precision, and collaboration," the team is dedicated to providing clients with one-stop packaging solutions.

Core team members include:

Senior Designers: Possessing keen market insights and excelling at translating client needs into innovative designs, they have won numerous industry design awards.

Materials Engineers: Expertly versed in the properties and applications of various packaging materials, ensuring products strike the optimal balance between environmental performance, safety, and cost. Project Management Experts: Demonstrating effective cross-departmental coordination, they ensure smooth project execution from conception to delivery, achieving an on-time delivery rate exceeding 98%.