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Bottle Blowing Machine
Bottle Blowing Machine — PET Stretch Blow Molding Equipment Built for Beverage Producers
Mass Q-Series bottle blowing machines deliver 1,000 to 12,000 BPH (bottles per hour) on 2-9 cavities, making PET bottles from 60ml up to 20L – water, juice, CSD, edible oil, and 5-gallon containers. servo-driven preform loading, iron-ring transfer, and quick-change molds allow a single operator to run a shift. Every Q-Series delivery carries a two-year warranty, 24hr-responding engineers, and five-day spare parts delivery time – three promises that our clients use as proxy for procurement decisions across the Middle-East, Latin America, and South-East Asia markets.
2-Year Warranty
All machine parts — twice the industry-standard 12-month coverage
24-Hour Engineer Response
Around-the-clock technical support from our service team in Zhangjiagang
5-Day Parts Delivery
Replacement parts dispatched by international courier within 5 working days
At a Glance — Mass Q-Series Bottle Blowing Machine
Cavity Configurations
2 / 4 / 6 / 9-cavity
Output Range
1,000 – 12,000 BPH
Volume Range
60ml – 20L (5-gallon)
Neck Diameter
15 – 200 mm
Lead Time
10 – 15 weeks ex-works
Payment Terms
30 / 40 / 30 LC or TT
Spare Parts Delivery
5 working days global
Warranty
2 years all parts
From Preform to Finished Bottle: The Production Bottleneck Mass Q-Series Solves
A bottle blowing machine that throttles your throughput, leaks compressed air at 50-75 psig pressure drops, and drives a 3-hour mold changeover time lapse between SKUs is not a productivity enabler – it is a structural ceiling on your bottling line. Three blind spots dominate beverage and pack-line discussions with our engineering team: output cap-production constrained by legacy single-cavity equipment, energy bills inflated by pneumatic blow path inefficiency (compressed air usually comprises 35-40% of a PET plant’s total energy budget, with high-volume plants clearing $1-4 million annually), and time kills on multi-cavity production-lines caused by mold changeover nonflexibility.
Engineering the Structural Solution
Mass Q-Series bottle blowing machines are PET (polyethylene terephthalate) stretch blow molding systems built around those three constraints. servo-driven preform loading replaces pneumatic deadweight, integrated infrared heating delivers uniform preform temperature, and the new design brings cycle timing stability across thousands of consecutive shots. An integrated cast mold frame – not the weld-heavy Chinese-assembled frames of older-machines – kills the wall-thickness-drift after six to nine months of continuous production operation. The high speed blowing valve reduces compressed air consumption in proportion to the same BPH target, and a quick-change mold mechanism allows a new SKU to run in fifteen minutes rather than the 3-4 hour norm of generic clamping systems. The result is a stretch blow molding machine that runs a twelve hour shift operator free using only preform replenishment, and a consistent wall-thickness on every bottle in the twenty four hours.
“We tested both pneumatic and servo preform-loading configurations across 600 production hours before we standardized the Q-Series on servo. The pneumatic version cost $1,800 less per machine but produced 0.4% more rejects on small-neck bottles — at 6,000 BPH that erodes a year of margin in three months.”
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Mass Q-Series: Integrated Bottling & Injection Solutions
Mass Q-Series is a complete blow molding machine family delivering 1,000 to 12,000 BPH within the plastic bottle making machine segment where most regional beverage bottlers, water-plant operator-packagers, and contract fill-line packagers run. Whether you are looking for a fully automatic bottle blowing machine for 3m/year of BPH buildup, or a 9-cavity high-throughput blow molding machine designed to run 24/7 in a multinational fill-line, the Q-Series scales up to match output investment but not the European rotary over specification.
Fully Auto Blowing
Engineered for high-volume beverage plants, multi-shift production, and contract packaging. Featuring 2 to 9 cavity configurations with theoretical outputs ranging from 3,500 BPH up to 12,000 BPH (@ 500ml). Delivers unmatched cycle timing stability and optimized heating power consumption for large-scale PET bottle manufacturing.
Explore Fully Auto Series
PET Preform Injection
Need PET Preforms to match? Mass can also ship 140-800T PET preform injection moulding machines—scaled to feed your Q-Series bottling operation. Single-vendor preform-to-bottle integration simplifies supplier qualification, order chain documentation, and guarantees seamless mold compatibility.
Explore Preform InjectionFully Auto Series Specifications — Q-Series 2026
| Model | Cavities | Output @ 0.5L | Max Volume | Neck Diameter | Heating Power | Machine Footprint |
|---|---|---|---|---|---|---|
| Q3000 | 2 | 3,500 BPH | 2 L | 28–63 mm | 66 kW | 2.25 × 1.6 × 1.7 m |
| Q6000 | 4 | 6,000–6,500 BPH | 2 L | 28–38 mm | 40 kW | 4.5 × 1.6 × 1.9 m |
| Q-Series 6c | 6 | 9,000 BPH | 2 L | 28–38 mm | 60 kW | 5.2 × 1.8 × 2.3 m |
| Q-Series 9c | 9 | 12,000 BPH | 2 L | 28–38 mm | 85 kW | 6.0 × 2.0 × 2.5 m |
Every Q6000 comes equipped with the iron-ring transfer mechanism, which replaces the chain-drive used in aging Chinese-made fully automatic bottle blowing machines. Extended chain life causes chain stretch of just 0.3%, leading to misalignment of heating oven and clamping stations and causing thick wall defect situations in bottle production (8-12%). Iron-ring eliminates that wear loop entirely.
Get Instant QuoteMass Q-Series vs Industry Top 5 — Data-Driven Comparison
Most blow molding machine suppliers post vague marketing claims for our competitors’ equipment rather than verifiable measure benchmarks. We created this comparison by referencing vendor product information pages, trade publication coverage of Sidel, SIPA, STM (TES Blueline), Pet All Manufacturing and Tech-Long; then filling in our own Q6000 figures from internal production commissioning data. “Not disclosed” entries are free-market signal—lagging transparency is a highly relevant purchasing consideration.
| Dimension | Mass Q6000 | Stable SEGS-4 | STM Blueline 4-HT | Pet All L-Series | Sidel EvoBLOW | Tech-Long CPX-4 |
|---|---|---|---|---|---|---|
| BPH @ 0.5L (4-cav) | 6,000–6,500 | 5,000–5,500 | 6,600–7,500 | up to 24,000 (12c) | subpage only | up to 58,500 (26c) |
| Volume range | 100ml – 2L | 60ml – 3L | 100ml – 2.5L | 10cc – 20L | up to 10L (XL) | 0.2L – 20L |
| Servo system | Yes (default) | Optional | HiTech default | Yes | Premium tier | Yes |
| Warranty | 2 years all parts | Not disclosed | Not disclosed | Not disclosed | Not disclosed | Not disclosed |
| Lead time | 10–15 weeks | Not disclosed | Not disclosed | 10–12 weeks | Not disclosed | Not disclosed |
| Spare parts delivery | 5 working days | Not disclosed | Not disclosed | Not disclosed | Not disclosed | Not disclosed |
| Engineer response SLA | 24-hour | Not disclosed | Not disclosed | 24/7 remote | Not disclosed | Not disclosed |
| Multi-line integration | Yes (water/filling/labeling) | No | No | No | Yes | Yes |
Those opacity columns matter more than the headline BPH figure. A 2026 industry projection indicates PET bottle blowing machine operating lifetime ownership costs at 5-8x of the purchase value—SLAs, warranty terms, parts delivery time frames and engineer response deadlines determine whether your $120,000 capital equipment costs $600,000 or $960,000 to operate over its lifespan. Covert costs—mold, aerospace industry tooling, upstream installation and import taxes—usually cost an additional 20-35% over advertised machine purchase price. Mass provides the fully loaded service data competitors fail to publish, because we want buyers to assess our Q-Series on the operating cost metrics that really count.
Request a Custom 5-Year TCO Comparison
We’ll build a Q-Series vs Sidel/SIPA TCO model using your annual production target, local labor rate, and energy cost.
Get Your TCO ReportCustom Blow Molders: Configurations Beyond the Standard Q-Series
30% of our Q Series shipments are custom blow molders rather than off-the-shelf features—this percentage is rising as beverage SKUs develop in volume. Our engineering team incorporates three levels of customization for Q-Series machinery: bottle production geometry, special profiles, and HMI localization.
01
Production geometry customization
cavity counts between 2 and 9, outputs between 1,000 and 12,000 BPH and target bottle volumes between 60 ml and 20 L are all able to be configured at order time. There is a different stretch ratio, preform weight and oven zone for every 18.9L, 5-gallon cake-stand (12.9L) machine than there is for a 100ml pharmaceutical bottle—there are three frame sizes in our catalogue rather than one order configuration for all orders.
02
Special bottle profile capabilities
Asymmetric bottles, oval bottles, hot-fill containers (88°C resistant), and 5-gallon water jugs each require a different combination of preferential heating zones, deep-grip handle mold inserts, and mold-base cooling circuits. Q-Series machines accept all four configurations as factory options. Our preferential heating system uses 32 infrared lamps in independently controlled zones so that PET preforms enter the mold with the correct radial temperature gradient for the target bottle geometry — flat-walled containers fail when heating is uniform, oval bottles fail when it is not.
03
rPET compatibility for sustainability-mandated markets
EU beverage producers have a minimum-content mandate for recycled PET. Non-compliance penalty cost is offset by estimated 450/per MT of plastic tax savings for complies producers via the ex tend library. Q-Series features 10-50% r PET blended with virgin PET at factory default; 100% r PET using a temperature-profile override and a hybrid hydraulic clamping option released as $4,800 upgrade.
04
HMI localization
Touchscreen menus will come with English, Spanish, Russian and Arabic packs to suit procurement markets across Latin America, the CIS, and the Middle East where 60%+ of Q-Series 2024-2025 shipments will be delivered.
Customer Outcomes: Beverage Plants Running Mass Q-Series
Three customer profiles encompass the lion share of the Q-Series production existing base. The output & ROI numbers presented below were obtained from 2024-2025 commissioning data logs and 12-month performance reviews, not advertising materials.
Mineral Water
Regional Water Bottler — Southeast Asia
- Configuration2× Q6000 4-cavity
- Sustained output11,500 BPH
- Annual production~26M bottles
- Payback period18 months
- Energy cost vs prior line−22%
5-Gallon Water
5-Gallon Water Distribution — CIS Region
- Configuration1× 3-5 Gallon Series
- Sustained output180 barrels/hour
- ReplacedManual + semi-auto line
- Labor reduction4 operators → 1
- Payback period14 months
Edible Oil
Edible Oil Packaging — Middle East
- Configuration1× Q6000 + hot-fill upgrade
- Bottle size2L cooking oil
- Sustained output5,800 BPH
- Reject rate< 0.4%
- Mold changeover17 minutes (3 SKUs)
5-Year TCO Benchmark: Linear-Auto vs Multi-Line Semi-Auto
An industry study in 2026 showed a regional water bottler making 3.5 M bottles/y at $6/hr labor. figure 76. The results: one linear-auto 4-cavity line outperforms three semi-auto lines on 5-year TCO by $782,500—at the same output target.
$135,000
3× semi-auto CAPEX
$120,000
1× linear-auto CAPEX
$782,500
5-year savings (1 linear vs 3 semi)
Labor cost is the main contributor in the TCO calculation - CVM's three semi-auto lines require six to eight operators per shift, 24/7 against one Q6000. At $6/hr as 3-shift coverage, that delta adds up to $782,500 in five years for a gap in CAPEX of $15,000.
Get Your Custom ROI Estimate — share your annual production target and local labor rate; we'll model a Q-Series TCO scenario within 48 hours.
Request Custom ROI EstimateInside Our State-of-the-Art Bottle Blowing Machine Manufacturing Facility
Take a virtual tour of Zhangjiagang Mass Technology's precision processing workshops, clean assembly environments, and rigorous quality inspection zones.
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About Mass: A Trusted Bottle Blowing Machine Manufacturer With One-Stop Beverage Line Integration
Zhangjiagang Mass Technology manufactures bottle blowing machines, water filling lines, and PET preform moulding lines for beverage and packaging manufacturers around the world. Our three product lines: complete water treatment lines 0.5T/H to 50T/H; filling and heat-shrink packaging lines 2,000-36,000 bottles/hour; 5-gallon barrel lines 50 to 2,000 barrels/hour. The integration matters: when a Q-Series preform Nikavuk leaves our factory, together with a Mass filling line, the interface—preform feeder, output bottle conveyor, capper inlet height—are matched. Customers who buy bottle blow-molders and fillers from separate sources usually spend 4-6 weeks commissioning to fix interfaces.
From five commitments, Mass sets itself apart from our competitors who refuse publishing after sales agreement:
01
2-Year Warranty
All machine parts. Industry-standard is 12 months — we double it.
02
24-Hour Engineer Response
Technical support around the clock. No "next business day" carve-outs.
03
5-Day Parts Delivery
Replacement parts dispatched via international courier within 5 working days globally.
04
Single-Supplier Integration
Preform → bottle → filling → capping → labeling → packing from one factory.
05
Customized One-Stop Service
Plant layout design → manufacturing → installation → operator training → after-sales.
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Procurement Guide: Pricing, Lead Time, Payment & After-Sales
Most Nefujij R di ed manufacturers have nothing about number of pricing tiers, payment terms, or after sales support posted on their public product pages. We believe that is wrong. Buyers are spent weeks by wasting time through multiple quotation procedures, just for a machine which is simply not in budget. Moreover, procurement managers need to know earlier if a specific supplier is compatible with their LC or TT. The figures listed below are based on our 2024 - 2025 deliveries.
Indicative Pricing Tiers (FOB Shanghai)
- Semi-Auto 2-cavity (240-800 BPH): low-five-figure USD range
- Q3000 Full-Auto 2-cavity (3,500 BPH): high-teens to low-twenties five-figure USD
- Q6000 Full-Auto 4-cavity (6,000-6,500 BPH): mid-five-figure USD (industry benchmark for 4-cavity ~$25,000-30,000)
- Q-Series 6-9 cavity (9,000-12,000 BPH): six-figure USD configurations
- 3-5 Gallon Series: mid-five-figure USD (specialty equipment)
Lead Time & Payment
- Standard models: 10-12 weeks from confirmed PO
- Custom builds: 12-15 weeks
- 3-5 Gallon Series: 10 weeks typical lead time
- Payment conditions: 30% deposit / 40% before shipment / 30% after installation acceptance
- Methods: LC at sight or TT (telegraphic transfer)
- Shipping: FOB shanghai / ningbo; CIF to most ports if required
After-Sales & Parts Policy
- Warranty: 2 years (all machine parts because the industry standard is 1 year)
- Engineer response: within 24 hours globally
- Spare parts delivery: 5 days working days via international freight, courier (DHL/FEDEX/EMS)
- Operators training: on-site (2 engineers, 7-10 days) or video sessions by remote
- Spare part commitment: 10-year guaranteed supply (Q-Series and earlier models)
Total Investment Beyond the Machine
- Air compressor (15-30Kw): usually not included with machine quotations; budget $4,000-45,000 separately
- Air dryer + filter: $1,500-15,000 depending on capacity
- Mold tooling per cavity: $2,000-12,000 depending on bottle complexity
- Installation & commissioning: $2,000-8,000 (Mass provides labor for first install)
- Recommendation: request a "system" quotation that packages compressor + dryer + mold tooling together for same comparison
Interactive Engineering & ROI Calculators
Online Utilities
Mass Q-Series Cavity Selector & BPH Calculator
No registration required — get sizing guidance and an indicative quote tier in 10 seconds.
Annual Energy Cost Calculator — Mass Q-Series
Compressed air accounts for 35-40% of a PET bottling plant’s total energy bill. This calculator estimates your annual energy cost on a Mass Q-Series machine versus an unoptimized competitor.
Pricing depends on cavity count, BPH target, and bottle volume — but those three variables interact non-linearly with mold tooling, neck-finish complexity, and compressed-air infrastructure. A semi-automatic 2-cavity machine starts in the low-five-figure USD range; a Q6000 4-cavity full-auto sits in the mid-five-figure range (around the $25,000-30,000 4-cavity industry benchmark ); 6-9 cavity high-throughput setups move into six-figure territory. Hidden costs add 20-35% on top of the machine quote — compressor ($4,000-45,000), refrigerated dryer ($1,500-15,000), mold tooling per cavity ($2,000-12,000), installation and commissioning, plus import duties and ocean shipping . That is why we recommend requesting a complete-system quotation that bundles every cost line item rather than comparing bare machine prices across suppliers, because the cheapest machine quote almost never produces the cheapest installed line.
Standard Q-Series models ship 10-12 weeks after the deposit clears. Custom configurations — non-standard cavity counts, special bottle profiles, hot-fill upgrades — extend to 12-15 weeks. Our 3-5 Gallon series usually delivers in 10 weeks. Ocean shipping adds 4-8 weeks depending on destination; installation and operator training adds another 7-10 days on-site.
Cavity count directly drives output and operator economics. A 2-cavity machine produces 2,000-3,500 BPH at 0.5L and pays back faster on lower-volume targets (under 3M bottles/year). A 4-cavity Q6000 produces 6,000-6,500 BPH and unlocks single-operator multi-shift coverage. Six- and 9-cavity machines push 9,000-12,000 BPH and fit producers running 10M+ bottles annually who need single-line throughput rather than multiple smaller lines. Industry analysis shows that one linear-auto 4-cavity machine saves about $782,500 over 5 years versus three semi-auto lines at the same output target — labor cost is the deciding variable.
Yes. Our 3-5 Gallon series is a dedicated configuration for 3-gallon and 5-gallon (18.9L) water containers, with neck diameters from 15mm to 200mm. It uses a different stretch ratio and mold-base cooling circuit than standard beverage Q-Series machines. Output is lower in BPH terms (120-200 barrels/hour) but the per-unit revenue is much higher, and 5-gallon water plants run on different shift patterns. We also supply preforms and bottle/cap molds for 3- and 5-gallon production as a package.
Yes — Mass manufactures 140-800T PET preform injection moulding machines alongside the Q-Series, and we supply preform molds matched to each Q-Series cavity configuration. Single-supplier integration eliminates the qualification round-trips that occur when preform and blowing equipment come from different vendors. See the PET Preform Injection page for the full preform machine specifications.
Yes. Q-Series machines run 10-50% rPET blended with virgin PET out of the box. Running 100% rPET requires a recalibrated temperature profile and a hybrid hydraulic clamping option. EU producers using rPET to meet recycled-content mandates typically qualify for approximately €450 per tonne in plastic tax exemptions — for a mid-sized bottler, that offsets the rPET option cost in under 18 months. HMI menus include preset rPET profiles for common blend ratios.
Payment is 30% deposit on PO confirmation, 40% before shipment, and 30% upon installation acceptance, via LC at sight or TT. After-sales coverage includes a 2-year warranty on all machine parts (industry standard is 12 months), 24-hour engineer response, 5-working-day spare parts delivery via international courier, and a 10-year guaranteed parts supply commitment for Q-Series and predecessor models. On-site operator training is included with every installation.
