Mesin Cetak Tiup Injeksi ZQ60 Pengganti untuk Model Bloma IBM50
The ZQ60 Injection Blow Molding Machine is a high-performance, all-electric IBM machine engineered as a direct replacement for the Bloma IBM50 Model. All machine movements are fully servo-driven, eliminating hydraulic oil usage and the pollution risks associated with it. This one step injection blow molding machine delivers a cycle time that is 20% faster than conventional hydraulic machines: for 30ml bottles, each cycle completes in just 8.2 seconds, achieving a standard daily output of 105,000 bottles and a peak capacity of 115,000 bottles per 24 hours.
The ZQ60 Injection Blow Molding Machine is a high-performance, all-electric IBM machine engineered as a direct replacement for the Bloma IBM50 Model. All machine movements are fully servo-driven, eliminating hydraulic oil usage and the pollution risks associated with it. This one step injection blow molding machine delivers a cycle time that is 20% faster than conventional hydraulic machines: for 30ml bottles, each cycle completes in just 8.2 seconds, achieving a standard daily output of 105,000 bottles and a peak capacity of 115,000 bottles per 24 hours. Energy efficiency is improved by 30% over comparable models, with power consumption of only 12 kWh per hour during 30ml bottle production. Operating at a significantly lower noise level than hydraulic-based equipment, the ZQ60 utilises absolute encoders throughout its servo system to guarantee exceptional repeatability and dimensional precision batch after batch. It is an ideal plastic injection blow molding machine for facilities requiring pharmaceutical, cosmetic, or food-grade compliance.
A specially engineered pressurised clamping mechanism provides adjustable clamping force ranging from 40 to 80 tons, enabling adaptation to a wide spectrum of bottle sizes and wall thicknesses from 10ml vials to 1000ml containers. The bottom-up structural design fully prevents lubricating oil from entering the mould area, satisfying the strict hygienic standards required for pharmaceutical packaging lines and premium cosmetic bottles. As a fully customisable injection blow moulding machine, it incorporates an electric-cylinder injection unit for superior shot consistency and dramatically reduced maintenance intervals. The integrated conveyor system can be connected downstream to visual inspection equipment (for foreign particle detection, insufficient neck material, and uneven base identification), side-leak testers, labelling machines, and automatic cartonising lines, enabling fully unattended 24-hour production. The ZQ60 is a competitive, future-proof choice among injection blow molding machine manufacturers and suppliers worldwide.
Mold Cavitation (For Reference)
| Perkiraan Volume | 10 ml | 30 ml | 60 ml | 100 ml | 250 ml | 500 ml | 1000 ml |
| Kavitasi Maksimum | 14 | 10 | 10 | 8 | 5 | 3 | 2 |
Spesifikasi Teknis
| Barang | Satuan | ZQ60 |
| Sistem Injeksi | ||
| Diameter Sekrup | mm | 45/50 |
| Sekrup L/D | % | 22:1 |
| Berat suntikan! | G | 260/383 |
| Daya pemanasan | KW | 14 |
| Jumlah zona barel | 3+N | |
| Langkah injeksi | mm | 160 |
| Sistem Penjepit | ||
| Gaya penjepitan injeksi | KN | 600 |
| Langkah pembukaan untuk injeksi | mm | 140 |
| Gaya jepit tiupan | KN | 100 |
| Langkah pembuka untuk meniup | mm | 140 |
| Tinggi angkat meja putar | mm | 70 |
| Cetakan | ||
| Ukuran Pelat Maksimum (PxL) | mm | 600x390 |
| Ketebalan cetakan | mm | 240 |
| Diameter botol | mm | 120 |
| Tinggi botol | mm | 220 |
| Tinggi botol yang sesuai | mm | 15-200 |
| Gerakan pengupasan | mm | 230 |
| Sistem hidrolik | ||
| Tekanan Hidraulik | Peta | 14 |
| Tenaga motor | KW | 18.5/22 |
| Siklus pengeringan | S | 4 |
| Daya Total | KW | 37 |
| Daya operasi | % | 52-70 |
| Yang lain | ||
| Tekanan udara minimum udara terkompresi | MPa | 0.7-1.2 |
| Kapasitas udara terkompresi | M³/menit | 0.7 |
| Aliran air | M³/jam | 4 |
| Tekanan air pendingin | MPa | 0.3-0.4 |
| Dimensions (L x W x H ) | M | 3.8x1.4x2.18 |
| Berat bersih | Ton | 5 |
Merek dan Model yang Dapat Diganti
| Kekuatan Abadi | Gaya Jepit | Jomar | SUMA | Uniloy | Bloma |
| ZQ40 | 40T | IBM40 | 40iB | UIB70 | IBM45 |
| ZQ60 | 60T | IBM65 | 65iB | UIB90 | IBM50 |
| ZQ80 | 80T | IBM85S | 85iB | UIB120 | IBM85 |
| ZQ110 | 110T | IBM135 | 135iB | UIB150 | IBM135 |
| ZQ135 | 135T | IBM175 | 175iB | UIB180 |
Diameter Sekrup Mesin IBM
| Kekuatan Abadi | Diameter Sekrup | Jomar | SUMA | Bloma |
| ZQ40 | 40/45 | 35/40 | 40 | 45 |
| ZQ60 | 45/50 | 45 | 40/50 | 50 |
| ZQ80 | 55 | 55 | 50/60 | 50 |
| ZQ110 | 65 | 65 | 65/76 | 70 |
| ZQ135 | 70 | 70 | 65/76 |
Mesin IBM Injeksi Berat
| Kekuatan Abadi | Berat Injeksi | Jomar | SUMA | Bloma |
| ZQ40 | 190/260 | 180 | 169 | 180 |
| ZQ60 | 260/383 | 205 | 169/264 | 240 |
| ZQ80 | 466 | 300 | 333/480 | 310/280 |
| ZQ110 | 540 | 450/550 | 580/770 | 560 |
| ZQ135 | 650 | 450/550 | 580/770 |
Gaya Penjepit Injeksi Mesin IBM
| Kekuatan Abadi | Gaya Penjepitan Injeksi | Jomar | SUMA | Bloma |
| ZQ40 | 400KN | 340KN | 386KN | 350KN |
| ZQ60 | 600KN | 460KN | 580KN | 500KN |
| ZQ80 | 800KN | 680KN | 720KN | 700KN |
| ZQ110 | 1100KN | 1210KN | 1200KN | 1250KN |
| ZQ135 | 1350KN | 1560KN | 1600KN |
Ukuran Cetakan Mesin IBM
| Kekuatan Abadi | Ukuran Cetakan | Jomar | SUMA | Bloma |
| ZQ40 | 480 × 340 | 394 × 508 | 470 × 350 | 450 × 390 |
| ZQ60 | 600 × 390 | 432 × 660 | 620 × 400 | 620 × 430 |
| ZQ80 | 800 × 400 | 464 × 749 | 700 × 400 | 620 × 430 |
| ZQ110 | 1100 × 460 | 559 × 1118 | 1000 × 500 | 900 × 480 |
| ZQ135 | 1300 × 500 | 635 × 1372 | 1200 × 600 |
Ukuran Mesin IBM
| Kekuatan Abadi | Ukuran Cetakan (M) | Jomar | SUMA | Bloma |
| ZQ40 | 3,8 × 1,3 × 1,7 | 2,72 × 1,9 × 2,75 | 3,8 × 1,5 × 2,3 | 4,05 × 1,52 × 2,55 |
| ZQ60 | 3,8 × 1,4 × 1,8 | 2,92 × 1,98 × 3,41 | 4 × 1,7 × 2,3 | 620 × 430 × 2,55 |
| ZQ80 | 4,5 × 1,6 × 2 | 3,33 × 1,94 × 3,41 | 4,5 × 2 × 2,6 | 620 × 430 × 2,55 |
| ZQ110 | 5 × 1,8 × 2,2 | 3,79 × 2,4 × 3,41 | 5 × 2,4 × 2,7 | 900 × 480 × 2,55 |
| ZQ135 | 5,5 × 2 × 2,4 | 4,22 × 2,67 × 3,58 | 6 × 2,6 × 2,7 |
Catatan: Merek-merek disebutkan hanya untuk membantu pelanggan memilih produk, bukan untuk menjual produk dari merek-merek tersebut.
Characteristics of the ZQ60 Injection Blow Molding Machine
1. Kapasitas Produksi Tinggi
The ZQ60 injection blow molding machine delivers sustained output of 105,000 bottles per day for 30ml containers, with peak throughput of 115,000 bottles in 24 hours. Cycle times are 20% shorter than hydraulic machines, the system requires minimal manual intervention, and continuous operation is fully supported. Manufacturers serving high-volume cosmetic, pharmaceutical, or food sectors gain a direct competitive advantage in fulfilling large orders on schedule.
2. Customisable Moulding Options
A core strength of this customised injection blow molding machine for sale is its versatility. Adjustable clamping force from 40 to 80 tons accommodates bottle volumes from 10ml to 1000ml with up to 14 cavities. The machine handles cylindrical, oval, and round formats. Engineers can fine-tune injection parameters, cavity layout, and stripping stroke to match exact product requirements, making it suitable for diverse packaging lines without additional capital investment.
3. Superior Energy Efficiency
As a full electric injection blow molding machine, the ZQ60 consumes approximately 12 kWh per hour in standard 30ml bottle production, a 30% reduction compared to hydraulic equivalents. The all-servo drive architecture eliminates idle hydraulic pump losses, and the unique pressurised clamping structure ensures the booster cylinder does not participate in open/close strokes, further cutting energy use by 10 to 20% versus industry average. Lower electricity bills and a reduced carbon footprint make it the sustainable choice for manufacturers.
4. Pengoperasian dan Perawatan yang Mudah
Despite housing advanced servo motion technology, the ZQ60 is designed for straightforward daily operation. Intuitive PLC control interfaces allow rapid parameter setup and production changeovers. The electric cylinder injection unit significantly reduces maintenance requirements compared to hydraulic assemblies, as there are no oil seals, pumps, or filtration systems to service. Absolute encoders in the servo axes retain programme positions through power cycles, reducing setup time after stoppages and keeping skilled technician requirements to a minimum.
5. Kontrol Kualitas dan Konsistensi
Absolute encoders across every servo axis ensure exceptional shot-to-shot repeatability. Wall thickness variation is held within approximately 1%, compared to 10 to 20% on extrusion blow moulded parts. The injection moulded neck finish eliminates flash associated with extrusion processes, delivering 100% sealed threads and uniform bottle weight. Downstream visual inspection integration further safeguards against foreign particles, insufficient mouth material, and base defects, building the quality assurance chain that pharmaceutical and regulated industry customers demand.
6. Compatible with Bloma IBM50 and More
The ZQ60 is the verified replacement for the Bloma IBM50 model IBM machine, offering 600 kN injection clamping force versus the Bloma IBM50 500 kN, and a mould platen of 600x390mm. It also replaces the Jomar IBM65, SUMA 65iB, and Uniloy UIB90, giving facilities upgrading from any of these platforms a familiar form factor with significantly advanced electric drive performance and a more competitive injection blow molding machine price per unit output.
Injection Blow Molding Machine Process
The IBM injection blow molding machine uses a multi-stage process to manufacture high-quality plastic bottles. Each stage plays a vital role in shaping the final product and ensuring consistency across every cavity and every cycle.
Step 1: Injection
In the injection stage, the machine melts the selected polymer and injects it under precise pressure into a split steel mould cavity. This forms a preform, also known as a parison, with material distribution that mirrors the final bottle wall. The injection moulded preform method ensures every bottle starts from a perfectly uniform base shape, which is essential for maintaining downstream quality and achieving consistent neck finish accuracy that blown methods cannot replicate.
Step 2: Transfer
After the preform is formed on the core rod at the injection station, the rotary table lifts and indexes it to the blow moulding station. This transfer is precisely timed to retain optimum preform temperature for blowing. The high-precision angle divider on the ZQ60 synchronises turret lifting and rotation, ensuring every core rod arrives at the blow station in the correct orientation, maintaining consistent wall thickness positioning across all cavities simultaneously.
Step 3: Blow Moulding
Compressed air at 0.7 to 1.2 MPa is injected into the preform inside the aluminium blow mould, expanding it against the cavity walls to form the final container shape. This IBM injection blow molding step allows precise control over bottle geometry, wall thickness distribution, and material stretch ratio. The result is a bottle with excellent structural integrity, smooth internal surfaces, and uniform appearance, making it the preferred method for PET injection blow molding machine applications in pharmaceutical and personal care sectors.
Step 4: Ejection
In the final stripping stage, the finished container is ejected from the core rod with a 230mm stripping stroke. The bottom-up machine structure ensures no lubricant contacts the bottle during or after ejection, preserving hygiene compliance. Because injection blow moulding produces no parison flash or trim waste, every ejected bottle is a finished product requiring no secondary trimming operations. This scrap-free characteristic of IBM injection blow moulding machines is a major cost advantage over extrusion-based alternatives.
Application Sectors
1. Botol Kosmetik
Premium cosmetic packaging demands flawless surface finish, dimensional accuracy, and consistency across high-volume runs. The ZQ60 plastic mesin cetak tiup injeksi produces serum bottles, foundation containers, lotion flacons, and roll-on packaging in PCTG, ABS, and PS. Its uniform wall thickness and injection moulded neck thread ensure leak-free closure seating, a critical requirement for luxury brand cosmetic lines where quality rejection rates must be near zero.
2. Botol Minuman
For food-grade beverage applications requiring PP or HDPE containers up to 1000ml, the ZQ60 delivers food-safe production without hydraulic oil contamination risk. The bottom-up design and hygienic mould area make it compliant with food contact material regulations. With up to 10 cavities in the 30ml configuration, it is well suited for single-serve health drink portions, dairy products in PP bottles, and lactic acid bacteria packaging in transparent PS containers.
3. Botol Kimia
The ZQ60 handles HDPE and PP chemical bottles requiring chemical resistance and robust wall integrity. Adjustable cavity configurations support a range of volumes from trigger-spray containers to large 1000ml bottles for industrial cleaning agents, agrochemical solutions, and laboratory reagents. The scrap-free IBM process keeps per-unit costs highly competitive even for specialty chemical packaging that demands tight tolerances.
4. Botol Farmasi
Pharmaceutical packaging is the most demanding application for any injection blow moulding machine. The ZQ60 satisfies GMP hygienic requirements through its oil-free mould zone design and 100% sealed thread accuracy. It produces tablet bottles, syrup containers, eye-drop flacons, nasal spray bottles, and dropper vials in PP, HDPE, and PC. Every bottle exits the machine trim-free with uniform wall distribution and precisely moulded child-resistant or tamper-evident neck finishes.
5. Hand Wash Bottles
The personal care segment requires large runs of HDPE or PP hand wash, sanitiser, and liquid soap dispensers. The ZQ60 produces these containers at 105,000 units per day in standard 30ml size, scaling through 100ml, 250ml, and 500ml configurations. Compatibility with downstream labelling machines and automatic packaging lines enables fully unattended production, reducing labour costs significantly for FMCG manufacturers competing on volume and delivery speed.
6. Squeeze Bottles
Flexible LDPE and HDPE squeeze bottles for condiments, adhesives, wound-care gels, and hair colour require the precise wall thickness control that only an IBM injection blow molding machine can provide. The ZQ60 maintains wall thickness variation below 1% per bottle, ensuring consistent squeeze force and reliable dispensing. Its broad material compatibility and adjustable clamping force allow it to produce both rigid and semi-flexible versions of the same container design.
7. Shampoo Bottles
Hair care brands require packaging with consistent gloss, uniform wall sections, and no weld-line defects. The blow injection molding machine process of the ZQ60 delivers surfaces free of parting-line blemishes and flash marks, producing shampoo, conditioner, and hair treatment bottles in 250ml to 1000ml capacities with 2 to 5 cavities per cycle. The machine integrates with labelling lines, making it ideal for high-output shampoo bottling facilities.
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| Botol Kosmetik | Feeding Bottles |
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| Botol Farmasi | Botol Makanan |
ZQ60 IBM Machine Components
As a one step injection blow molding machine, the ZQ60 IBM machine integrates all production stages in a single compact unit.
1. Persiapan Stok / Perangkat Injeksi
The injection unit consists of a heated barrel with a 45/50mm screw, 3+N heating zones, and 14 kW of heating power. It plasticises raw polymer granules and delivers 260g or 383g of melt per shot with the electric cylinder drive ensuring repeatable injection volume, eliminating the pressure variation and seal degradation typical of hydraulic injection systems on the Bloma IBM50 and similar machines.
2. Sistem Hot Runner
The optimised hot runner manifold distributes molten polymer to each injection cavity at uniform temperature and pressure. This prevents gram-weight deviation between cavities and minimises waste. The ZQ Series hot runner design incorporates independently heated nozzles, ensuring consistent melt front arrival and uniform wall thickness in every preform across the full 600x390mm platen width.
3. Core Rod (Mandrel)
The core rod is the central precision component of any IBM machine, defining the internal geometry of the preform and bottle. The ZQ60 mandrel features a special structure optimised for fast moulding cycles and enhanced core cooling efficiency. Consistent mandrel temperature directly controls preform wall distribution, and the bottom-up design ensures lubricating oil never contacts the mandrel surface or the bottle interior.
4. Preform Botol (Parison)
The injection moulded preform is the intermediate product carrying the final bottle's neck thread, material mass, and wall profile. Unlike extrusion parisons, every IBM preform has a precisely controlled shape with no gravitational sag variation. The preform neck is fully formed at injection stage, guaranteeing 100% dimensional accuracy and hermetic seal compatibility before the blow stage begins.
5. Injection Mould
Made from imported S136 steel alloy or 4Cr13 stainless steel, the injection mould provides the external shape for the preform. The active-cavity and neck insert design allows component replacement without removing the complete mould base, significantly reducing changeover downtime. The mould includes a specially designed oil channelling path to maintain stable and uniform temperature across all cavities, extending service life considerably.
6. Stasiun Injeksi
The injection station is where melt from the barrel is injected into the closed mould cavity around the core rod at 600 kN clamping force and 140mm opening stroke. The high-rigidity platen structure of the ZQ60 maintains mould parallelism under load, preventing flash on split-line surfaces and ensuring the preform neck thread forms to exact dimension, a prerequisite for pharmaceutical packaging compliance.
7 and 8. Blow Station and Blow Mould
At the blow station, the preform is enclosed in the aluminium blow mould and air at 0.7 to 1.2 MPa is injected to expand the preform to its final container shape. The ZQ60 provides 100 kN blow clamping force and a 140mm blow opening stroke. The blow mould is precision machined to form bottle walls, base, and body geometry, with water channels maintaining mould temperature levels that ensure rapid cooling and short cycle times.
9. Stasiun Pengupasan
The stripping station ejects the finished, cooled bottle from the core rod with a 230mm stripping stroke. A clean, controlled ejection is critical to prevent bottle deformation or neck-finish damage on the last station before the container reaches the conveyor. The ZQ60 stripping mechanism is calibrated for the full bottle height range of 15 to 200mm and integrates directly with the downstream conveyor and optional visual inspection line.
ZQ60 Advantages vs. Bloma IBM50 Model
1. Higher Injection Clamping Force
The ZQ60 delivers 600 kN injection clamping force compared to the Bloma IBM50 Model rated at 500 kN. This 20% greater clamping capacity enables the ZQ60 to hold moulds more securely at faster cycle speeds, reducing mould breathing, flash formation, and flash-related downtime while supporting a wider range of mould cavity configurations and higher-viscosity materials including PC and ABS.
2. All-Servo vs. Hydraulic Drive
The Bloma IBM50 operates on a hydraulic drive system requiring regular oil changes, filter replacement, and pump maintenance. The ZQ60 full electric injection blow molding machine eliminates all hydraulic oil, removing the associated fire risk, contamination risk to pharmaceutical products, oil disposal costs, and hydraulic system maintenance overhead entirely. Operating costs over a 3-year period are substantially reduced.
3. 30% Lower Energy Consumption
Servo-driven axes consume power only during active motion, unlike hydraulic pumps that run continuously under load. The ZQ60 consumes approximately 12 kWh per hour for 30ml bottle production, against an estimated 17 kWh or more for a hydraulic IBM50 equivalent at the same throughput. Over a 300-day annual production schedule, this single improvement translates into significant annual electricity cost savings.
4. 20% Faster Cycle Times
Servo motors respond faster than hydraulic actuators and reach target positions with greater accuracy and repeatability, reducing non-productive transition times across all stages. The ZQ60 achieves an 8.2-second cycle for 30ml bottles versus the longer cycles characteristic of hydraulic IBM machines, producing 105,000 bottles per 24 hours under standard conditions and up to 115,000 at peak output.
5. Adjustable Clamping Force (40 to 80T)
While the Bloma IBM50 operates at a fixed clamping specification, the ZQ60 features a variable clamping force range from 40 to 80 tons, configurable through servo control parameters. A single machine can optimise clamping for different bottle weights, wall thicknesses, and materials without mechanical adjustment, making product changeovers faster and reducing mould wear from over-clamping on smaller, lighter containers.
6. Hygienic Bottom-Up Design
The ZQ60 incorporates a bottom-up structural layout that physically prevents any lubrication oil from reaching the mould area. This design is not offered as standard on the Bloma IBM50 platform. For pharmaceutical, nutraceutical, and food-grade packaging facilities that must meet GMP or FDA compliance requirements, this structural advantage removes a significant contamination risk pathway and simplifies facility audits and certifications.
Karakteristik Cetakan Otomatis Seri ZQ
- Active Cavity and Neck Design
The injection mould features an active-design cavity and neck insert with a specially engineered oil channel layout. Individual cavity inserts can be changed conveniently without dismounting the entire mould base, ensuring the tube billet size and mould temperature remain stable during and after component replacement. This modular approach minimises production downtime during maintenance or product size changeovers on any injection blow moulding machine production line. - Premium Steel Construction
ZQ Series injection moulds are manufactured from imported S136 steel alloy or 4Cr13 stainless steel, both offering high hardness, corrosion resistance, and mirror-polish capability. The high-strength steel specification directly increases mould service life, reducing the frequency of expensive mould replacement and maintaining dimensional accuracy throughout millions of cycles, which is critical for long-production-run pharmaceutical and cosmetic customers. - Optimised Hot Runner and Mandrel
The ZQ Series hot runner system is engineered to minimise gram-weight deviation and wall-thickness variation between cavities. The mandrel incorporates a special internal structure maintaining both fast moulding cycles and highly effective core cooling. This combination ensures each preform exits the injection station with uniform wall distribution before blow, directly improving bottle consistency and reducing downstream quality inspection rejection rates. - 100% Sealed Thread Accuracy
Because the bottle mouth and thread are formed by injection moulding rather than being blown or trimmed, the ZQ Series mould produces neck finishes that are accurate in size and 100% sealed. This is the single most important quality characteristic for pharmaceutical, nutraceutical, and cosmetic packaging, where imperfect neck threads cause leakage, failed torque tests, and regulatory non-compliance during quality audits. - Zero Flash, Zero Waste Output
ZQ Series moulds are designed so that bottles exit the machine with no burrs, flash, or waste material on the mouth or base. Unlike extrusion blow moulded containers where 20 to 40% scrap is generated through flash trimming, injection blow moulded products from the ZQ60 require no secondary trimming operations. This eliminates a labour station, material waste, and the quality risk of trim damage to the container neck thread. - Consistent Dimensional Quality
The ZQ Series mould design ensures product dimensions, weight, parting line position, and wall thickness are consistent across all cavities and across the full production run life of the mould. Bottle weight variation is held to approximately 1%, parting lines are minimal, and mould line position is fixed by precision steel tooling. This level of consistency simplifies downstream filling, capping, and labelling operations and supports ISO and GMP quality system documentation.
How Does the IBM Machine Improve Product Quality
The IBM injection blow molding machine uses precise control over temperature, pressure, and material flow to deliver uniform wall thickness, accurate neck finishes, and high-quality bottles with fewer defects and better sealing performance.
1. Precision Temperature Control
The ZQ60 manages barrel temperature across 3+N independently controlled zones, ensuring the polymer melt arrives at each cavity gate at the optimal viscosity for complete filling without degradation. Precise mould temperature control through the 4 m3/h water cooling circuit maintains consistent preform temperature at transfer, directly controlling the molecular orientation and wall uniformity achieved during blow expansion on this injection blow moulding machine.
2. Uniform Wall Thickness
Wall thickness consistency is the primary quality advantage of injection blow moulding over extrusion alternatives. On the ZQ60, preforms are injection moulded with precisely controlled wall profiles, and mandrel cooling ensures the preform retains this distribution through transfer. Finished bottle wall thickness variation of approximately 1% per bottle is routinely achieved, versus 10 to 20% typical for extrusion blow moulded containers of the same volume.
3. Accurate Neck Finish
The bottle neck and thread are injection moulded, not blown, providing dimensional accuracy unachievable through blow-only processes. The ZQ60 600 kN injection clamping force holds the neck insert precisely during mould filling, producing thread profiles that meet GPI/ISBT finish standards. Caps, pumps, and spray triggers seat consistently without leakage, torque failures, or fitment rejection during downstream capping line operation.
4. Consistent Shot-to-Shot Weight
Absolute encoders in the ZQ60 servo injection axis record the exact screw position at the end of each shot, enabling the control system to identify and compensate for any deviation in the following cycle. Bottle weight variation across a production run is held to approximately 1%, which is critical for pharmaceutical dosage containers where bottle weight is used as a proxy for wall thickness uniformity in regulatory QC documentation.
5. Defect Reduction Through Visual Integration
The ZQ60 conveyor connects directly to camera-based visual inspection systems that scan every bottle for foreign particles, insufficient material at the bottle mouth, and uneven base formation. Defective containers are automatically rejected before reaching filling lines, removing them from production without manual sorting. This automated quality gate reduces human inspection error and supports batch traceability documentation in regulated production environments.
6. Scrap-Free Process Integrity
Because injection blow moulding produces no flash and requires no trimming, the ZQ60 eliminates the contamination risk of trim regrind that is inherent in extrusion blow moulding. Every gram of polymer that enters the machine exits as a specification-compliant container. This scrap-free characteristic is a significant quality argument for regulated pharmaceutical and food packaging environments where regrind introduction can trigger GMP non-conformance events.
Pemecahan Masalah Umum
1. Short Fill / Incomplete Preform
If preforms are consistently underfilled, the most common causes are insufficient barrel temperature in the metering zone, inadequate injection pressure, or a clogged hot runner nozzle. On the ZQ60, check each barrel zone temperature against programme setpoints, verify servo injection pressure parameters, and inspect hot runner nozzle tips for solidified material. Increasing back pressure slightly often resolves short fill in low-viscosity materials like LDPE.
2. Uneven Wall Thickness
Uneven wall thickness in finished bottles is most often caused by uneven preform temperature at transfer, mandrel misalignment, or uneven cooling in the blow mould water channels. Inspect mould temperature controller settings, verify water flow through each mould cooling circuit at the ZQ60 0.3 to 0.4 MPa cooling water pressure specification, and check that the mandrel is centred and free from wear that could cause eccentric preform walls.
3. Flash on Bottle Neck Thread
Flash on the injection moulded neck thread indicates the injection clamping force is insufficient to fully seal the parting line, or that the mould parting surfaces have worn. On the ZQ60, verify that injection clamping force is set to the correct value within the 400 to 800 kN adjustable range for the mould in use. Inspect the injection mould parting faces for wear, contamination, or deformation that prevents full contact during clamping.
4. Bottle Sticking in Blow Mould
If bottles do not release cleanly from the blow mould after air pressure is vented, the mould cooling may be insufficient or the mould release draft angles may be worn. Check that blow mould water temperature is within specification via the mould temperature controller, confirm cooling water flow at 4 m3/h, and inspect the blow mould cavity surface for corrosion or roughness that increases friction during stripping.
5. Servo Alarm or Axis Fault
Servo axis faults on the ZQ60 are reported with specific alarm codes on the PLC interface. Common causes include overloaded drives due to mould binding, encoder cable damage from wear or pinching, or servo drive cooling fan failure causing thermal trip. Reference the servo alarm code in the ZQ60 maintenance manual to identify the specific axis and cause. Do not cycle power to clear alarms without resolving the root cause, as repeated servo overloads can damage drive units.
6. Weight Variation Between Cavities
If some cavities consistently produce lighter or heavier bottles than others, the hot runner balance is the primary investigation point. On the ZQ60, check that all hot runner zone temperatures match setpoints and that no nozzle heater has failed. A partially blocked or oversized gate on one cavity will cause it to fill at a different rate. Gate dimensions can be verified and adjusted during scheduled mould maintenance without full mould disassembly.
Pencetakan Tiup Injeksi vs. Pencetakan Tiup Ekstrusi
What is Extrusion Blow Molding (EBM)?
Extrusion blow moulding is a process in which plastic is melted and continuously extruded through a die to form a hollow tube called a parison. The parison is captured in a water-cooled metal mould, and compressed air is blown into the parison, inflating it against the mould walls to form the container shape. After the plastic cools, the mould opens and the part is ejected. The parison weight causes it to sag during extrusion, making precise wall thickness control more challenging.
EBM is suited to large containers, complex shapes with handles, and short production runs where low mould tooling cost is prioritised. Common EBM products include automotive ducts, traffic safety products, reservoirs, coolers, watering cans, and large-format bottles. EBM generates 20 to 40% scrap in the form of flash and trim that must be reclaimed and recycled.
What is Injection Blow Molding (IBM)?
Injection blow moulding is a two-stage process in which a polymer is first injection moulded onto a core rod to form a precision preform, then transferred to a blow station where compressed air expands it into its final container shape. This is the defining process of the IBM injection blow molding machine and the one step injection blow molding machine family, abbreviated as the IBM process.
IBM is the process of choice for small precision containers below approximately 500ml where dimensional accuracy, neck finish quality, and material distribution uniformity are paramount. Typical IBM products include pharmaceutical bottles, cosmetic flacons, single-serve containers, pill and tablet bottles, dropper bottles, roll-on deodorant housings, and oval or boston-round packaging for personal care brands.
Key Comparison: IBM vs. EBM
| Criterion | IBM (Injection Blow Moulding) | EBM (Extrusion Blow Moulding) |
|---|---|---|
| Bottle Weight Variation | ~1% | ~3% |
| Wall Thickness Uniformity | Highly uniform | 10 to 20% variation |
| Neck Finish Accuracy | Injection moulded, very high | Blown, lower accuracy |
| Scrap Generation | Zero flash, no trimming needed | 20 to 40% flash scrap |
| Bottle Bottom Quality | Excellent convex base | Reduced convexity |
| Cavity Count / Output | High cavities, high output, flat mouth | Fewer cavities, uneven neck |
| Mould Life | Long, suited for long runs | Shorter, lower initial cost |
| Rentang Ukuran Kontainer | Best below 500ml (16 oz) | 1 oz to 55 gallons |
| Handle or Complex Shape | Limited, blow-up ratio 3:1 max | Excellent for handles |
| Tooling Cost | Higher (two mould types needed) | Lower initial tooling |
| Best Application | Pharma, cosmetic, personal care | Industrial, automotive, large containers |
IBM Advantages
- Scrap-free process with no trimming operation required
- Neck finishes injection moulded at high dimensional accuracy
- Weight control extremely precise, material distribution uniform
- Very low unit cost for small containers below 5 oz capacity
- Compact machine footprint, small production floor area needed
- No sensitivity to environmental changes during production
IBM Disadvantages
- Higher tooling cost requires two mould types per container
- No mould flexibility once tooling is committed to a specific shape
- Not economical for containers above 500ml (16 oz) capacity
- Container shapes limited to blow-up ratio of 3:1 or less
- Not suited for containers with integrated handles or complex external features
EBM Advantages
- Biaya pembuatan cetakan awal yang rendah.
- The flexibility of tooling; moulds can accommodate interchangeable neck finishes.
- Container sizes can range from less than 1 oz. to 55 gallons.
- Container shape is not restricted; bottles can be long and flat or have handles.
- Wide selection of machinery; tooling can be specifically geared to package volume requirements.
EBM Disadvantages
- Containers have a flash that must be trimmed and reclaimed.
- Unit cost is significantly higher than injection blown bottles in less than 5 oz. capacity.
- Operator skill is critical to control container weight and quality.
Process Selection Guidance
When evaluating IBM versus EBM, the choice should reflect the specifics of the container application. Containers with handles suit EBM better, while wide-mouth containers and those requiring the tightest tolerances at the neck should go to IBM. For small-capacity containers below 5 oz in pharmaceutical, cosmetic, or personal care applications requiring the highest dimensional accuracy, the injection blow moulding machine is the correct process choice. Greater annual production volumes further improve the IBM economics, as tooling amortisation per unit falls and the scrap-free process cost advantage compounds over time.
Mengapa Memilih Mesin Cetak Tiup Injeksi Ever-Power?
Mexico Ever-Power ISBM Machinery Co., Ltd. is one of the most respected injection blow molding machine manufacturers specialising in the research, development, production, sales, and export of automatic one-step injection blow moulding machines and supporting injection blow moulding moulds. The company maintains an advantageous geographical location with convenient international logistics access, supporting customers across all major global markets with reliable lead times and competitive injection blow molding machine price structures.
Our R&D team brings together senior engineers and technical specialists with decades of accumulated expertise in injection blow moulding machine design and injection blow moulding mould engineering. This depth of in-house capability means we can provide customers with comprehensive pre-sale technical consultation, application-matched machine recommendations, and thorough post-sale support. Whether you are selecting your first IBM machine or replacing a Bloma IBM50 Model, Jomar IBM65, SUMA 65iB, or Uniloy UIB90 with a more capable full electric injection blow molding machine, our team guides the complete process from specification to production validation.
Our product portfolio covers injection blow molding machines, extrusion blow molding machines, injection stretch blow molding machines, and a full range of auxiliary equipment. Applications span pharmaceutical packaging, food packaging, healthcare packaging, cosmetic packaging, and general plastic packaging for bottles from 1ml to 1000ml. We process HDPE, LDPE, PP, PS, ABS, PCTG, PC, EVA, PVC, and environmental corn-based biodegradable materials. Ever-Power adheres to the enterprise development principles of self-reliance, integrity, pragmatism, innovation, and responsibility, delivering a comprehensive one-stop turnkey project service that covers machine supply, mould manufacturing, installation, commissioning, training, and ongoing technical support. Our overseas agent network spans Korea, India, Turkey, Russia, South Africa, Brazil, the United States, and Mexico, ensuring local-market responsiveness for injection blow moulding machine suppliers in each region.
Pertanyaan yang Sering Diajukan (FAQ)
Q: Is the ZQ60 a true direct replacement for the Bloma IBM50 Model injection blow molding machine?
A: Yes. The ZQ60 is designed as a direct replacement for the Bloma IBM50 Model with equivalent or superior specifications in every key category. Injection clamping force on the ZQ60 is 600 kN versus the Bloma IBM50 500 kN. Screw diameter options of 45/50mm match or exceed the Bloma IBM50 50mm specification. The platen size of 600x390mm is compatible with the IBM50 620x430mm mould footprint. Buyers upgrading from the Bloma IBM50 can typically reuse existing moulds with minor adaptation, and the ZQ60 all-servo drive architecture provides cycle time, energy, and maintenance improvements over the hydraulic IBM50 platform.
Q: What is the injection blow molding machine price for the ZQ60?
A: The injection blow molding machine price for the ZQ60 varies based on configuration, screw size selection (45mm or 50mm), auxiliary equipment, and destination market logistics. As a full electric injection blow molding machine with all-servo drive, the ZQ60 is priced competitively against comparable models from injection blow molding machine suppliers, and the 30% lower energy operating cost and near-zero hydraulic maintenance expenses provide a significantly improved total cost of ownership over the machine service life. Please contact the Ever-Power sales team for a specific quotation tailored to your production requirements.
Q: What materials can the ZQ60 injection blow molding machine process?
A: The ZQ60 plastic injection blow molding machine is compatible with HDPE, LDPE, PP, PET, ABS, PC, PVC, PS (including lactic acid bacteria transparent PS), PCTG, EVA, and environmental corn-based biodegradable materials. The 3+N independently controlled barrel zone configuration provides the flexibility to optimise melt temperature profiles for each material type, from the lower processing temperatures needed for LDPE and EVA to the elevated temperatures required for PC and PET injection blow molding machine applications.
Q: How does the ZQ60 compare to the ISBM machine (injection stretch blow molding machine) for PET bottles?
A: The IBM injection blow molding machine (ZQ60) and the ISBM machine (single stage injection stretch blow molding machine) both start with an injection moulded preform, but ISBM adds a longitudinal stretch rod stage before blowing, biaxially orienting the PET molecules to achieve the exceptional clarity, gas barrier performance, and hoop strength needed for carbonated beverage bottles. The IBM process is preferred for smaller, thick-walled pharmaceutical and cosmetic containers below 200ml where biaxial orientation is not necessary and the tighter neck finish tolerance of the injection moulded preform is the primary quality requirement.
Q: What is the maximum and minimum bottle size the ZQ60 can produce?
A: The ZQ60 injection blow molding machine handles bottle heights from 15mm to 200mm, with a maximum bottle diameter of 120mm. The mould cavitation reference table shows it can produce 10ml containers at up to 14 cavities and 1000ml containers at 2 cavities. For volumes above 1000ml or heights above 200mm, the larger ZQ80, ZQ110, or ZQ135 models in the Ever-Power IBM machine range would be more appropriate.
Q: Can the ZQ60 be connected to a visual inspection system for pharmaceutical packaging lines?
A: Yes. The ZQ60 conveyor system is designed for integration with downstream visual inspection equipment that scans bottles for foreign particles in the bottle body, insufficient material at the bottle mouth, and uneven base formation. The machine can also be connected to side-leak testers, labelling machines, and automatic packaging equipment to form a complete, fully automated and unattended production line. This end-to-end automation capability is particularly valuable in pharmaceutical packaging environments where GMP requires 100% container inspection.
Q: Is the ZQ60 IBM machine suitable for GMP pharmaceutical packaging production?
A: The ZQ60 incorporates several design features specifically addressing GMP compliance requirements. The bottom-up structural design physically prevents lubricating oil from entering the mould area or contacting bottle surfaces. The scrap-free injection blow moulding process eliminates the regrind contamination risk present in extrusion blow moulding. The injection moulded neck thread achieves 100% dimensional accuracy and sealing performance. Connecting to visual inspection for 100% container quality control completes the GMP-compatible production environment. Pharmaceutical customers in Russia, Korea, and India have successfully deployed the ZQ60 on regulated drug packaging lines.
Q: What is the daily production output of the ZQ60 for different bottle sizes?
A: For 30ml bottles at 10 cavities, the ZQ60 achieves 105,000 bottles per 24 hours standard and up to 115,000 bottles at peak output, with an 8.2-second cycle time. Daily output scales with cavity count and bottle volume. At 10ml with 14 cavities the output is higher per cycle, while at 1000ml with 2 cavities the output is lower. The 4-second dry cycle time serves as the theoretical minimum cycle; actual production cycle depends on material, wall thickness, and cooling requirements.
Q: What after-sales support is available for the ZQ60 injection blow molding machine?
A: Ever-Power provides comprehensive after-sales support including on-site installation and commissioning by experienced senior engineers who remain on site until stable production is achieved. Preventive maintenance reminder services are provided to help customers schedule routine servicing and avoid unplanned stoppages. Professional technical training covering machine operation, mould processing, and maintenance is included at commissioning. A 24x7 maintenance service hotline is available for emergency technical support. Adequate spare parts inventory is maintained to minimise customer downtime, with parts shipments to all major markets including Korea, India, Turkey, Russia, South Africa, Brazil, the United States, and Mexico.
Q: What auxiliary equipment is recommended for the ZQ60 IBM machine production line?
A: A complete ZQ60 injection blow molding machine production line typically includes a screw air compressor to supply 0.7 m3/min at 0.7 to 1.2 MPa, a mould temperature controller to maintain precision mould heating, a chiller for supplementary cooling in high-ambient-temperature environments, a bottle visual inspection machine for 100% quality control, an auto loader for hands-free material feeding, a packing machine for downstream cartonisation, and an air compressor as backup. Ever-Power supplies or recommends compatible auxiliary equipment for all ZQ series machines to simplify procurement and ensure system integration compatibility.
Ulasan Pelanggan
Park Ji-woon, Pharmaceutical Packaging, Korea
"We replaced our old Bloma IBM50 with the ZQ60 about eight months ago and the difference is night and day. The machine runs quieter, the cycle time is faster, and our energy bill has come down noticeably. We are running 30ml pharmaceutical dropper bottles in LDPE and the consistency between cavities is excellent. The injection moulded neck thread quality has passed every sealing audit our QC team has thrown at it. Very satisfied with both the machine and the after-sales team."
Rajesh Patel, Cosmetic Manufacturing, India
"We bought a ZQ60 injection blow molding machine for our cosmetic line in Mumbai. We produce 100ml PCTG serum bottles and the output quality from day one was impressive. The surface finish is very clean with no parting line marks and no flash at all. Our rejection rate went from over 3% with the previous machine to under 0.5%. Installation engineer arrived on the agreed date and the machine was in production within three days. We are already looking at a second unit."
Emre Yilmaz, Packaging Production, Turkey
"We supply shampoo and hand wash bottles to several brands here in Istanbul and the ZQ60 has allowed us to increase output significantly. We run 250ml HDPE bottles with 5 cavities and the machine runs 24 hours without issue. Energy saving compared to our old hydraulic machine is real and we have measured it. The bottom-up design also means we no longer worry about oil contamination on bottles destined for food and personal care customers. The injection blow molding machine price for this spec is very competitive."
Dmitri Volkov, Pharma Bottling, Russia
"We use the ZQ60 to produce PP pharmaceutical tablet bottles at our facility near Moscow. We needed a replacement for our Bloma IBM50 Model and the ZQ60 was recommended to us. Since commissioning it last year we have seen zero major stoppages. The servo system is reliable and spare parts availability from Ever-Power has been very good. What surprised us most was how much more stable the bottle weight is compared to the Bloma machine. Our batch QC documentation has become much simpler as a result."
Sipho Nkosi, Chemical Packaging, South Africa
"Our company in Johannesburg runs ZQ60 units producing 300ml and 1 litre HDPE bottles for household chemical products. We had some concerns about service support given the distance, but the remote diagnostics capability and quality of documentation meant our maintenance team could handle everything locally. We had a hot runner nozzle issue after about six months and spare parts arrived within two weeks. Overall the machine has been very reliable and productive."
Fernanda Costa, Cosmetics, Brazil
"We manufacture 120ml cosmetic bottles here in Sao Paulo and have been running the ZQ60 for over a year now. The machine is very well built and the all-electric servo system works very smoothly. Compared to our previous hydraulic injection blow molding machine the noise level is much lower and our operators find it easier to work with. The visual inspection system connection has also been a great addition. We now run fully unattended overnight shifts."
Michael Larson, Contract Packaging, USA
"We are a contract packaging company in Ohio and we purchased the ZQ60 to add IBM machine capability to our production lines. The machine handles both HDPE and PP without any issue and the changeover between materials is straightforward. We mainly produce pharmaceutical sample bottles in the 10ml to 60ml range and the cavity count options are great. At 14 cavities for 10ml bottles the throughput numbers are exceptional. Customer service from the Ever-Power team during setup was responsive and knowledgeable."
Carlos Mendoza, Cosmetic Bottles, Mexico
"We have been using the ZQ60 on our cosmetic packaging line in Guadalajara for almost ten months. The machine produces 50ml PP bottles with 10 cavities and the quality is very good. The production of 105,000 bottles per day is consistent and the energy consumption is genuinely lower than our previous hydraulic machine. The technical team from Ever-Power Mexico was present during the installation and trained us very well. We recommend this injection blow molding machine manufacturer without a doubt."
Ahmed Al-Rashid, Pharma Packaging, Saudi Arabia
"I manage procurement for a pharmaceutical packaging facility and we evaluated multiple injection blow molding machine suppliers before choosing the ZQ60. The spec sheet looked good but what convinced us was the oil-free mould zone design. We produce GMP-compliant antibiotic suspension bottles in 60ml PP and the hygienic requirements are strict. The ZQ60 has passed every internal audit since commissioning. Bottle weight is consistently within 1% and the neck thread accuracy has been flawless across every batch we have tested."
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