Extrusion blow molding has become the backbone of hollow plastic packaging for the simple reason that it scales from a tiny 200-milliliter squeeze bottle to a 1500-liter industrial tank on one continuous technology route. For packagers, chemical producers, and component manufacturers around the world, the question is rarely whether blow molding works but which machine partner can deliver consistent output, spare parts, and support across borders. Apollo, a Wanplas factory, answers that question with a track record that is hard to match: 20+ years of specialized manufacturing, an 8,000 sqm plant in Zhangjiagang near Shanghai, and 4,000+ extrusion blow molding machines running reliably in 90+ countries. This overview examines how those machines reached factories on six continents, the series behind them, the industries they serve, and the service model that keeps them productive.
Apollo, a Wanplas factory, designs and builds automatic extrusion blow molding machines under the Wanplas group mission to warm global customers with Chinese plastic machinery. The factory’s product range spans ten series with more than eighty models, organized around three core families that cover almost every hollow container a producer could need. The breadth of that installed base is not an accident. It reflects a deliberate engineering strategy: standardize the platform, then tailor the parison head, mold clamping, and extruder to the exact container, material, and output a customer requires. In the sections that follow, we analyze the technology, the machine series, the application industries, the selection logic, and the support promise that together explain why 4,000-plus machines keep running in 90-plus countries.
Readers who operate a packaging line, specify containers for a chemical plant, or source equipment for a medical or automotive supplier will find practical guidance here. We explain what extrusion blow molding does well, where it fits against alternative molding routes, how Apollo’s ABLB, ABLD, and Fully Electric series map to real المنتجات., and how to choose among them. We also detail the service guarantees — factory inspection, on-site installation, and USD 500 of free spare parts every year — that protect a buyer’s investment after the container is sealed and the machine is shipped.
ما الذي يوفره تصنيع القطر بواسطة النقع العالمي لقطاع التغليف العالمي؟
Extrusion blow molding is a continuous process in which molten plastic is formed into a hollow tube called a parison, captured inside a cooled mold, and inflated with compressed air until it takes the shape of the cavity. The process begins in the extruder, where resin is plasticized in the barrel by a rotating screw and pushed through a die head that shapes the parison. A blow pin then injects air, the parison expands against the cold mold wall, and the part cools and solidifies before the mold opens and the finished container is ejected. This simple, robust loop is what makes extrusion blow molding the most versatile route for hollow objects.
The defining advantage of extrusion blow molding is range. A single technology family can produce a 200-milliliter shampoo bottle and a 1500-liter intermediate bulk container, because the same physics scales with the size of the parison, the clamping force, and the accumulator head. That range is why packagers consolidate their equipment around one supplier. Compared with injection blow molding, which excels at small precision containers, or stretch blow molding, which is optimized for oriented PET bottles, extrusion blow molding covers the broadest spectrum of shapes, handles, and volumes with moderate tooling cost. It also handles asymmetric and handled parts that are difficult or impossible on other routes.
مرونة المواد هي الركيزة الثانية. تعمل عملية التشكيل النفاث عن طريق التشكيل بالرش على أنواع البوليмеры التجارية والهندسية، التي تهيمن على الحاويات، وهي: البولي إيثيلين في أشكاله ذات الكثافة العالية والمنخفضة، والبولي بروبيلين، والبولي كلوريد الفينيل، والبولي أميد، والبولي كاربونات، والأكريلنيتريل بوتاديين الستيرين، والبوليستين، والأيثيلين فينيل أسيتات، والبولي يوريثان الحراري، والبيتا إي تي جي. وتجلب كل مادة سلوكاً مختلفاً عند الذوبان، لذا يجب ضبط برمجة شريحة المطحنة الباردة، وملف درجة حرارة البربلي، وبرمجة البراياز. يتم تصميم آلات أبولو للتعامل مع هذه الأمركة النظامية من خلال إدارة الوصف على نظام التحكم، مما يتيح للمُنتج تشغيل زجاجات الأغذية في الصباح والبطون الكيميائية في المساء على نفس الجهاز.
Wall-thickness control is the engineering detail that separates a profitable line from a wasteful one. Modern extrusion blow molding uses a programmable parison controller that varies the die gap as the parison is extruded, placing more material where the container needs strength — at the base, at handles, at load points — and less where it is not needed. This optimization cuts material use, shortens cooling time, and improves drop performance. For a customer running millions of containers a year, a few grams saved per bottle compounds into a meaningful cost reduction, which is a major reason Apollo’s installed base keeps expanding in cost-sensitive markets.
Energy is the third factor. Conventional hydraulic extrusion blow molding machines consume power both to move the clamp and to drive the extruder, and hydraulic oil carries maintenance and contamination risk. The Fully Electric series removes the hydraulic system entirely, replacing it with servo-electric clamp and transfer drives. The result is lower energy consumption, quieter operation, and no oil in the production area — a decisive advantage for food, medical, and cleanroom environments. We return to this series in the product section, because the electric route is increasingly the default choice for new lines in regulated industries.
Extrusion blow molding earns its place in global packaging because it scales from a small bottle to a bulk container, adapts to many polymers, and keeps tooling cost moderate — the widest usable window of any hollow-molding route.
Quality and compliance close the loop. Containers that touch food or medicine must meet food-contact standards such as FDA regulations in the United States and EU 10/2011 in Europe. Chemical containers must resist the contents and survive stacking and transport. Apollo builds machines to CE machinery directives and ISO quality management, and configures food and medical contact parts to the relevant standard on request. This compliance capability, combined with the technical range above, is what allows the same factory in Zhangjiagang to sell into 90-plus countries with different rulebooks.
Inside Apollo’s Installed Base of 4,000+ الآلات in 90+ Countries
A number like 4,000 machines in 90 countries is only meaningful if it reflects repeatable performance, not one-time shipments. Apollo, a Wanplas factory, reached that scale through two decades of continuous refinement of the same machine families, an annual production capacity of around 100 sets, and a service policy that follows the machine after it leaves the plant. The installed base is concentrated in the applications where extrusion blow molding is strongest: bottles and jerry cans for food and daily chemical use, drums and tanks for the chemical and building sectors, and technical containers for medical, automotive, and transport supply chains.
Geography tells the story of demand. Emerging markets with fast-growing consumer goods industries adopt Apollo machines for the favorable cost-to-capacity ratio and the local-voltage, local-mold customization that makes deployment straightforward. Mature markets adopt them where the Fully Electric series meets cleanroom and energy targets that older hydraulic lines cannot. Across both, the common thread is that a buyer can specify a container, receive a matched machine, inspect it at the factory, and get it installed and supported without building a separate service organization. That end-to-end relationship is what turns a first machine into a second and a third.
The product architecture behind the base matters. Rather than selling a fixed catalog of unrelated machines, Apollo organizes its ten series into platforms that share extruder, clamping, and control technology. A producer who starts with an ABLB 55 for 3-liter bottles can later add an ABLB 150 for 20-liter pails or step up to the ABLD series for bulk containers, reusing the same control logic, spare-part families, and operator training. This platform thinking lowers the total cost of ownership and explains why customers stay within the Apollo lineup as they grow.
Reliability is the quiet driver of the 4,000-machine figure. Each machine is built around a robust clamping frame, a hardened screw and barrel, and a programmable logic controller with a human-machine interface for recipe storage and recall. The Wanplas group backs this with a shared quality standard that promises a refund plus 10 percent compensation if quality fails to meet the agreed specification. For an overseas buyer who cannot easily return a machine, that guarantee is as important as the machine’s cycle time, because it transfers part of the procurement risk back to the manufacturer.
الدعم scales with the base. With machines in 90-plus countries, Apollo dispatches engineers for on-site installation and tracks usage status afterward, with irregular customer visits to catch issues before they become downtime. The USD 500 free spare parts per year policy means a buyer is never stranded waiting for a paid order to clear customs for a small but critical component. Combined with the open-factory inspection policy, these commitments form a support model designed for distance — exactly the condition of a global installed base.
What the case overview shows is that scale and service reinforce each other. A larger installed base spreads engineering cost, funds faster spare-part response, and builds a library of container applications the next customer can benefit from. A buyer in a 91st country is not a test case; they inherit the lessons of 4,000 prior machines. That inheritance is the real product Apollo sells, and it is the reason the global customer case keeps growing.
Apollo Machine Series Built for Worldwide Production
تنظم آبلو مجموعةablm الخاصة بتشكيل النفخ بالضغط إلى ثلاث عائلات موجهة للعملاء تغطي بمساحة الإرسال من 200 مل إلى 1500 لتر. تخدم سلسلة ablm السوق من الزجاجات والمسابح الصغيرة إلى المتوسطة الحجم من容ع 200 مل إلى 20 لتر. تخدم سلسلة ablld الخزانات السائبة ذات التحمل الثقيل من 20 لتر إلى 1500 لتر. وتغطي سلسلة الكهربائية بالكامل نفس النافذة البالغة 200 مل إلى 20 لتر كما في ablm ولكن مع عدم وجود هيدروليكية لإمكانية الإنتاج النظيفة والمستهلكة للطاقة بشكل منخفض. وسيتم عرض كل أسرة أدناه مع таблиة للمواصفات مبنية على الممارسات الهندسية القياسية لفئة الخزان.
ABLB Series — 200 Milliliters to 20 Liters, Eight Models
The ABLB series is the workhorse of the Apollo lineup, with eight models spanning 200 milliliters to 20 liters for bottles, jars, jerry cans, and pails. These are standard extrusion blow molding machines with single, double, triple, or four-station configurations so a buyer can match the number of molds to the required output. Screw diameter scales with container size, and clamping force scales with the projected mold area. The table below lists representative parameters for the eight models; exact values are confirmed against the customer’s container drawing during configuration.
| Model | Container Volume | Stations | Screw Diameter (mm) | Clamping Force (kN) | Approx. Output (pcs/h) |
|---|---|---|---|---|---|
| ABLB 55 | 200 ml – 3 L | 1 – 2 | 50 | 40 | 600 – 1200 |
| ABLB 65 | 200 ml – 5 L | 1 – 2 | 55 | 60 | 500 – 1000 |
| ABLB 75 | 500 ml – 6 L | 1 – 3 | 60 | 80 | 450 – 900 |
| ABLB 80 | 500 مل – 8 لتر | 1 – 3 | 65 | 100 | 400 – 800 |
| ABLB 90 | 1 L – 10 L | 1 – 4 | 70 | 120 | 350 – 700 |
| ABLB 100 | 2 L – 12 L | 1 – 4 | 75 | 150 | 300 – 600 |
| ABLB 120 | 3 L – 15 L | 1 – 4 | 80 | 180 | 250 – 500 |
| ABLB 150 | 5 L – 20 L | 1 – 4 | 90 | 220 | 200 – 450 |
تتناسب سلسلة ABLB مع المشترين الذين يحتاجون إلى تغطية حجم مرنة من منصة واحدة. يمكن لمنتج الالبان تشغيل زجاجات بسعة 1 ليتر بالجهاز ABLB 90، ثم إضافة الآلة ABLB 150 مقابل البنادق بسعة 20 ليتر دون تغيير في فلسفة التحكم. كما تتيح وحدة التحكم القابلة للبرمجة، وحفظ الوصفات على الواجهة بين الإنسان والآلة، وقيادة القالب العكسي عمليات التغيير بسرعة، مما يحمي الإنتاج عند قيام المعبئ بعمليات تعبئة العديد من المنتجات بسلع ذات Kent colores web
ABLD Series — 20 Liters to 1500 Liters, Heavy-Duty
The ABLD series is Apollo’s heavy-duty family for large containers: drums, tanks, carboys, and intermediate bulk containers from 20 liters up to 1500 liters. These machines use an accumulator head that stores molten material and delivers a large parison in one fast shot, preventing the parison from sagging or cooling before the mold closes. Clamping force rises to several hundred kilonewtons, and multi-layer co-extrusion is available for barrier or regrind-core structures. The three models below represent the heavy-duty range.
| Model | Max Container (L) | Accumulator Head | Screw Diameter (mm) | Clamping Force (kN) | Layer Option |
|---|---|---|---|---|---|
| ABLD 1000 | 20 – 200 L | Single / dual | 100 | 400 | Single / multi |
| ABLD 2000 | 100 – 500 L | ثنائي | 120 | 600 | Single / multi |
| ABLD 5000 | 200 – 1500 L | ثنائي / large | 150 | 800 | Single / multi |
The ABLD series is the machine behind the bulk containers seen in chemical plants, water treatment, and agriculture. Multi-layer co-extrusion lets a producer put a recycled or regrind core between virgin skins, cutting material cost while keeping a clean outer surface. For chemical storage, a barrier layer can be added to resist aggressive contents. These options are why the heavy-duty family appears in the 90-country base wherever bulk liquid or powder must be stored and moved safely.
Fully Electric Series — 200 Milliliters to 20 Liters, No Hydraulics
The Fully Electric series covers the same 200-milliliter to 20-liter window as the ABLB but replaces every hydraulic function with servo-electric drives. There is no hydraulic power unit, no oil reservoir, and no hydraulic hoses in the production area. The clamp, the mold transfer, and the parison programming run on electric servo systems under closed-loop control. The table below summarizes the family.
| Model | Container Volume | Stations | Drive | Energy vs Hydraulic | Hydraulic Oil |
|---|---|---|---|---|---|
| شاحن كهربائي بالكامل 55 | 200 ml – 3 L | 1 – 2 | Servo-electric | Low | None |
| Fully Electric 75 | 500 ml – 6 L | 1 – 3 | Servo-electric | Low | None |
| Fully Electric 90 | 1 L – 10 L | 1 – 4 | Servo-electric | Low | None |
| Fully Electric 120 | 3 L – 20 L | 1 – 4 | Servo-electric | Low | None |
The Fully Electric series is the right answer for food-grade and medical production where oil mist or leaks cannot be tolerated, and for plants with strict energy or noise limits. Because servo drives draw power only when moving, the energy profile is favorable against a constantly-running hydraulic pump. Apollo positions this series for customers with high environmental requirements, and it is a growing share of new orders in the global base.
Material Applicability Across the Families
All three families process the same polymer set, but the end use decides the best fit. The table below maps common materials to typical containers and the recommended Apollo family, so a buyer can see the logic before reaching the selection guide.
| Material | Key Property | Typical Containers | Apollo Family |
|---|---|---|---|
| PE (HDPE/LDPE) | Food-safe, chemical resistant | Bottles, jerry cans, drums | ABLB / Fully Electric / ABLD |
| PP | Heat tolerant, lightweight | Food, medical containers | ABLB / Fully Electric |
| PVC | Rigid, transparent | Cosmetic, medical | ABLB |
| PA | Engineering, barrier | Fuel, technical parts | ABLD |
| PC | Tough, transparent | Water, sport bottles | ABLB |
| ABS | Impact, surface quality | Technical, auto parts | ABLB / ABLD |
| PS | قاسي، واضح | Dairy, cosmetic | ABLB |
| EVA / TPU | Flexible, elastic | Squeeze, sport, medical | ABLB |
| PETG | Clear, tough | Cosmetic, display | ABLB |
Together these families explain the breadth of Apollo’s global case. A single customer may run ABLB machines for bottles, Fully Electric machines for a clean line, and ABLD machines for bulk storage, all supported by one service relationship. That is the platform advantage a 4,000-machine installed base is built on.
How Apollo الآلات Serve Eight Global Industries
Apollo’s extrusion blow molding machines reach end users through eight core industries, each with distinct container requirements. Understanding these applications helps a buyer see where a given series fits and what end product it must produce. The strength of extrusion blow molding is that one machine family can serve several of these industries by changing only the mold and the material recipe.
الأغذية والمشروبات
The food and beverage sector is the largest consumer of small and medium hollow containers: water bottles, edible-oil bottles, milk and dairy bottles, soy-sauce and condiment jars, and juice containers. These run mainly on the ABLB and Fully Electric series in HDPE, PP, or PETG. Food-contact compliance is mandatory, so the screw, barrel, and mold contact surfaces are specified to meet FDA or EU 10/2011 depending on the destination market. High output and consistent wall thickness protect margin in this price-sensitive category.
Daily Chemical Products
تشمل الإنتاج الكيميائي اليومي عبوات الشامبو، ومياه الجسم، والمطهر، واللىون، والمنظفات، والتي تحتوي في كثير من الأحيان على مقابض وأغطية معقودة وشaping أنيقة. وتفضّل هذه الحاويات سلسلة ABLB للإنتاج المبالغ فيها التي تتراوح من 200毫ليتر إلى 20 لترا، بما في ذلك جرات السيليكون المستخدمة في صناعة المنظفات الرابطة. ويستخدم المواد البلاستيكية ذات الصبغة PETG في نسبة عالية من الأحيان، حيث تكون الأمانة وجمانة التصميم من الأمور الأهم. كما تساعد سرعة تغيير القوالب وتخزين الوصفات على تغيير المنتجات، وهو السبب الرئيسي في أن موردى المواد الكيميائية اليومية يشغلون جزءًا مستمرًا من القاعدة العالمية.
الصناعة الكيميائية
The chemical industry needs containers that resist aggressive contents and survive stacking, transport, and outdoor storage. This is the home of the ABLD heavy-duty series: 20-liter to 200-liter drums, 100-liter to 500-liter carboys, and up to 1500-liter intermediate bulk containers. Multi-layer co-extrusion adds a barrier skin or a recycled core, balancing cost and performance. Chemical drums demand tight wall control and secure closures, both of which the accumulator-head ABLD platform delivers.
Building Material
Building material applications include adhesive pails, sealant and paint containers, foam-can bodies, and protective sleeves. These are typically 1-liter to 20-liter pails and cans on the ABLB series, with PP or HDPE chosen for impact and chemical resistance. The building sector also uses large technical ducts and profiles from other Wanplas group lines, but for hollow packaging the ABLB pail range is the fit, and it must withstand rough job-site handling.
الطب والأدوية
Medical and pharmaceutical containers demand cleanliness and traceability: respiratory nebulizer bottles, irrigation and drainage containers, sterilant jars, and device housings. The Fully Electric series is preferred here because it removes hydraulic oil from the production area and lowers particulate and contamination risk. PP and PETG are typical, and parts are specified to medical-grade contact standards. The closed-loop servo control also improves repeatability, which matters for regulated المنتجات..
إنتاج السيارات
Automotive plants use blow molded parts such as windshield-washer fluid bottles, coolant reservoirs, ducting, and aerodynamic components. These run on the ABLB series for under-hood bottles and the ABLD series for larger reservoirs. Engineering polymers like PA and ABS appear where heat, fuel, or impact resistance is required. Automotive suppliers value the platform’s repeatability and the ability to validate a part to their own specification before volume production.
Transportation
Transportation covers the tanks and containers used in logistics, agriculture, and marine service: portable water tanks, fuel and DEF (diesel exhaust fluid) containers, and bulk liquid totes. The ABLD series produces the 200-liter to 1500-liter units that move fluids safely. For transportation, drop resistance, UV stability, and secure sealing are the priority, and multi-layer structures help meet them while controlling material cost.
الثقافة والرياضة
Cultural and sports goods include reusable sport bottles, buoyancy aids, toy bodies, and promotional containers. These favor clear or colored PC, PETG, and TPU parts on the ABLB and Fully Electric series. The sports bottle market in particular rewards design freedom — handles, ergonomic shapes, and dual-wall structures — which extrusion blow molding produces without the tooling penalty of other routes. This industry shows how the same machine that makes a chemical drum can also make a branded water bottle.
Mapping the eight industries back to the series makes the strategy clear. Small, clean, and design-led المنتجات. use ABLB أو كلياً كهربائي; bulk and barrier المنتجات. use ABLD. A buyer in any of these sectors is not adopting an experimental machine but joining a proven application that already runs in 90-plus countries.
Choosing the Right Apollo Series: A Buyer Selection Guide
Selecting a blow molding machine starts with two variables: the container volume and the material, then the production environment and the required output. The guide below converts common requirements into a recommended Apollo series. It is a starting point; the final configuration is confirmed against the customer’s container drawing, target output, and local conditions during the factory’s engineering review.
| Customer Requirement | Recommended Series | Reason |
|---|---|---|
| 200 مل – 20 لتر، إنتاج قياسي | ABLB Series | Eight-model range, moderate cost, fast changeover |
| 200 ml – 20 L, clean room or low noise | Fully Electric Series | No hydraulics, low energy, no oil contamination |
| 20 L – 200 L drums and tanks | ABLD 1000 | Heavy-duty accumulator, high clamping force |
| 200 L – 1500 L IBC and pallets | ABLD 2000 / 5000 | Large accumulator, multi-layer option |
| HDPE food bottles | ABLB أو كلياً كهربائي | Material fit, food-contact compliance |
| Chemical drums with barrier | ABLD with multi-layer | Chemical resistance, regrind core saving |
| Medical or pharma, clean | Fully Electric | Oil-free area, high repeatability |
| Handled jerry cans 5 L – 20 L | ABLB 90 – 150 | Clamping force and station count for handles |
Beyond series choice, three parameters decide the exact model. Container volume sets the screw diameter and accumulator size. Projected mold area sets the clamping force. Required output sets the number of stations and cavities. A buyer should prepare a container drawing with dimensions, neck finish, and target hourly output; Apollo’s engineers return a model and a confirmed specification. This engineering review is part of the factory inspection step and prevents the most common error — undersizing the clamp and getting flash or short shots.
Cost is expressed in relative terms, not currency. The ABLB series sits at a متوسط investment level for standard production. The Fully Electric series sits at a متوسط-to-High level because servo drives cost more upfront but return savings through lower energy and maintenance. The ABLD heavy-duty series sits at a High to Very High level because of the accumulator, clamp, and frame size. Over a machine’s life, the electric and heavy-duty lines often prove the better value through lower operating cost, which is why Apollo frames the decision around total cost of ownership rather than purchase price alone.
Technology Comparison: EBM Versus Other Blow Molding Routes
غالبًا ما يسأل المشترون عن كيفية مقارنة تقنيات الطي بالتربيع أثناء العادم مع التقنيات الأخرى، مثل الطي بالتربيع أثناء الحقن والطي بالتربيع أثناء التمديد. والجواب هو أن كل طريقة تمتلك جزءًا مختلفًا من خريطة الحاوية. ومع ذلك، هذا المقارنة تتم بين التقنيات وليس بين العلامات التجارية، وهي تساعد المشتري على تأكيد أن تقنية الطي بالتربيع هي الخيار الصحيح قبل اختيار سلسلة منتجات Apollo.
| الجانب | Extrusion Blow Molding (EBM) | Injection Blow Molding (IBM) | Stretch Blow Molding (ISBM) |
|---|---|---|---|
| Container size range | 200 ml – 1500 L | 3 ml – 1 L | 100 ml – 3 L (PET) |
| Flash / trimming | Needs flash trim | Flash-free | Flash-free |
| Tooling cost | متوسط | High | High |
| Best for | مجموعة واسعة من البراميل والمقاور والمكابح. | Precision pharma, no trim | Oriented PET, carbonated |
| Material waste | Low to متوسط | Very Low | Very Low |
| Multi-layer option | Yes (ABLD) | Limited | Limited |
The comparison shows why extrusion blow molding dominates the broad middle and top of the container range. Injection blow molding wins on small, flash-free, high-precision medical parts, and stretch blow molding wins on oriented PET for carbonated drinks. But neither scales to a 1500-liter tank or handles a heavy handled jerry can economically. For a producer who needs one flexible platform, extrusion blow molding is the natural anchor, and Apollo’s three families cover its full span.
There is also a process-maturity angle. Extrusion blow molding has run for decades on continuously improving parison control, servo clamping, and accumulator design. Apollo’s twenty-plus years in the category mean its control logic, die heads, and clamp frames are refined through thousands of real containers. A buyer choosing extrusion blow molding is choosing a mature, well-understood route with deep supplier experience — which is exactly the profile of the 4,000-machine global case.
Global Service and الدعم Behind Every Apollo Machine
A machine is only as good as the support that follows it across borders. Apollo, a Wanplas factory, builds its global service on four commitments that protect the buyer from the moment of order to years of operation. These guarantees are part of the Wanplas group standard and apply to every Apollo extrusion blow molding machine shipped worldwide.
Factory Inspection Before Shipment
تسير شركة Apollo سياسة مصنع مفتوحة. قبل تكديس الجهاز، يتم استقبال العميل أو مفتشيه في مصنع Zhangjiagang للإطلاع على جلسة تجريبية على العادم والتجربة على العادم على المنغنيز والمواد الخاصة بهم. ويتيح هذا الفحص التحقق من وقت الدورة وسمك الجدران وتعامل السطح على الحاوية الحقيقية، مما يوفر سهولة شراء مع تكلفة نقل بعيدة. وبالنسبة إلى المشترين غير القادرين على السفر، فإن Apollo تشارك سجلات المحاكمة والفيديو حتى يمكن تسجيل القبول وليست افتراضيًا.
On-Site Installation and Commissioning
After arrival, Apollo dispatches engineers for on-site installation, commissioning, and operator training. The engineer connects utilities, runs the first production, and hands over a trained crew. Because the control system stores recipes on a card, parameters from the factory trial can be transferred directly to the customer machine, shortening the ramp to full output. Usage status is tracked afterward, and irregular customer visits catch wear before it becomes failure.
USD 500 Free Spare Parts Every Year
The Wanplas group policy grants USD 500 of free spare parts per year to every Apollo customer. For the small but critical items — seals, heaters, sensors, blow pins — this means a buyer is never blocked waiting for a paid order to clear customs. The spare-parts policy is paired with warranty replacement for damaged parts, so routine wear and genuine defects are both covered within their windows.
Transport, Capacity, and Quality Guarantees
Three promises close the risk gap for an overseas buyer. The transport guarantee covers the machine in transit. The production capacity guarantee confirms the line meets the agreed output. The quality standards guarantee promises a refund plus 10 percent compensation if the machine fails to meet the agreed specification. Together they mean a customer in a 90th country carries the same assurance as a local one.
| Guarantee | Commitment |
|---|---|
| Factory inspection | Welcome before shipment, trial on customer mold |
| On-site installation | المهندسون المرسلون لإجراء التشطيب والتدريب. |
| Free parts | USD 500 per year |
| Transport guarantee | Machine covered in transit |
| Capacity guarantee | Meets agreed production output |
| Quality guarantee | Refund plus 10 percent compensation if spec fails |
This service model is the invisible half of the 4,000-machine, 90-country case. The visible half is the machine on the floor; the invisible half is the inspection, the engineer at startup, the free parts, and the guarantees that keep it running. Buyers consistently report that the support relationship, more than any single specification, is what brings them back for the next machine — and that repeat behavior is what compounds into a global installed base.
Frequently Asked Questions
What container sizes can Apollo extrusion blow molding machines produce?
Apollo machines cover 200 milliliters up to 1500 liters. The ABLB and Fully Electric series handle 200 milliliters to 20 liters, while the heavy-duty ABLD series covers 20 liters to 1500 liters for drums, tanks, and intermediate bulk containers. The exact model is chosen from the container drawing and target output.
ما هي المواد التي يمكن معالجتها على آلات Apollo EBM؟
Apollo extrusion blow molding machines process PE, PP, PVC, PA, PC, ABS, PS, EVA, TPU, and PETG. Material choice is matched to the end-use requirement such as food contact, chemical resistance, transparency, or impact, and the screw, barrel, and die head are configured accordingly.
How does the Fully Electric series differ from hydraulic EBM machines?
The Fully Electric series is powered entirely by servo-electric drives with no hydraulic oil system. This removes oil contamination risk, lowers energy consumption, reduces noise, and suits cleanroom and food-grade production better than conventional hydraulic machines, at a متوسط-to-High relative investment recovered through operating savings.
What global service does Apollo provide after delivery?
Apollo offers factory inspection before shipment, on-site installation and commissioning by dispatched engineers, usage tracking, irregular customer visits, and USD 500 of free spare parts every year, plus transport, capacity, and quality guarantees under the Wanplas group standard.
How do I choose the right Apollo series for my product?
Match container volume and material to the series: 200 milliliters to 20 liters standard use the ABLB series; the same range with cleanroom or low-noise needs uses the Fully Electric series; 20 liters to 1500 liters drums and tanks use the ABLD heavy-duty series. The selection table in this article gives a fuller mapping.
Are Apollo machines certified for international markets?
Apollo machines are built to CE machinery directives and comply with ISO quality management. Food and medical contact parts can be specified to meet FDA and EU 10/2011 food-contact requirements depending on the material and destination market, so the same platform sells into 90-plus countries with different rulebooks.
Can Apollo customize machines for local voltage and molds?
Yes. Apollo customizes voltage configuration, mold design, parison head layout, and optional multi-layer co-extrusion to suit the customer’s container drawing, local power supply, and production target. Customization is reviewed during the factory inspection step before the machine is built.
لماذا نختار التفجير Blasform بدلاً من طرق النفخ الأخرى؟
Extrusion blow molding spans the widest container range from small bottles to 1500-liter bulk containers, handles handles and asymmetric shapes easily, keeps tooling cost moderate, and supports multi-layer structures on the heavy-duty series. It is the most flexible route for hollow plastic packaging across the eight industries Apollo serves.
Conclusion
The case of 4,000-plus Apollo extrusion blow molding machines running in more than 90 countries is not a story of one clever model but of a complete system: a versatile technology, three well-engineered families, eight served industries, and a service model built for distance. Apollo, a Wanplas factory, turns twenty-plus years of extrusion blow molding experience and an 8,000 square meter plant into machines that a first-time buyer can specify with confidence and a returning buyer can expand without relearning the platform. The ABLB, ABLD, and Fully Electric series cover 200 milliliters to 1500 liters across PE, PP, PVC, PA, PC, ABS, PS, EVA, TPU, and PETG, so almost any hollow container finds its machine.
For a purchaser weighing options, the practical takeaway is to start from the container: its volume, material, and required output. That points to a series, and the selection guide in this article converts the requirement into a recommendation. Then the factory inspection, on-site installation, USD 500 free spare parts per year, and the transport, capacity, and quality guarantees remove the risk that usually worries an overseas buyer. Under the Wanplas mission to warm global customers with Chinese plastic machinery, Apollo has made extrusion blow molding a credible, supported choice on six continents.
If you are planning a new blow molding line or upgrading an existing one, share your container drawings, target output, and material specifications with our team so we can propose a matched configuration. We welcome you to visit our factory in Zhangjiagang for a live demonstration, and we can arrange a sample trial run on the ABLB, ABLD, or Fully Electric series so you can verify wall thickness, cycle time, and finish quality before ordering. Whether your need is a food bottle, a chemical drum, a medical container, or a bulk transport tank, we are ready to help you select, validate, and commission the right Apollo machine for your market.
