Frustrated by the risks of sourcing from China? You know the potential for great prices, but fear the scams and quality issues. This guide is your shield against those costly mistakes.

Vetting a PET blow molding machine manufacturer is the most crucial step. It helps you verify their technical claims, confirm they are a real factory, understand their quality control processes, and guarantee you'll have reliable after-sales support, preventing disastrous and expensive project failures.

I've been in the PET blow molding industry for 16 years. In that time, I've seen firsthand the incredible opportunities that sourcing from China offers. The complete supply chain and cost advantages are undeniable. But I've also seen the dark side. I've consoled clients who were cheated by slick trading companies posing as factories and helped others salvage projects after receiving machines that simply didn't work. This is why I created this checklist. It’s not just a list of tips; it’s a systematic process to protect your investment and find a true partner who can help your business grow. Let's walk through it step-by-step.

Why Vetting Your Manufacturer is the Most Critical Step When Sourcing from China?

Tempted by the low prices from Chinese suppliers? A wrong choice can lead to project delays, wasted materials, and a machine that becomes a very expensive piece of scrap metal.

Vetting is critical to separate genuine factories from trading companies, verify quality claims, and ensure you receive the promised technical support. It's your primary defense against project failure, financial loss, and the immense stress that comes with a bad purchase decision.

The Lure of Cost vs. The Reality of Risk

The number one reason businesses look to China is cost. And yes, you can find incredible value here. The problem is, on the surface, a top-tier manufacturer's website and a fraudulent trader's website can look identical. The price quotes can also be deceivingly close. The real difference isn't in the price tag, but in the value and security you receive. I remember a client from Malaysia who was thrilled to find a 6-cavity fully automatic PET blow molding machine for a price that was 20% lower than other quotes. He placed the order, paid the deposit, and waited. The machine arrived, but it was a nightmare. The parts were mismatched, the settings were unstable, and it couldn't produce consistent bottles. When he contacted the supplier for support, they were gone. The website was down, the contact person's phone was disconnected. He eventually discovered he had been dealing with a small trading company that simply disappeared. They took his money, and he was left with a useless machine. This is the risk of focusing only on the initial price. Vetting protects you from this exact scenario. It forces you to look beyond the price and examine the substance of the company you are dealing with. A reliable supplier might not be the absolute cheapest, but the security, quality, and support they provide are worth far more than the small amount you might save upfront.

Information Asymmetry: What You Don't See Can Hurt You

When you're thousands of miles away, you are at a disadvantage. The supplier knows their business, their factory (or lack thereof), their components, and their processes. You only know what they choose to tell you. This gap in information is what we call "information asymmetry," and it's where most problems begin. A supplier can easily tell you they use high-quality steel for their blow bottle molds, but how can you verify that from your office? They can show you a video of a shiny, clean workshop, but is it even theirs? Vetting is the process of closing that information gap. It's about asking the right questions, demanding proof, and using specific tactics to see what's really happening behind the scenes. It's about turning their claims into verifiable facts. For example, instead of just asking if they have quality control, you should ask for their specific ISO9001 certification number and their documented quality control procedures for incoming materials, in-process inspection, and final machine testing. This level of detail often separates the professionals from the pretenders.

The Long-Term Partnership Mindset

Buying a PET blow molding machine is not like buying a product off a shelf. It's the beginning of a long-term relationship. You will need support for installation, training for your operators, spare parts in the future, and technical advice when you want to launch new bottle designs. If you choose the wrong supplier, you get a machine. If you choose the right partner, you get a machine plus a team of experts dedicated to your success. A good partner will be interested in your project, ask about your production goals, and suggest the best solution for you, not just the most expensive one. They will be transparent about their processes and responsive to your questions. This is why vetting goes beyond just the machine itself; it's about evaluating the people and the company culture. You are looking for a reliable blow molding machine supplier who will be there for you years after the machine is delivered.

Step 1: Preliminary Online Screening and Background Check?

Starting your search for a supplier can feel overwhelming. A quick search brings up hundreds of options, and many websites look professional but hide a deceptive reality. How do you begin?

A structured online screening is your first filter. By systematically checking their website, B2B platform history, and public reputation on Google, you can quickly eliminate the most obvious low-quality suppliers and scammers, saving you valuable time and effort.

Deconstructing the Company Website

A manufacturer's website is their digital storefront. It’s your first glimpse into their professionalism and legitimacy. Don't just be impressed by flashy designs; look for substance.

• About Us Page: Does it tell a genuine story? Look for details about when the company was founded, its mission, and photos of the team and key people. A generic page with stock photos is a red flag.
• Factory Tour/Photos: Do they show actual photos and videos of their factory floor, equipment, and workers? Be wary of websites that only show 3D renderings of machines or use generic factory images that could be from anywhere. Real factories are proud of their facilities and are eager to show them off.
• Case Studies and Client List: A reputable manufacturer will have a portfolio of successful projects. Look for detailed case studies that describe the client's problem and how the manufacturer solved it. If they list client names, that's a good sign of confidence.
• Contact Information: Is their physical address listed, and does it correspond to an industrial area on Google Maps? Do they have a proper company email address (e.g., vivian@ibottler.com) rather than a free one like Gmail or Hotmail?

Leveraging B2B Platforms (Alibaba, Made-in-China.com)

Platforms like Alibaba and Made-in-China.com can be valuable tools, but you need to know how to interpret the information they provide.

• Membership Age: How long have they been a "Gold Supplier" or verified member? A longer history (e.g., 5+ years) suggests a more stable and established business. Scammers rarely stick around for that long.
• Reviews and Ratings: Read through customer reviews carefully. Don't just look at the star rating. Are the reviews detailed and specific? Are there any recurring complaints about quality, communication, or service? Pay attention to how the supplier responds to negative reviews, if at all.
• Verified Information: These platforms often have third-party verification services (like TÜV Rheinland or SGS) that audit the company. Look for these verification reports. They can confirm if the company is a manufacturer or a trading company, and provide real photos of their premises.

The Power of a Simple Google Search

Never underestimate the power of a basic Google search. This is where you can uncover information the supplier doesn't control. Use the following search queries:

• "[Company Name] review"
• "[Company Name] scam"
• "[Company Name] problems"
• "[Company Name] complaint"

You might not find anything, which is often a good sign. But if you find forum posts, industry blogs, or legal complaints from other buyers, you need to investigate further. One negative review isn't necessarily a deal-breaker, but a pattern of complaints is a major warning sign. This simple step can save you from walking into a known problem.

Here is a quick checklist for your online screening process:

Step 2: Evaluating Technical Capability and R&D Strength?

A machine that looks impressive is one thing, but can it perform? A supplier's true value lies in their technical expertise. Weak engineering means your machine may not handle your specific needs, especially if you have a unique bottle design.

To assess their real strength, you must dig deeper than the sales brochure. Inquire about their R&D team, ask for case studies on complex projects, and most importantly, find out the brands of the critical components they use, like PLCs and valves.

Beyond the Standard Machine: Customization and Innovation

Any factory can produce a standard, off-the-shelf machine. But what happens when you need something different? Perhaps you have a complex bottle shape, a very lightweight preform, or require an unusual neck finish. This is where a manufacturer's Research and Development (R&D) strength becomes critical.

Ask them directly:

• "Do you have an in-house R&D team? How many engineers are on the team?"
• "Can you show me examples of customized projects you have completed?"
• "What is your process for developing a new bottle design with a client?"

A strong manufacturer will welcome these questions. They'll be proud to show you their engineering department and introduce you to their team. They will have a clear process, like our PET Bottle Mold Design Guide, that takes an idea from concept to production. They can discuss material properties, preform design, and potential blowing challenges. A trading company or a low-level factory will give you vague answers or simply say "yes, we can do it" without providing any evidence or process details. Their goal is to make the sale, not to engineer the best solution.

The Heart of the Machine: The Importance of Key Components

A blow molding machine is a complex assembly of thousands of parts. While the steel frame is important, the performance, reliability, and lifespan of the machine are determined by its core components. Low-quality suppliers cut costs by using cheap, no-name pneumatic valves, sensors, and control systems. These parts are prone to failure, leading to constant downtime and maintenance headaches.

You must demand a detailed component list. Ask specifically:

• PLC (Programmable Logic Controller): This is the brain of the machine. Are they using a globally recognized brand like Siemens, Schneider, Mitsubishi, or Allen-Bradley?
• Pneumatic Valves: These control the high-pressure air and are critical for the blowing process. Look for top-tier brands like Festo, SMC, or Parker.
• Sensors and Relays: Quality brands like Omron or Schneider ensure accuracy and reliability.
• Heaters: High-quality infrared lamps are essential for evenly heating preforms.

A transparent manufacturer will not hesitate to provide this list. They are proud of the quality components they use. A supplier who is evasive or says "we use good quality domestic brands" is likely hiding the fact that they are cutting corners. Insisting on top-tier components may increase the initial cost slightly, but it will save you thousands in downtime and replacement parts over the life of the machine. It is a non-negotiable point for a reliable blow molding machine supplier.

Case Studies Are the Ultimate Proof

Talk is cheap. Any salesperson can claim their machines are the best. The real proof lies in their past work. Don't just ask for a client list; ask for detailed case studies relevant to your industry.

If you are in the beverage industry, ask for a case study about a CSD (carbonated soft drink) bottle project. If you produce cooking oil, ask about their experience with large-handle bottles. A good case study should include:

• The Client's Initial Challenge: What problem were they trying to solve?
• The Solution Provided: Which machine model and mold configuration was used? Was there any customization involved?
• The Outcome: What were the results? For example, "We helped the client increase their production speed by 20% while reducing bottle weight by 1.5 grams."

This demonstrates not only that their machines work, but also that they understand their clients' businesses and can deliver real-world results. If a supplier cannot provide any such evidence, it's a strong indication that they lack the experience you need.

Step 3: Assessing Quality Control Systems and Certifications?

For any buyer located thousands of miles away, quality is the biggest concern. How can you be sure the machine you receive is the same one you were promised? The answer lies in the manufacturer's quality control (QC) system.

A professional manufacturer doesn't just check for quality at the end; they build it into every step of the process. You need to investigate their certifications, their internal QC structure, and their final testing procedures to ensure you receive a machine that is built to last.

The Foundation: ISO 9001 and Other Certifications

Certifications are a good starting point. They show that a company has invested time and money to have its processes audited by an independent third party.

• ISO 9001: This is the most important certification for a manufacturer. It doesn’t certify the product itself, but rather the company's quality management system. An ISO 9001 certified company has documented procedures for everything from handling orders to controlling production and dealing with defects. Ask for their certificate, and don't be afraid to check the certificate number online to ensure it's valid.
• CE Mark (for European clients): If you are in Europe, the CE mark is mandatory. It signifies that the machine meets the EU's health, safety, and environmental protection standards. A manufacturer who regularly exports to Europe will have this certification readily available.

While certifications are important, they are not a complete guarantee of quality. They are a baseline that shows the company is serious about its processes. You still need to dig deeper into their day-to-day operations.

The Three Pillars of In-House QC: IQC, PQC, OQC

A robust quality control system is typically divided into three stages. You should ask your potential supplier how they manage each one.

A professional China PET bottle machine factory will have clear answers and likely documented procedures for all three stages. A less reputable supplier might just say, "Don't worry, our workers are very experienced." This is not a system; it's a gamble.

The Final Test Run: The Most Important Step

The most critical part of the QC process is the final machine test. A machine should never be shipped after it's simply been assembled. It needs to be put through its paces to ensure all systems are working together correctly under real production conditions.

Insist on the following:

• A Continuous Run Test: The machine should be run continuously for at least 48 hours. This helps identify any potential issues with overheating, component failure, or instability that might not appear during a short test.
• Testing with Your Preforms: If possible, send a box of your own preforms to the factory. This allows them to test the machine with the exact material you will be using, ensuring the heating and blowing parameters are set correctly. It's the best way to confirm that the machine can produce your specific bottle to your quality standards. A video of this test run is essential. We often find that this helps us check if a customer knows how to choose the right preform neck size.
• Bottle Quality Checks: During the test run, they should be collecting bottle samples regularly and checking them for defects like haziness, pearlescence, or uneven wall thickness. Ask for their report on these checks. Understanding potential issues in advance can help you find solutions, like those in our guide to common PET blow molding defects.

A supplier who is confident in their quality will have no problem accommodating these requests. One who makes excuses is likely trying to hide something.

Step 4: Differentiating a Real Factory from a Trading Company?

This is one of the biggest challenges for overseas buyers. Many trading companies create professional websites and present themselves as manufacturers, but they don't actually produce anything. They are middlemen.

Dealing with a trader can lead to higher prices, poor technical support, and a complete lack of accountability if something goes wrong. Here are concrete, actionable methods to see through the disguise and find a genuine China PET bottle machine factory.

The Virtual Factory Tour: Your Eyes on the Ground

In today's connected world, you don't need to fly to China to see the factory. A live video call is a powerful and non-negotiable vetting tool.

• Request a Live Video Call: Don't accept a pre-recorded video. Schedule a live call via WhatsApp, WeChat, or Zoom. Ask the sales representative to walk you through their facility.
• What to Look For:
  • The Workshop: Is it a real, active production environment? You should see CNC machines, lathes, assembly stations, and workers. Are there machines in various stages of completion?
  • The Warehouse: Do they have a stock of raw materials (like steel blocks for molds) and components (like valves, PLCs, cylinders)?
  • The Company Name: Look for the company name and logo displayed on the factory walls, on workers' uniforms, or on equipment. This helps confirm you are looking at their actual facility.
  • Interact with the Environment: Ask the sales rep to stop and show you a specific machine they are working on, or have a brief chat with a technician. A trader in a small office cannot do this. They will make excuses like "the workshop is too noisy" or "the connection is bad." These are major red flags.

The Legal Documents: The Truth in Writing

Every legitimate company in China has a business license. This document contains key information that can instantly reveal their true nature.

• Ask for a Copy of the Business License: A legitimate company will provide this without hesitation.
• Check the "Business Scope" (经营范围): This is the most important section. Look for keywords like "生产" (shēngchǎn - production, manufacturing), "制造" (zhìzào - manufacturing), or "加工" (jiāgōng - processing). If the business scope only lists words like "销售" (xiāoshòu - sales), "贸易" (màoyì - trade), "进出口" (jìnchūkǒu - import/export), they are a trading company, not a manufacturer. Even if you can't read Chinese, you can use a translation app to check for these specific characters.
• Check the Registered Address: Is the address located in a known industrial zone? A quick search on Google Maps can tell you. If the address is in a downtown office building, they are almost certainly a trading company.

The Technical Deep Dive: The Trader's Kryptonite

Trading company salespeople are trained in sales, not engineering. They can recite product specifications from a brochure, but they lack deep technical knowledge. This is where you can expose them.

• Ask Specific, Detailed Technical Questions: Move beyond basic questions like "what is the clamping force?". Instead, ask:
  • "What grade of steel do you use for the mold cavity and core? Why do you choose that specific grade?"
  • "Can you explain the sequence of operations for the pneumatic system during the high-pressure blowing stage?"
  • "If I am having an issue with pearlescence on the base of my bottle, what are the first three machine parameters you would suggest I adjust?"

A true factory engineer or a technically proficient salesperson can answer these questions in detail. A trader will stumble, give vague answers, or have to say "let me check with my engineer and get back to you." While it's normal for a salesperson not to know everything, a complete inability to discuss technical details is a very bad sign. They are just a middleman, and when you have a real technical problem after the sale, they will be of no help.

Step 5: Checking Communication, Service, and After-Sales Support?

Buying a machine is just the first step. The quality of your long-term experience will depend heavily on the supplier's service and support. A cheap machine with no support can become a very expensive problem.

Responsive communication, clear documentation, and a reliable after-sales network are not bonuses; they are essential. You must evaluate these factors just as carefully as you evaluate the hardware itself to ensure you're building a partnership, not just making a purchase.

The First Impression: Communication Speed and Professionalism

How a company communicates with you before the sale is often a strong indicator of how they will communicate after the sale, when they already have your money.

• Response Time: How quickly do they respond to your emails and messages? In our industry, a response within 24 hours is standard. A company that takes days to reply is either not interested in your business or is poorly organized.
• Clarity and Professionalism: Is the salesperson's English clear and easy to understand? More importantly, do they answer your questions directly and thoroughly, or do they give vague, evasive answers? A professional salesperson should act as a consultant, seeking to understand your needs.
• Technical Knowledge: Does the salesperson have a good grasp of the technical aspects of the machine? As mentioned before, if they can't answer basic technical questions, it's a red flag. They are your primary point of contact, and if they don't understand the product, communication will be a constant struggle.

The Blueprint for Success: Technical Documents and Manuals

When your machine arrives, you will need a comprehensive set of documents to install, operate, and maintain it correctly. A lack of proper documentation can lead to mistakes, damage, and extended downtime.

Before you place an order, ask for samples of their technical documentation. You should expect to receive:

• A Detailed User Manual: This should cover machine operation, parameter settings, and safety procedures in clear English.
• An Electrical Wiring Diagram: This is absolutely essential for troubleshooting any electrical issues.
• A Pneumatic System Diagram: Crucial for understanding and maintaining the air systems.
• A Spare Parts List: This should include part numbers and descriptions for all key wear-and-tear components, making it easy to order replacements.

A professional manufacturer will have these documents standardized and ready to share. A disorganized or unprofessional supplier might provide poorly translated, incomplete, or non-existent manuals, leaving your team to figure things out on their own.

The Safety Net: Warranty and After-Sales Support

This is arguably the most critical part of the service evaluation. A machine will inevitably require maintenance and may have issues. What happens then?

You need to get the after-sales support policy in writing. Ask these specific questions:

• What is the warranty period? A 12-month warranty on core components is standard.
• What exactly does the warranty cover? Does it cover parts and labor? Are there any exclusions?
• How do you provide technical support? Do you offer video call support? Can your engineers remotely access the machine's PLC to diagnose problems?
• How do you handle spare parts? If a critical part fails under warranty, how quickly can you ship a replacement? Who pays for the shipping?
• Do you offer overseas installation and training? If so, what are the costs involved (e.g., technician's travel, accommodation, daily fee)?

I have seen many clients get burned by vague promises of "lifetime support." A reliable partner will have a clear, documented policy that protects your investment. They understand that their reputation depends on how they respond when things go wrong. Ensuring your new blow molds will fit your existing machines is part of this service, a guarantee a good supplier should make.

Step 6: Analyzing the Price – Is It a Bargain or a Trap?

Everyone wants a good price, but in this industry, the lowest price is often the most expensive. An unbelievably low quote is a huge red flag that may signal cheap parts, no R&D, and non-existent after-sales service.

To make an intelligent decision, you must look beyond the final number and analyze the "Total Cost of Ownership." A slightly more expensive machine from a reputable supplier can save you a fortune in the long run.

Deconstructing the Quotation

Don't accept a one-line quote that just says "1x Fully Automatic Blow Molding Machine = $XX,XXX". This tells you nothing. A professional manufacturer will provide a detailed quotation that breaks down the entire package.

Your quotation should clearly list:

• Machine Model and Key Specifications: Clamping force, number of cavities, theoretical output, max bottle volume, etc.
• Bill of Materials for Key Components: It should specify the brands for the PLC, valves, servo motors, and other critical parts as discussed earlier. This allows you to make an "apples-to-apples" comparison between different suppliers.
• Included Molds: Is a blow bottle mold included? How many cavities? What steel will be used?
• Auxiliary Equipment: Does the price include essential support systems like a preform loader, air compressors, and a water chiller? We always advise on the importance of a chiller for the blow molds and a cost-efficient air compressor system.
• Spare Parts Package: What initial spare parts are included (e.g., heaters, seals, sensors)?
• Services: Does the price include installation, training, and warranty?
• Shipping Terms: Is it FOB (Free on Board), CIF (Cost, Insurance, and Freight), or something else? This affects your total landed cost.

If a supplier sends you a vague quote, push back and ask for a detailed breakdown. Their willingness to provide this transparency is a test in itself.

The Hidden Costs of a "Cheap" Machine

I'll never forget a client from Australia. He was proud to have negotiated a very low price on a 4-cavity machine. On paper, the specifications looked similar to our offer, but he saved about 15%. Six months later, he called me in a panic. The machine was constantly breaking down. The cheap pneumatic seals failed, causing air leaks and inconsistent bottle quality. The no-name PLC would randomly freeze, halting production for hours. He was losing more money in downtime and wasted material every week than the 15% he had "saved."

This is the reality of the price trap. Here’s what a suspiciously low price often means:

• Inferior Components: Using cheap, domestic-brand copies of major international parts.
• Thinner Steel Plates: Cutting corners on the machine frame, leading to instability and a shorter lifespan.
• No Real R&D: They copied a design without truly understanding the engineering behind it. The machine might work, but it won't be optimized for performance or efficiency.
• Zero After-Sales Budget: They have no intention of providing support after the sale. The low price doesn't have any margin built in for a service department or warranty claims.

Thinking in Terms of Total Cost of Ownership (TCO)

A smart buyer thinks about the Total Cost of Ownership (TCO) over the next 5-10 years, not just the initial purchase price.

TCO includes:

• Purchase Price: The initial cost of the machine and equipment.
• Operating Costs: How much electricity and compressed air does it consume? An efficient machine can save you thousands per year.
• Maintenance & Downtime Costs: How much will you spend on spare parts? More importantly, how much production will you lose when a cheap machine breaks down?
• Labor Costs: Is the machine easy to operate and maintain, or does it require constant attention from highly skilled technicians?

When you analyze the price through the lens of TCO, the slightly more expensive machine from a reputable manufacturer with high-quality components and reliable support almost always comes out as the cheaper, more profitable option in the long run.

Your Final Checklist: 10 Essential Questions to Ask a Manufacturer?

You've gathered a lot of information, but it can be hard to keep track of everything. Before you make a final decision, you need a simple, powerful tool to make a direct comparison and get straight answers.

This ultimate checklist condenses all the key vetting points into ten direct questions. Use this list during your final discussions with potential suppliers. Their answers will reveal everything you need to know to make a safe and profitable choice.

The Ultimate Vetting Checklist

Present this list to your top 2-3 potential suppliers. A confident, transparent manufacturer will have no problem providing clear, detailed answers. An evasive or low-quality supplier will struggle, and their hesitation will be your final red flag. By using this structured approach, you're not just buying a machine; you're actively filtering for a reliable long-term partner. This is the best way to ensure your investment in a PET blow molding machine from China is a success. We also encourage clients to validate their designs quickly by using our 3D printed sample service, a service only a true partner would offer.

Conclusion

Vetting a Chinese manufacturer isn't about being suspicious; it's about being professional. This checklist will guide you to find a reliable partner, ensuring your investment is safe and successful.

Frequently Asked Questions

Q: How can I be sure I'm dealing with a real factory and not a trading company?

A: The most effective method is to request a live video call and ask for a tour of their workshop. A real factory will be able to show you machines in production, raw materials, and their workforce. Additionally, ask for their business license and check the "Business Scope" section. It must contain words like "manufacturing" or "production." A trading company's license will only list "sales" or "trade."

Q: What are the typical payment terms when buying a blow molding machine from China?

A: In my 16 years of experience, the industry standard is a Telegraphic Transfer (T/T). Typically, the terms are 30% as a down payment to start production and the remaining 70% balance to be paid after you have inspected the machine (usually via video of the final test run) but before it is shipped. Be very cautious of any supplier demanding 100% payment upfront.

Q: What kind of after-sales support and warranty can I expect?

A: A reputable manufacturer should offer a standard 12-month warranty on major non-wearable parts. Support should include remote technical assistance via video calls and email. Many companies, including ours, can also send engineers for on-site installation and training, though this is usually a separate, paid service. Always get the full warranty and support policy in writing before signing a contract.

Q: Is it possible to get a customized bottle design and mold?

A: Absolutely. This is a key service that separates good manufacturers from basic factories. A supplier with strong R&D capabilities will work with you to turn your concept into a producible design. They should be able to provide a complete PET bottle mold design guide, offer 3D modeling, and even create rapid prototypes or 3D printed samples for you to validate the design before cutting the final steel mold.

Q: Before I place an order, can I see a video of the machine running with my preform?

A: Yes, and you should insist on it. This is a critical final step in the vetting process. Send a small batch of your specific preforms to the manufacturer. Ask them to conduct a full test run and record a high-quality video showing the machine in operation, the control panel, and close-ups of the finished bottles. This confirms the machine is compatible with your materials and can produce the quality you expect.

🔗 Learn More about Blow Molding Technology

• Blow Molding – Wikipedia
  A comprehensive overview of various blow molding processes, including extrusion, injection, and stretch blow molding.

• Injection Molding – Wikipedia
  Important for understanding the production of preforms used in stretch blow molding.

• Stretch Blow Molding – Wikipedia
  Explains how PET bottles are formed through axial and radial stretching processes.

• PET Bottle – Wikipedia
  Background information on the materials and properties of typical PET bottles.

• Design of PET Bottles – Wikipedia
  An introduction to the design considerations and geometry used in PET bottle manufacturing.

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💡 Looking for a complete PET plastic packaging machinery solution?

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☎ Contact: Vivian
🏢 Zhongshan Jindong Machinery Co., Ltd.
🌐 www.ibottler.com
✉ Vivian@ibottler.com
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