Wymiana wtryskarki rozdmuchowej ZQ40 na model IBM40 Jomar

Siła zacisku wtryskarki IBM Machine

Zawsze-Moc	Siła zacisku wtrysku	Jomar	SUMA	Bloma
ZQ40	400 kN	340 kN	386 kN	350 kN
ZQ60	600 kN	460 kN	580 kN	500 kN
ZQ80	800 kN	680 kN	720 kN	700 kN
ZQ110	1100 kN	1210 kN	1200 kN	1250 kN
ZQ135	1350 kN	1560 kN	1600 kN

Uwaga: marki są wymieniane wyłącznie po to, aby ułatwić klientom wybór produktów, a nie w celu sprzedaży produktów tych marek.

Cechy wtryskarki rozdmuchowej ZQ40

1. Pełna struktura w stylu europejskim
This one step maszyna do formowania wtryskowego z rozdmuchem is built on a full European-style frame that delivers clamping force 20%-30% greater than competing machines in the same class. The robust frame eliminates flexure under load, guaranteeing repeatability across multi-cavity tooling and extended production runs without drift in part dimensions.

2. High-Precision Servo Angle Divider
A standard high-precision angle divider synchronizes mold opening, closing, and turret lifting in one seamless motion. This servo-driven indexing system eliminates positional error between stations, reducing bottle defects caused by misaligned core rods and ensuring that every preform transitions correctly from injection to blow to stripping without operator intervention.

3. Unikalna konstrukcja zacisku ciśnieniowego
The booster cylinder plays no part in the mold opening and closing sequence. This isolation reduces mechanical wear, lowers hydraulic shock on the tooling, and cuts energy consumption by 20%-30% compared to conventional injection blow molding machines. The hydraulic dual system is standard, providing independent pressure control for both injection and blowing stations for superior process stability.

4. Zero-Waste, Scrap-Free Production
Unlike extrusion blow molding processes that generate 20%-40% scrap, this IBM machine produces no flash, no gate waste, and no sprue. The three-station simultaneous cycle means injection, blowing, and ejection happen concurrently, maximizing output per hour while keeping raw material utilization at near 100%, which is especially critical when running premium resins like PCTG or medical-grade PP.

5. Wide Resin Compatibility and Cavity Flexibility
From soft LDPE squeeze bottles to rigid HDPE pharmaceutical containers and crystal-clear PS cosmetic jars, the ZQ40 processes a broad spectrum of thermoplastics without material changeover tooling. Cavity counts from 1 to 9 and bottle volumes from 1ml to 1,000ml give production managers maximum scheduling flexibility when transitioning between product lines or running smaller promotional SKUs.

6. Compact Footprint with Simple Maintenance
At just 3.5 x 1.3 x 1.7 meters and 3.8 tonnes, the ZQ40 occupies minimal floor space, fitting into facilities where larger Western-brand equipment cannot. The modular hydraulic layout and clearly labeled service points allow maintenance technicians to perform scheduled inspections and component replacements without specialized tools, keeping planned downtime to a minimum and maximizing overall equipment effectiveness.

Zasada działania

Branże aplikacji

1. Butelki po chemikaliach
The ZQ40 handles HDPE and PP at high injection pressures required for thick-walled chemical packaging. Containers for detergents, agrochemicals, solvents, and cleaning concentrates are produced with precise neck threads and no seam lines, meeting stringent UN-certified packaging standards for hazardous liquids.

2. Butelki na napoje
This PET injection blow molding machine configuration produces crystal-clear PS and PP containers for juices, dairy drinks, and flavored waters up to 1,000ml. The simultaneous three-station cycle and up to 3 cavities at 250ml means beverage producers can achieve high throughput with consistent wall thickness for label application and cold-chain integrity.

3. Butelki kosmetyczne
High-clarity ABS, PS, and PCTG containers for foundations, serums, toners, and skincare products demand flawless surface aesthetics. The ZQ40 delivers scratch-free exteriors, perfectly centered neck finishes, and the tight dimensional tolerances that luxury cosmetic brands require for pump dispensers, flip-cap closures, and spray fitments.

4. Butelki farmaceutyczne
Medical and nutraceutical packaging requires contamination-free production and 100% sealed neck threads. The ZQ40 runs pharmaceutical-grade PP and HDPE with no post-mold flash trimming and no contamination risk from cut tails or sprue runners. Cavity sizes from 10ml to 250ml are ideal for tablet, capsule, liquid, and powder drug packaging.

5. Butelki do karmienia
BPA-free PP and food-contact-certified HDPE for infant feeding bottles demand extremely consistent wall thickness to ensure sterilization compatibility. The ZQ40 produces feeding bottles with uniform polymer distribution and flawless internal surfaces, meeting EU and FDA standards for direct food contact packaging used in newborn and infant nutrition.

6. Butelki z kroplomierzem
Ophthalmic and nasal dropper bottles require precision neck geometry for medical-grade dropper tip fitment and leak-proof sealing. With up to 9 cavities at 10ml, the ZQ40 is a highly efficient platform for eye drop, ear drop, and nasal spray packaging in LDPE and medical-grade PP, where dimensional accuracy directly impacts patient safety.

7. Butelki do mycia ciała
Personal care brands require bottles with smooth, label-friendly exterior surfaces and consistent pump fitment necks. The ZQ40 processes HDPE and PP body wash containers from 250ml to 1,000ml with no mold-line marks at the parting surface and excellent side-wall clarity, supporting sustainable packaging initiatives by enabling precise lightweighting of wall sections.

8. Dish Soap Bottles
High-viscosity dish soap packaging demands robust sidewall strength and chemical resistance. HDPE dish soap bottles produced on the ZQ40 achieve consistent squeeze-to-flow characteristics through uniform wall thickness distribution. The no-waste production process makes this injection blow moulding machine particularly cost-effective for high-volume household chemical packaging lines where raw material cost is the dominant variable.

Butelki chemiczne	Butelki farmaceutyczne
Butelki kosmetyczne	Butelki do karmienia

ZQ40 IBM Machine Components

Our Injection Blow Molding Machine Advantages

1. Higher Clamping Force at the Same Machine Class
The ZQ40 delivers 400KN injection clamping force versus the Jomar IBM40 340KN, a 17% advantage in the same footprint class. Greater clamping force directly reduces flash incidence at the parting line, improves neck thread fidelity, and allows the machine to handle higher-viscosity resins and thicker-walled product designs without tooling modification, giving customers more production flexibility on a single investment.

2. Significantly Lower Energy Consumption
Thanks to the isolated pressurized clamping structure and servo-driven rotation, the ZQ40 operates at 10%-20% lower energy consumption than Jomar IBM40-class machines under equivalent production conditions. For operations running two or three shifts per day, this energy saving translates directly into reduced electricity costs over the machine 10 to 15-year service life, offering a quantifiable return on investment that is difficult for legacy hydraulic designs to match.

3. Larger Mold Platen Capacity
The ZQ40 accepts mold platens up to 480 x 340mm, compared to the Jomar IBM40 394 x 508mm format. The ZQ40 wider horizontal platen dimension simplifies tooling design for multi-cavity configurations, enabling more efficient cavity layout and reduced mold steel volume. Customers migrating from Jomar IBM40 tooling can typically adapt existing mold bases with minimal rework, reducing transition costs significantly when upgrading their injection blow molding machine fleet.

4. Higher Injection Weight Capacity
With 190/260g injection weight (40/45mm screw options), the ZQ40 exceeds the Jomar IBM40 180g shot capacity. This additional shot volume margin provides a buffer for running larger preforms, allows cavity count to be increased without approaching the screw maximum output, and gives process engineers more headroom when adjusting preform gram weight to fine-tune bottle wall thickness on new product introductions.

5. Competitive Injection Blow Molding Machine Price with Superior Specification
As an established injection blow molding machine manufacturer serving global export markets, Ever-Power offers the ZQ40 at a price point substantially below comparable Western-brand IBM machines while matching or exceeding key technical specifications. When total cost of ownership is calculated across energy savings, lower spare-parts pricing, and regionally available service support through our global agent network, the ZQ40 offers one of the best injection blow molding machine prices in the 40-tonne class.

6. Compact Machine Footprint
The ZQ40 occupies a floor area of 3.5 x 1.3 meters, making it significantly smaller than the Jomar IBM40 2.72 x 1.9 meter base. The reduced footprint means the ZQ40 can be installed in existing production bays without civil engineering modifications, and multiple units can be arrayed in parallel with narrower aisle widths, increasing production density per square meter of factory floor and reducing overall facility operating costs.

Zgodne surowce

Charakterystyka form automatycznych serii ZQ

1. Activity-Designed Cavity and Neck System
The injection mold features an activity-designed cavity and neck insert system with a specially engineered oil channel layout. Cavity and neck inserts can be swapped independently, allowing tube billet dimensions to be changed rapidly without replacing the entire mold base. Dedicated oil channels maintain stable, precisely controlled temperature distribution across the cavity wall, eliminating hot spots that cause preform wall thickness variation.

2. Konstrukcja ze stali stopowej premium
All injection mold cavities are machined from imported S136 steel alloy or 4Cr13 stainless steel, selected for their exceptional hardness, corrosion resistance, and polishability to mirror finish. The high-strength steel construction significantly extends mold service life compared to standard P20 tooling steel used by lower-cost injection blow molding machine manufacturers, reducing long-term tooling amortization costs for high-volume production operations.

3. Zoptymalizowane chłodzenie kanałów gorących i trzpienia
The optimized hot runner manifold geometry minimizes gram-weight deviation between cavities across the full shot, while the special mandrel core structure accelerates cycle time through efficient internal core cooling. Together, these two systems reduce wall thickness deviation to the minimum achievable for this resin and preform class, which is critical for customized injection blow molding machine for sale customers who require tight specification control for regulated packaging applications.

4. 100% Accurate Mouth and Thread Geometry
The injection mold neck insert system is designed to produce bottle necks and closure thread profiles that are dimensionally accurate and 100% sealed at the parting line between the neck halves. This zero-leak neck finish is non-negotiable for pharmaceutical, eyedropper, and food-contact packaging applications, where neck thread integrity directly impacts product safety, shelf life, and regulatory approval for the end-market product.

5. No Flash or Waste on Mouth and Base
Unlike extrusion blow molding tooling that generates flash on the bottle base and pinch-off tails on the neck, ZQ Series molds produce bottles with no burrs, no waste material, and no post-mold trimming requirement on either the mouth or the base. This is one of the defining advantages of the injection blow process over extrusion alternatives and eliminates a secondary operation that adds labor cost and contamination risk to high-care packaging lines.

6. Spójne wymiary produktu we wszystkich komorach
Size, weight, mold line position, and wall thickness are consistent from cavity to cavity and shift to shift. The balanced hot runner flow path, uniform mold cooling, and stable European-frame clamping system collectively deliver product consistency that passes 100% automated vision inspection systems without the sampling-and-rejection rates commonly seen on aging Jomar IBM40 machines with worn clamping mechanisms or imbalanced runner systems.

Injection Blow Molding Operation Safety

1. Pre-Startup Inspection
Before each production run, operators must verify that all safety guards are in place and securely latched, all hydraulic line connections are leak-free, the cooling water circuit is pressurized to 0.3-0.4 MPa, and compressed air supply is stable at 0.7-1.2 MPa. Confirm that the barrel has reached its set temperature profile across all zones before initiating injection. Never operate the machine with any guard removed or bypassed, and ensure the emergency stop circuit is functional before starting any automatic cycle.

2. Resin and Color Material Handling
All raw resin materials must be dried to the manufacturer-specified moisture content before loading into the hopper. Undried resin causes splay defects, reduced molecular weight, and potential barrel pressure surges. When changing between resin types, perform a full purge cycle with a compatible purging compound before switching to the new material. Color masterbatch should be pre-mixed at the correct let-down ratio and tested on a sample run before committing to a full production batch on the ZQ40 injection blow molding machine.

3. Mold Changeover Procedure
All mold changes must be performed with the machine in manual mode and hydraulic pressure fully released. Use only approved lifting equipment rated for the mold weight to prevent injury and tooling damage. Verify that the new mold water circuits are connected and flowing before initiating a dry-cycle test. After mold installation, run at least 10 short-shot cycles at reduced injection speed before switching to automatic mode, and inspect the first 20 parts for dimensional conformance before releasing to full production speed.

4. Hydraulic System Monitoring
Monitor hydraulic oil temperature continuously during operation. If oil temperature exceeds the machine set maximum, stop production and allow the system to cool before investigating the root cause, which may indicate a blocked cooler, low oil level, or a failed thermostat. Check hydraulic oil level and condition at the start of each shift. Hydraulic oil must be replaced at the manufacturer specified interval to maintain system cleanliness and prevent premature wear of the pump, valve, and cylinder seals on this plastic injection blow molding machine.

5. Electrical Safety and Interlocks
Never bypass or disable electrical interlocks on the injection guard doors, barrel thermal cutoffs, or servo drive fault circuits. All electrical maintenance, including PLC parameter adjustment and servo drive servicing, must be performed only by qualified electricians with the main power isolated and locked out. Verify that all earthing connections are in good condition at the quarterly maintenance inspection, and report any signs of cable insulation damage, control panel overheating, or unusual servo drive fault codes to the maintenance team immediately.

6. Operator Training Requirements
All operators must complete the full machine commissioning training program before being authorized to run the ZQ40 unsupervised. Training should cover machine startup and shutdown sequences, manual and automatic mode switching, alarm response procedures, basic mold adjustment, and emergency stop protocols. Ever-Power installation engineers provide hands-on operator training as standard during commissioning. Refresher training is recommended annually and whenever a new product or resin type is introduced, to ensure consistent process knowledge across shift teams on this IBM injection blow molding machine.

Dlaczego warto wybrać wtryskarki Ever-Power?

Mexico Ever-Power ISBM Machinery Co., Ltd. is a dedicated research, development, manufacturing, and export specialist focused on automatic one-step injection-blowing blow molding machines and supporting injection-blowing molds. Our product portfolio spans the full spectrum of injection blow molding machines, extrusion blow molding machines, injection stretch blow molding machines, and auxiliary equipment, serving packaging converters and brand owners across six continents. We operate from a strategically located facility with convenient access to major logistics hubs, ensuring reliable delivery lead times to global markets.

Our engineering team is composed of specialists with deep practical experience in both injection-blowing machinery design and injection-blowing mold engineering. This dual competence is rare among injection blow molding machine manufacturers and means that when you source a ZQ40 from Ever-Power, you are working with a supplier that understands both the machine and the tooling that determines your final container quality. We provide thorough pre-sale technical consultation, including feasibility studies, cavity layout recommendations, and resin compatibility assessments, ensuring that your investment is correctly specified before the order is placed.

Our machines serve applications across pharmaceutical packaging, food and beverage packaging, healthcare and nutraceutical packaging, cosmetic packaging, and general industrial container production. The ZQ40 processes HDPE, LDPE, PP, PS (including lactic acid bacteria grades), high-transparency PS, ABS, EVA, PCTG, and environmentally derived corn-based materials, producing containers from 1ml to 1,000ml with zero waste and near-100% material utilization. This material breadth and the no-scrap production process make Ever-Power plastic injection blow molding machines the preferred choice for operations committed to lean manufacturing and sustainability targets.

Mexico Ever-Power ISBM Machinery Co., Ltd. is guided by the enterprise principles of self-reliance, integrity, pragmatism, innovation, and responsibility. We build one-stop turnkey projects that take customers from bottle concept through mold design, machine commissioning, and production ramp-up with a single, accountable partner. Our global agent network across Korea, India, Turkey, Russia, South Africa, Brazil, the United States, Mexico, and other high-demand markets for injection blow molding machines ensures that customers receive timely on-site installation, commissioning, operator training, and ongoing technical support, regardless of their location.

Często zadawane pytania

P: Jaka jest różnica pomiędzy maszyną do formowania wtryskowego i maszyną do formowania wtryskowego z rozciąganiem i rozdmuchiwaniem?
A: An injection blow molding machine (IBM) forms bottles in three stations: inject the preform, blow the bottle, then eject. An injection stretch blow molding machine (ISBM) adds a fourth action, mechanically stretching the preform axially with a stretch rod before blowing, which biaxially orients the polymer. IBM is preferred for small precise containers like pharmaceutical vials, cosmetic jars, and eyedropper bottles where neck accuracy is critical. ISBM is preferred for larger PET bottles requiring high strength and barrier properties, such as carbonated beverage containers. The ZQ40 is an IBM machine optimized for containers from 1ml to 1,000ml in HDPE, LDPE, PP, PS, ABS, PCTG, and EVA resins.

Q: Can the ZQ40 directly replace the Jomar IBM40 using existing molds?
A: In many cases, existing Jomar IBM40 molds can be adapted to run on the ZQ40 with modification to the mold base mounting pattern and water circuit connections. The ZQ40 uses a 480 x 340mm platen versus the Jomar IBM40 394 x 508mm format, so the tooling adaptation scope depends on the specific mold design. Ever-Power engineering team can review your existing Jomar mold drawings and provide a compatibility assessment and adapter recommendation before you commit to the machine purchase, minimizing your total tooling investment when transitioning to the ZQ40 injection blow molding machine.

P: Jaka jest cena wtryskarki ZQ40?
A: The price for the ZQ40 injection blow molding machine varies depending on the mold configuration, accessory specification, and destination market. As an established injection blow molding machine manufacturer targeting the global export market, Ever-Power prices the ZQ40 competitively against both Western-brand IBM machines and lower-specification Asian alternatives. To receive an accurate quotation including machine, tooling, installation, training, and first-year spare parts kit, please contact our sales team via the inquiry form on this page. Lead time from order confirmation to shipment readiness is typically 45-70 days.

Q: Can the ZQ40 run PET for a pet injection blow molding machine application?
A: The ZQ40 is optimized for HDPE, LDPE, PP, PS, ABS, PCTG, and EVA resins. PET processing in an injection blow format requires very specific preform design, drying equipment, and barrel temperature management that differs significantly from the polyolefin and styrenic resins the ZQ40 is calibrated for. For PET bottles, an injection stretch blow molding machine with PET-specific screw and barrel design is the preferred platform. If your application requires PET containers, please contact our team to discuss the most suitable machine model in the Ever-Power range.

Q: How many cavities can the ZQ40 run and what bottle sizes are supported?
A: The ZQ40 supports a maximum of 9 cavities for 10ml containers, 8 cavities for 30ml, 6 for 60ml, 4 for 100ml, 3 for 250ml, 2 for 500ml, and 1 cavity for 1,000ml containers. Bottle diameter up to 120mm and bottle height up to 220mm are supported within the mold envelope. The stripping stroke of 220mm accommodates tall container geometries. Cavity configuration is determined by tooling design. For specific cavity layouts and mold feasibility for your target container, Ever-Power mold engineering team can provide a design review and cycle time estimate before tool fabrication begins.

Q: Is the ZQ40 a full electric injection blow molding machine or hydraulic?
A: The ZQ40 uses a hydraulic drive system with a servo rotation system for the indexing turret, rather than being a full electric injection blow molding machine. The hydraulic dual system is standard, providing independent pressure circuits for the injection and blowing clamping systems. The servo-driven angle divider provides the precision indexing benefits of electrical actuation for the most critical motion in the cycle. The hydraulic approach delivers the clamping force density and durability required for multi-cavity production, with energy savings achieved through the unique pressurized clamping structure that isolates the booster cylinder from the mold travel motion.

Q: What after-sales support is available for the ZQ40 injection blow moulding machine?
A: Ever-Power provides comprehensive after-sales support including on-site installation and commissioning by experienced senior engineers, hands-on operator and maintenance training, a 24/7 service hotline, preventive maintenance reminders at scheduled intervals, and adequate spare parts inventory for rapid dispatch. Ever-Power has established overseas agent networks in Korea, India, Turkey, Russia, South Africa, Brazil, the United States, and Mexico to provide timely on-the-ground technical support without the long international travel times that Western-brand injection blow molding machine suppliers often impose on export market customers.

Q: Can I use a customized injection blow molding machine for sale configuration for my bottle design?
A: Yes. Ever-Power offers customized injection blow molding machine configurations tailored to specific customer requirements. This includes non-standard platen sizes, extended barrel length for specific resin types, auxiliary equipment integration such as auto-loaders and vision inspection systems, and custom control system configurations for integration with factory MES or SCADA systems. Customized mold design is also available through Ever-Power in-house mold engineering team. Please provide your target bottle design, resin specification, annual production volume, and any regulatory requirements when submitting your inquiry so the team can propose the most appropriate configuration.

Q: What is the difference between the ZQ40 and a led bulb cover injection blow molding machine?
A: LED bulb cover injection blow molding machines are typically specialized variants of the standard IBM platform, configured with tooling designed to produce the precise ovoid or cylindrical shapes required for LED lamp diffusers in high-clarity PS or PMMA. The ZQ40 can potentially be configured to produce LED bulb covers in PS with appropriately designed tooling, given its maximum bottle diameter of 120mm and height of 220mm. However, PMMA processing requires specific barrel and screw configuration. If you are specifically evaluating the ZQ40 for LED cover production, please consult our engineering team with your cover dimensions and resin specification.

Q: What injection stretch blow molding machine manufacturers offer comparable alternatives at the ZQ40 clamping class?
A: At the 40-tonne clamping class, the primary reference points in the market include the Jomar IBM40, SUMA 40iB, Uniloy UIB70, and Bloma IBM45, as well as machines from Aoki and other injection stretch blow molding machine manufacturers who serve overlapping container volume ranges. The ZQ40 competes favorably on injection clamping force (400KN vs. 340KN for Jomar IBM40), shot weight, energy consumption, and price, while offering the European-style structural rigidity that brands demanding premium packaging quality require. Ever-Power provides side-by-side technical comparison documentation on request to support your capital equipment evaluation process.

Opinie klientów

Park Jisoo, Pharmaceutical Packaging, Korea
"We ordered a ZQ40 last year to replace an aging Jomar IBM40 on our pharmaceutical vial line. Honestly? I was nervous switching brands, but from the first week it was clear we made the right call. Wall thickness consistency is noticeably better and we stopped having the neck-flash rejects that were costing us 3-4% yield on the Jomar. Our maintenance guy says the hydraulic layout is simpler to work on too. Really pleased with the result."

Rajesh Patel, Cosmetic Packaging, India
"We have had our ZQ40 running HDPE 50ml bottles for a cosmetic client for eight months. The machine is compact enough to fit in the corner of our floor without rearranging everything, which was a big deal for us. Production is stable, the servo rotation is very smooth and quiet compared to our old machine, and the dry cycle at 3.5 seconds is impressive. After-sales support from Ever-Power India was quick when we had a query about the barrel zone setup."

Ahmet Yilmaz, Cosmetic Packaging, Turkey
"The price for injection blow molding machine was very competitive and we were skeptical about quality at first but the ZQ40 has proven itself. We run PCTG cosmetic serum bottles on it, 30ml and 60ml, and the surface clarity is exactly what our customer expects. No blemishes, no gate marks, clean necks every time. The installation team arrived on schedule, set up everything including the mold, and we were running production within three days. Very professional."

Dmitri Volkov, Pharmaceutical Packaging, Russia
"We manufacture eyedropper bottles for the pharmaceutical market, 10ml PP, and throughput was our main concern. With 9 cavities on the ZQ40 at 3.5 seconds dry cycle we are hitting production targets we could not reach on our previous machine. Honestly the energy bill reduction is also visible. Our electricity cost per thousand bottles is down around 15%. We have recommended this injection blow molding machine to two other companies in our region."

Nomvula Dlamini, Personal Care Packaging, South Africa
"As a small personal care bottle converter we were not sure we could afford this caliber of blow injection molding machine. But Ever-Power injection blow molding machine price was within our budget and the machine runs our HDPE body wash bottles (250ml, 3 cavity) without any issues. We ran 200,000 pieces in the first two months with less than 0.5% reject rate. That is better than what we were getting on extrusion blow. The quality of the neck finish alone has saved us on capping line stoppages."

Carlos Menezes, Beverage Packaging, Brazil
"We installed the ZQ40 in March for our juice bottle line, 250ml PP, and it has been running two shifts daily since then without any major stoppages. The mold cavitation reference chart helped us plan our production mix before we even ordered. The bottles have excellent base convexity and very even side wall, which is important for our automatic labeling line. Shipping from China arrived faster than we expected and the customs documentation was handled without problems. Muito bom!"

Michael Thornton, Pharmaceutical Packaging, United States
"I sourced this ZQ40 as a replacement for a Jomar IBM40 we have had since 2009. The Jomar was costing us too much in parts and downtime. The ZQ40 was straightforward to justify to ownership once we laid out the energy savings and the lower price for injection blow molding machine parts. Machine was delivered, installed, and commissioned smoothly. The training the team received was thorough. Four months in and we are happy with the output consistency on our nutraceutical capsule bottles."

Sofia Ramirez, Cosmetic Packaging, Mexico
"Mexico Ever-Power was responsive from my very first inquiry. I asked a lot of technical questions comparing their ZQ40 with other injection blow molding machine manufacturers and they answered every one in detail. Our machine runs ABS cosmetic bottles, 60ml and 100ml, and the surface quality is excellent. We have been running for six months on a single shift and had zero mechanical issues. Spare parts quote for our six-month kit was very reasonable. I would buy from them again."

Fatima Al-Hassan, Eyedrop Packaging, Turkey
"We evaluated three injection blow molding machine suppliers before choosing Ever-Power. What decided it for us was the clamping force spec versus price, and the fact they had real application cases in our industry. We produce LDPE eyedrop bottles at 10ml x 9 cavity and the ZQ40 is running at 96% OEE on day shift. Commissioning was done by an experienced engineer who stayed until we hit our target output rate. Customer service has been consistently good post-installation."