Wtryskarka rozdmuchowa ZQ110 zamienna do modelu Bloma IBM135

1. Daily Barrel and Screw Inspection

Inspect the barrel zone temperatures and screw rotation before each shift. Verify that all five barrel zones are within 2 degrees Celsius of setpoint before initiating production. Purge the barrel with a compatible cleaning compound at the end of each shift when changing resins to prevent degraded material buildup that can cause discoloration, black specks, and dimensional inconsistency in subsequent production runs.

2. Servo System and Encoder Verification

Check servo drive status indicators and absolute encoder feedback values weekly. Confirm that each axis reaches its mechanical home position accurately at startup. Any deviation in encoder position readout from baseline values should be investigated immediately, as encoder failure or cable damage can lead to positioning errors, mold crashes, and product dimensional drift. Keep servo drive ventilation filters clean to prevent thermal shutdown during production.

3. Cooling Water System Maintenance

Maintain cooling water flow at 4 M3/h and pressure between 0.3 and 0.4 MPa. Check water inlet temperature, flow rate, and differential pressure across mold cooling circuits daily. Treat cooling water to prevent scale buildup and microbial growth that can reduce heat transfer efficiency and extend cycle times. Flush and clean the cooling system quarterly, and inspect mold cooling channel connections for leaks that could cause water contamination of the mold area.

4. Mold Cleaning and Inspection

Clean all injection mold cavity surfaces and core rod surfaces with non-abrasive solvent wipes at every planned downtime. Inspect cavity polish condition, parting line sealing faces, and neck insert fits for wear or corrosion. Any roughness on cavity surfaces will transfer to the bottle exterior. Re-polish cavities to mirror finish using diamond abrasive when surface roughness exceeds the specification limit to maintain the high-quality appearance standards that pharmaceutical and cosmetic customers require.

5. Compressed Air System Check

Verify that compressed air supply to the machine is maintained between 0.7 and 1.2 MPa with a flow capacity of at least 0.7 M3/min. Inspect air dryer function to ensure moisture content in the blowing air remains below the dew point specification. Moisture in blowing air can cause water marks on container inner surfaces and reduce clarity. Drain compressed air filter separators daily and replace filter elements on the schedule specified in the maintenance manual.

6. PLC and Control System Backup

Back up all PLC programs, recipe parameters, and servo axis configurations monthly to a protected external storage device. Document all process parameter changes with date, operator, and reason. In the event of PLC memory loss or control board replacement, having a current backup prevents lengthy process re-qualification. Update the machine’s firmware according to Ever-Power’s service bulletins to maintain control system security and access the latest process optimization features for this injection blow molding machine.

IBM Machine vs ISBM Machine: A Complete Comparison

Overview of IBM and ISBM

Injection Blow Molding (IBM) is a three-stage process combining injection molding and blow molding to produce hollow plastic containers: injection, blowing, and ejection. It is the primary technology for manufacturing small, high-precision containers such as pharmaceutical vials, eye-drop bottles, and cosmetic jars where dimensional accuracy and cleanliness are paramount. The ZQ110 IBM injection blow molding machine is the definitive platform for this category.

Injection Stretch Blow Molding (ISBM), by contrast, adds a mechanical stretching step during the blowing phase. The stretch rod elongates the preform axially while compressed air expands it radially, creating biaxial orientation that dramatically improves the clarity, gas barrier properties, and mechanical strength of the finished container. ISBM is the dominant technology for PET beverage bottles, water bottles, and carbonated drink containers produced in high volumes. The injection stretch blow molding machine platform serves a fundamentally different market segment from IBM.

Porównanie procesów

Material Suitability

IBM typically uses PP and HDPE resins, which deliver the chemical resistance and pharmaceutical cleanliness required for drug packaging and cosmetic containers. ISBM is optimized for PET, a material whose molecular structure responds strongly to biaxial orientation with significant improvements in clarity, CO2 barrier, and tensile strength. Choosing between an IBM machine and an ISBM machine therefore begins with the resin specification and application requirements.

Product Application Comparison

Advantages and Limitations

Cost and Production Considerations

IBM machines such as the ZQ110 are generally more affordable in initial capital and simpler to operate, with lower energy consumption per bottle. They are the preferred choice for pharmaceutical and cosmetic manufacturers producing precise, small-format containers at moderate volumes. ISBM systems, while more complex and capital-intensive, offer greater efficiency in mass production of lightweight PET bottles for beverages. For businesses targeting regulated markets such as pharmaceutical packaging, the ZQ110 IBM platform provides better dimensional control and GMP compliance at a more accessible injection blow molding machine price.

Maszyna IBM	Maszyna ISBM

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Często zadawane pytania

Q: Can the ZQ110 directly replace the Bloma IBM135 injection blow molding machine without major mold modifications?
A: Yes. The ZQ110 is designed as a direct Bloma IBM135 replacement, with a mold platen size of 1100 x 460 mm that closely matches the IBM135 platform. In most cases, existing Bloma IBM135 molds can be transferred to the ZQ110 with minimal or no modification to the cavity block. The neck tooling interface and core rod pitch are engineered to IBM135 standards. We recommend sharing your existing mold drawings with our engineering team before finalizing the order so we can confirm compatibility and advise on any adapter plates required.

Q: What is the injection blow molding machine price for the ZQ110 and what factors affect the total cost?
A: The price for injection blow molding machine models in the 110-ton class varies based on configuration, cavitation, mold specification, and automation options. The ZQ110 base machine price is competitive within the full servo IBM machine market and is significantly lower than comparable European-brand full electric injection blow molding machines. Key cost factors include the number of mold cavities required, whether a new mold is ordered with the machine, downstream automation integration, and shipping destination. Contact our sales team for a formal quotation based on your specific bottle specifications and production volume targets.

Q: What bottle sizes and volumes can the ZQ110 injection blow molding machine produce?
A: The ZQ110 processes containers from 1 ml up to 1000 ml. The maximum bottle diameter is 120 mm and bottle height range is 1 to 2000 mm. Mold cavitation reference: 10 ml up to 20 cavities, 30 ml up to 18 cavities, 60 ml up to 14 cavities, 100 ml up to 12 cavities, 250 ml up to 8 cavities, 500 ml 5 to 6 cavities, 1000 ml 3 to 4 cavities. Actual cavitation depends on bottle geometry and is confirmed during mold design. The machine is well suited for the core pharmaceutical and cosmetic container size range from eye-drop vials to 500 ml personal care bottles.

Q: What materials can be processed on the ZQ110 all electric injection blow molding machine?
A: The ZQ110 processes HDPE, LDPE, PP, PVC, PS (including high-transparency PS for lactic acid bacteria containers), ABS, PU, Santoprene, EVA, PCTG, Nylon (PA), and bio-based corn materials. The five-zone barrel with 20 KW heating capacity handles the full processing temperature range of these resins. The electric cylinder injection unit provides the precise shot control needed for engineering resins with narrow processing windows. For confirmation on any specialty resin, our process engineers can conduct material trials on request.

Q: Is the ZQ110 suitable for pharmaceutical GMP packaging environments?
A: Yes. The ZQ110’s bottom-up design eliminates hydraulic oil from the mold area entirely, making it appropriate for pharmaceutical GMP clean environments. The oil-free operation prevents hydrocarbon contamination of container inner surfaces. The mold cavities are manufactured from S136 steel or 4Cr13 stainless steel, both of which are suitable for pharmaceutical tooling specifications. Neck precision and 100% sealed threading meet the dimensional requirements of pharmaceutical closure systems. Customers operating under FDA, EU GMP, or local pharmaceutical packaging regulations have successfully validated the ZQ110 as a compliant manufacturing platform.

Q: How much energy does the ZQ110 IBM machine consume compared to a hydraulic IBM machine?
A: The ZQ110 consumes approximately 12 kWh per hour during 30 ml bottle production, representing roughly 30% less energy than an equivalent conventional hydraulic IBM machine. Total installed power is 80 KW but operating power draw is 52 to 70% of that figure, averaging around 42 to 56 KW under normal production conditions. The full servo drive architecture achieves this by consuming power only when axes are in motion, rather than the constant pump power draw of a hydraulic machine. Over a three-shift operation, the energy saving translates to a significant reduction in annual electricity expenditure.

Q: What downstream automation can be integrated with the ZQ110 injection blow molding machine?
A: The ZQ110 conveyor rear is pre-designed for integration with visual inspection systems (detecting foreign particles, insufficient neck material, and uneven bottle bottoms), side-leak testers, labeling machines, and automatic packaging equipment. The PLC control system provides standard I/O interface connections for triggering external equipment in synchronization with machine cycles. Integration with industry-standard vision systems and rejection conveyors enables fully unattended, lights-out production. Custom automation configurations for specific customer line layouts can be engineered through our application team.

Q: What is the difference between a single stage injection stretch blow molding machine and the ZQ110 IBM machine?
A: A single stage injection stretch blow molding machine (ISBM) adds a mechanical stretch rod during the blow phase to biaxially orient the container material, primarily PET, for enhanced clarity and gas barrier properties. The ZQ110 is an IBM machine that does not incorporate a stretch rod; it uses compressed air alone to expand the preform against the blow mold cavity. IBM is optimized for PP and HDPE resins producing pharmaceutical and cosmetic containers where dimensional precision and cleanliness take priority over clarity and barrier. ISBM is optimized for PET beverage bottle production at high volumes. The two processes serve different market segments.

Q: What is the lead time and what after-sales service does Ever-Power provide for injection blow molding machine suppliers?
A: Standard lead time for the ZQ110 machine with an existing customer-supplied mold is typically 45 to 60 days from order confirmation. If a new mold is ordered together with the machine, lead time extends to 75 to 90 days depending on mold complexity and cavitation. After-sales service includes remote PLC diagnostics, video-guided commissioning support, on-site installation and startup assistance, operator training, spare parts supply, and scheduled maintenance consultation. Ever-Power maintains overseas agent networks in key markets to provide local technical support in Korea, India, Turkey, Russia, South Africa, Brazil, USA, and Mexico.

Q: Can the ZQ110 also replace the Jomar IBM135 Model injection blow molding machine?
A: Yes. The ZQ110 is cross-referenced as a direct replacement for the Jomar IBM135 in addition to the Bloma IBM135. The ZQ110 injection weight of 540 g spans the Jomar IBM135’s rated range of 450 to 550 g, and the 1100 KN injection clamping force closely matches the Jomar IBM135’s 1210 KN specification. The 65 mm screw diameter matches the Jomar IBM135 standard. Mold platen dimensions of 1100 x 460 mm compare to the Jomar 559 x 1118 mm (Jomar uses transposed L x W notation). Please contact our engineering team with your Jomar mold drawings to confirm adapter requirements before ordering.

Opinie klientów

Murat Yildirim, Cosmetics Industry, Turkey
"We produce cosmetic packaging, mostly shampoo and lotion bottles between 100 ml and 500 ml. The surface quality from the ZQ110 is excellent, very smooth finish, no sink marks. We were a bit nervous about switching from a brand we’d used for years but the mold transfer from our old machine worked out well. The after-sales support from Ever-Power has been responsive and professional. One small thing – the operator manual could use a Turkish translation but the video guides cover most situations."

Andrei Volkov, Household Products, Russia
"We ordered two ZQ110 units for our household cleaning product line. The energy saving compared to our previous machines is noticeable, our electricity cost per thousand bottles dropped around 28%. Production is stable at close to the rated maximum output. The automatic visual inspection integration worked well with the system we already had. Delivery time was within the agreed schedule which matters a lot for our production planning. Would recommend to other manufacturers looking for a reliable IBM machine."

Thabo Nkosi, Pharmaceutical Industry, South Africa
"Our company uses the ZQ110 to produce PP pharmaceutical bottles for the South African market. We’ve been running it for about ten months. The neck finish precision is exactly what we need for the child-resistant cap fitments our clients specify. No leaker failures in our last two quality audits, which is a major improvement over the previous machine. The machine is clean to operate and the noise level on the factory floor is much lower. Spare parts ordering through the online portal is straightforward."

Camila Ferreira, Food Packaging, Brazil
"We run a food packaging operation producing HDPE condiment and sauce bottles. The ZQ110 replaced a Bloma IBM135 we had in service for many years. The mold transfer was easier than expected and production quality improved right away. Output capacity is noticeably higher than the old machine. Our maintenance supervisor likes that there’s no hydraulic system to look after. We will likely order a second unit next year. The local agent’s technical support is good and responds quickly to questions."

David Morrison, Food and Dairy Packaging, USA
"We’ve evaluated a number of injection blow molding machine manufacturers and the ZQ110 offered the best combination of throughput, energy efficiency, and price for injection blow molding machine in this tonnage class. The machine is well-built and the servo motion is smooth and quiet. We’ve been producing PS lactic acid bacteria bottles at 14 cavities for about five months. Bottle weight consistency is excellent, our filling line rejection rate dropped significantly. Customer service from the Ever-Power team has been professional and technically knowledgeable."

Marco Antonio Reyes, Cosmetics and Personal Care, Mexico
"We bought the ZQ110 for our cosmetic packaging line, 60 ml and 100 ml PP bottles. The machine arrived within the promised timeframe and the installation was fast. The energy performance is much better than our previous machine. We have been operating for seven months without major incidents. The bottleneck quality is very precise and we have not had any rejections due to seal failure in our entire production. I would recommend this manufacturer to any company looking for a competitive price for an injection blow molding machine."

Lucia Hernandez, Nutraceutical Packaging, Mexico
"We produce health supplement and nutraceutical bottles in HDPE for distribution in Mexico and Central America. The ZQ110’s pharmaceutical-grade cleanliness meets the requirements we have from our brand customers. The automatic demolding device runs smoothly without bottle damage even at maximum speed. What really impressed us was the labeling machine integration at the conveyor end, it took about half a day to set up and has been reliable since. Delivery was slightly delayed due to shipping logistics but Ever-Power kept us informed throughout."

Kim Soo-jin, Pharmaceutical Packaging, Korea
"We’ve been running the ZQ110 for almost eight months replacing our old Bloma IBM135. Honestly the difference is quite big. Cycle time dropped noticeably and the scrap rate we had from neck sealing issues is basically zero now. Our quality team is very happy with the consistency. The installation crew from Ever-Power arrived on schedule and finished commissioning in three days. We’re currently running 30 ml pharmaceutical syringe wash bottles in PP at 18 cavities."

Rajesh Mehta, Chemical Container Packaging, India
"We manufacture HDPE containers for pesticide and agrochemical packaging. We were using a conventional hydraulic IBM machine and maintenance costs were eating into our margin badly. After switching to the ZQ110, the energy bill fell sharply and we haven’t had a single hydraulic seal failure in six months. The electric injection unit gives much better shot consistency too. The 1100 KN clamping force handles our thick-wall 250 ml chemical bottles without any flashing at all."