Medium volume cosmetic and pharmaceutical packaging sits in a demanding sweet spot. The bottles are too large and too high value for low-cavity manual lines, yet too small and too specification-sensitive for the heavy-duty machines built for drums and jerry cans. Between roughly 10ml and 500ml, brands need consistent neck finish, tight wall thickness control, clean processing, and a cycle that still delivers competitive output. That is exactly where the IBM65 injection blow molding machine earns its place on the production floor. Aibim, a Wanplas factory with more than 12 years of experience in plastic machinery manufacturing and a presence in more than 40 countries, developed the IBM65 to serve cosmetic serum bottles, essence droppers, lipstick and lip balm tubes, pharmaceutical vials, oral liquid bottles, and personal-care jars in the 10ml to 500ml range. Built on a three-station, one-step hollow molding process, the IBM65 turns resin pellets into finished, flash-free bottles without secondary trimming, giving contract manufacturers and brand owners a stable platform for both color-rich cosmetic packaging and regulated pharma containers. This article explains how the machine works, what it can do, which materials and cavity layouts make sense, and how Aibim supports a validated, low-risk deployment.

What Is Injection Blow Molding and Why It Fits Cosmetic & Pharma

Injection blow molding combines two proven operations into a single, continuous, three-station cycle. In the first station, the injection unit plasticizes the resin in the barrel, then injects a precise parison (also called a preform) around a core rod inside an injection mold. In the second station, the hot parison on its core rod is transferred to the blow mold, where compressed air expands it against the cooled cavity wall to form the bottle shape. In the third station, the finished bottle is stripped from the core rod and ejected. Because the parison is injected rather than extruded, the neck finish, thread, and sealing surface are formed with injection-molded accuracy, which is why injection blow molding is the preferred route for containers that must close tightly, look clean, and meet cosmetic or pharmaceutical tolerance.

The one-step, three-station layout removes the flash and the tail pinch that appear in extrusion blow molding. There is no scrap tail to trim, no post-molding deflashing, and no regrind loop to manage for food- or pharma-contact parts. The bottle leaves the machine ready for filling, capping, and labeling. For cosmetic brands that care about a crisp neck ring and a uniform surface, and for pharmaceutical producers who need a clean, controlled process, that difference is decisive.

From a process-engineering perspective, the IBM65 controls the variables that decide bottle quality. The barrel temperature profile, screw rotation speed, back pressure, injection speed, holding pressure, blow air pressure, mold temperature, and cooling time are all independently adjustable. The plasticizing unit prepares a homogeneous melt, the core rod carries a uniform parison, and the blow station sets the final wall distribution. Because every station runs as part of one indexed cycle, the machine produces repeatable bottles hour after hour, which is the foundation of stable output and reliable validation.

The IBM65 specifically targets the medium volume band. Larger pharmaceutical and cosmetic bottles above 500ml are better served by Aibim’s larger model in the same family, while very small 3ml to 10ml precision parts can shift toward the hybrid electric model described later in this article. The 10ml to 500ml window is where IBM65 is most balanced: enough clamping and plasticizing capacity for four- to eight-cavity molds on small bottles, and enough cavity flexibility for two-cavity production of 500ml jars.

IBM65 Machine Overview and Technical Specifications

The IBM65 is a three-station injection blow molding machine built around a 650 kN clamping system, a single-crossbeam double-pole clamping framework, and Aibim’s PREFILL hydraulic technology. The structural design enlarges the mold setting space, which makes it easier to install multi-cavity molds and to service the tooling. The machine is CE certified, with a stripper station protected by a long-distance digital laser sensor and a light curtain for personal safety. Across its product family, Aibim reports a minimum 35 percent energy saving compared with conventional hydraulic injection blow molding machines, largely driven by the PREFILL technology and variable displacement pump pressurizing in the hydraulic system.

Operation and changeover are simplified by an SD card parameter storage system. A validated process recipe can be saved on an SD card and re-installed across multiple machines, which keeps Cavity 1 on Line A identical to Cavity 1 on Line B. For contract manufacturers running the same bottle for different clients, this repeatability shortens requalification and reduces operator error.

IBM65 Key Specifications

Parameter	IBM65 Value	Notes
Clamping force	650 kN	Single-crossbeam, double-pole framework
Number of stations	3 (injection / blow / ejection)	One-step continuous index
Max cavities	Up to 8	Depends on bottle size and neck pitch
Screw diameter	45 mm	Plasticizing unit in barrel
Shot size (PS)	180 g	Covers multi-cavity parison weight
Plasticizing capacity	approx. 60 g/s	PS reference, material dependent
Mold platen size	420 x 420 mm	Enlarged mold setting space
Max mold size (L x H x D)	400 x 400 x 280 mm	Injection and blow molds
Opening stroke	200 mm	Mold opening for part release
Heating power	12 kW	Barrel and hot runner zones
Installed power	42 kW	Hydraulic PREFILL system
Machine dimensions	3.6 x 1.5 x 2.1 m	Length x width x height
Machine weight	approx. 5,800 kg	Stable, low-vibration base

These figures describe the machine as a production tool rather than a laboratory device. The 650 kN clamping force holds the blow mold firmly while the bottle forms, the 45 mm screw delivers enough melt for eight small cavities or two large jars, and the enlarged platen makes mold changes practical for manufacturers that rotate several SKUs. All numbers are reference values for standard configuration; final specification is confirmed against the customer’s bottle drawing and material during project engineering.

Capacity Planning: Cavity Count, Cycle Time and Output

Output from an injection blow molding machine is governed by a simple relationship: bottles per hour equal cavity count multiplied by 3,600 and divided by the cycle time in seconds. The limiting factor is usually the blow and cooling stage, because the parison must solidify enough to hold shape before ejection. For the IBM65, cycle time scales with bottle size and wall thickness, so cavity strategy must match the target volume.

For small 10ml to 30ml bottles, thin walls cool quickly and eight cavities are realistic, pushing output toward the high end of the range. For 250ml to 500ml jars, thicker walls and longer cooling force a two-cavity layout, but each bottle still leaves the machine finished and flash-free. The table below gives a planning reference for the IBM65 running typical cosmetic and pharma resins such as PP and PETG.

IBM65 Output by Volume Range

Volume Range	Suggested Cavities	Cycle Time (s)	Output (bottles/hour)
10 – 30 ml	8	10	approx. 2,880
30 – 100 ml	6	12	approx. 1,800
100 – 250 ml	4	14	approx. 1,030
250 – 500 ml	2	16	approx. 450

Real output depends on resin melt flow, mold cooling design, blow air pressure, and ambient conditions. A PETG jar with thick walls cools slower than a thin-wall PP vial, so the same cavity count can yield different hourly numbers. Aibim’s project engineers verify the cycle against the actual bottle and material during trial runs, and the SD-card recipe system then locks the optimized parameters so production repeats the qualified result.

For capacity planning, manufacturers should also reserve allowance for mold cleaning, color changeover, and preventive maintenance. A realistic utilization of about 85 percent to 90 percent of nominal output is a sound basis for annual volume forecasts, and the IBM65’s CE-certified laser safety on the stripper station helps keep unplanned stops low.

Material Selection for Cosmetic and Pharma Bottles

Resin choice decides appearance, chemical resistance, barrier, regulatory compliance, and cost. The IBM65 processes a broad set of thermoplastics used in cosmetic and pharmaceutical packaging: PP, HDPE, LDPE, PS, SAN, PETG, PCTG, ABS, PC, and TPU. Each brings different behavior in the barrel and different end-use properties, so material selection should start from the product requirement rather than from habit.

Polypropylene (PP) is the workhorse for both cosmetic and pharma bottles. It offers good chemical resistance, low cost, and easy processing, and grades meeting USP Class VI, FDA, and EU 10/2011 are widely available for food and pharmaceutical contact. PETG and PCTG deliver clarity closer to glass, excellent impact resistance, and a premium cosmetic look, which makes them popular for serums, essences, and high-end personal care. Polystyrene (PS) and SAN give rigidity and gloss at low cost for secondary or promotional packaging, while PC and ABS serve specialized durable or tinted containers. TPU is used where soft-touch or flexible applicator components are molded in the same family of processes.

Material Comparison for IBM65 Bottles

Material	Clarity	Chemical Resistance	Typical Use	Relative Cost
PP	Translucent to opaque	Good	Pharma vials, cream jars	Low
HDPE	Opaque	Very good	Personal-care bottles	Low
PETG / PCTG	High clarity	Good	Premium serum bottles	Medium
PS / SAN	Clear to glossy	Moderate	Promotional, secondary	Low
PC / ABS	Clear to tinted	Good	Specialty, durable	High

For pharmaceutical applications, material must be selected and documented against the applicable regulation: USP Class VI for elastomeric and plastic components in contact with bodily fluids or drug products, FDA CFR Title 21 for food and drug contact, and EU 10/2011 for food contact in the European market. Aibim supports material qualification by processing the customer’s nominated grade during factory acceptance and recording the process window, which becomes part of the validation package. Color masterbatch and additive levels should stay within the resin supplier’s approved range to protect compliance and optical quality.

Application Industries and End Products

The IBM65 serves four core application fields that Aibim targets with its injection blow molding line: pharmaceutics, food, drink, and cosmetic. Within the 10ml to 500ml band, the most common end products are precision small bottles where neck accuracy and surface quality decide the brand experience.

In cosmetics and personal care, the IBM65 produces serum bottles, essence droppers, toner bottles, lotion and cream jars, lipstick and lip balm tubes, mascara barrels, and sample vials. The flash-free neck and uniform wall let brands use standard closures, pumps, and crimp caps without rework. For color cosmetics, the same machine can run opaque, translucent, or masterbatch-colored resin, and the SD-card recipe system keeps color and weight consistent across production lots.

In pharmaceuticals, the machine produces oral liquid bottles, tablet vials, nasal spray bodies, eye-drop bottles, and single-dose containers in PP or PETG that meet USP Class VI and FDA expectations. Because injection blow molding avoids flash and regrind, the process is friendly to cleanroom or controlled-environment layouts, and Aibim can advise on machine placement, air handling, and material path to support a validated pharma line.

In food and drink, the 10ml to 500ml range covers condiment bottles, flavor samples, edible-oil mini bottles, and beverage shot containers, typically in PP or PETG qualified to EU 10/2011 or FDA. The absence of a trim tail means no plastic scrap re-enters the food-contact stream, an advantage for brands with strict contamination controls.

Across these industries, the business case for IBM65 is the same: a single machine family covers a wide SKU range with quick mold change, stable quality, and a clean process that satisfies both marketing and regulatory demands.

IBM55 Hybrid Electric: The Energy-Saving Companion

Within the same Aibim product family, the IBM55 Hybrid Electric injection blow molding machine complements the IBM65 for lower-volume and higher-precision work. Where the IBM65 uses a hydraulic PREFILL system, the IBM55 applies a hybrid electric drive that reduces installed power and energy draw, which matters for manufacturers running small bottles around the clock or operating in regions with high electricity cost. The IBM55 fits the 3ml to roughly 200ml range most comfortably, making it a natural partner when a line needs both a medium-volume workhorse and a precision small-part machine.

The IBM55 keeps the same three-station, one-step philosophy, the same flash-free bottle output, and the same CE-certified safety concept. Its all-electric or hybrid injection and clamping motion improves repeatability for very small parisons, where subtle variations in injection speed and holding pressure have a larger relative effect on wall distribution.

IBM55 Hybrid Electric Key Specifications

Parameter	IBM55 Value	Notes
Clamping force	550 kN	Hybrid electric drive
Number of stations	3 (injection / blow / ejection)	One-step continuous index
Max cavities	Up to 6	Optimized for small bottles
Screw diameter	40 mm	Precision plasticizing
Shot size (PS)	140 g	Small parison control
Installed power	30 kW	Lower than hydraulic class
Machine weight	approx. 4,600 kg	Compact footprint

For a single brand owner, pairing the IBM65 and the IBM55 inside one Wanplas-supported factory means one supplier, one service policy, and one recipe philosophy across the volume range. The IBM65 carries the medium-volume 10ml to 500ml load, while the IBM55 handles the smallest, most precise items and protects energy budget on long runs.

IBM65 vs Conventional Hydraulic and Entry-Level Imported Units

Buyers often compare the IBM65 against conventional hydraulic machines and entry-level imported units. The right comparison is technology against technology, not brand against brand. The IBM65’s differentiators are energy efficiency, process consistency, and clean-output design rather than a single headline number.

Technology Comparison

Aspect	IBM65 (PREFILL hydraulic)	Conventional hydraulic units	Entry-level imported units
Energy consumption	Min. 35% saving	Higher baseline	Moderate
Parison consistency	High (injected parison)	Variable	Moderate
Flash / trim scrap	None	Possible tail flash	Possible flash
Wall thickness control	Tight	Looser	Acceptable
Changeover (SD recipe)	Fast	Manual	Manual
Initial cost level	Premium	Medium	Low to Medium
Service network	Wanplas global support	Local dependent	Region dependent

Total cost of ownership favors the IBM65 when energy, scrap, rework, and downtime are counted, not just the purchase price. The 35 percent energy saving compounds over years of operation, and the flash-free process removes a hidden labor and quality cost that cheaper machines pass downstream to the filling line.

How to Select the Right Configuration

Choosing an injection blow molding configuration starts from the bottle, not from the machine catalog. Define the target volume, the resin, the annual quantity, and the regulatory class, then map those to cavity count, cycle time, and model. The table below gives a decision starting point for the Aibim medium-volume range; Aibim engineers finalize the layout after reviewing the bottle drawing.

Requirement to Configuration Recommendation

Requirement (volume / material / output)	Recommended Model	Cavities	Expected Cycle
10 – 100 ml PP cosmetic, ~1,500 bph	IBM65	6	approx. 12 s
100 – 500 ml PETG pharma, ~600 bph	IBM65	2 – 4	14 – 16 s
3 – 30 ml high-end, energy saving	IBM55 Hybrid Electric	6 – 8	10 – 12 s
250 – 500 ml opaque HDPE personal care	IBM65	2	approx. 16 s
Above 500 ml larger jars (separate project)	Aibim larger model in same family	1 – 2	Longer cooling

When annual volume is high and the bottle is stable, maximize cavities on the IBM65 to lower unit cost. When the SKU mix is wide and batches are short, favor faster mold change and the SD-card recipe system over raw cavities. Aibim’s project team models both paths during quotation so the buyer sees the trade-off in numbers rather than guesswork.

Service, Support and Validation

Buying a machine is the start of a multi-year relationship, so Aibim backs the IBM65 with the Wanplas group service standards. Every machine undergoes factory acceptance testing before shipment, where the nominated material is run and the bottle is inspected against the customer’s drawing. Engineers then perform on-site installation and commissioning, train operators and maintenance staff, and hand over a documented process recipe.

For pharmaceutical customers, Aibim supports IQ (Installation Qualification) and OQ (Operational Qualification) with machine documentation, parameter records from factory acceptance, and guidance for material qualification. This gives the customer a traceable foundation to build their own validation package without starting from a blank page.

The Wanplas group policy of USD 500 free spare parts every year helps keep the IBM65 running through its warranty period, and the open-factory policy welcomes customers to visit the production site, inspect the CNC center, and review quality control before and after purchase. Remote monitoring support lets Aibim engineers read PLC data and assist with abnormal events, reducing response time when a process drifts.

Combined with CE certification, the laser safety on the stripper station, and the SD-card recipe system, the service package is designed for manufacturers who cannot afford unplanned stops: cosmetic brands protecting launch dates and pharmaceutical producers protecting validated state.

Bottle Design Rules: Wall Thickness, Neck Finish and Closure

Good bottles start on the drawing board, not on the production floor. Because injection blow molding forms the parison by injection, the neck finish and the internal core-rod diameter are fixed by the mold, so the closure system must be defined before tooling is cut. The most common mistake buyers make is selecting a closure after the bottle is built, then discovering the neck thread pitch or seal land does not match. Aibim’s project engineers review the closure specification together with the bottle drawing so the IBM65 mold produces a neck that seats the cap, pump, or crimp ring on the first qualified run.

Wall thickness is the second design lever. Thin walls cool faster and allow more cavities, but they reduce drop resistance and barrier life. Thick walls improve durability and chemical barrier but extend cycle time and raise resin use. For the 10ml to 500ml band on the IBM65, a practical guideline is 0.6mm to 1.2mm for small vials and 1.0mm to 2.0mm for jars, with local reinforcement near the neck and base. The blow pressure and mold temperature should be tuned so the wall stays even around the circumference, because uneven distribution causes leaning bottles and weak spots at the heel.

Draft angle and part release also matter. Although IBM bottles are stripped from the core rod rather than ejected from a cavity, a small taper on the body helps the finished bottle slide cleanly during the stripping station. Sharp corners and undercuts should be avoided unless the mold is purpose-built, since they increase stress and slow the cycle. Surface finish is controlled by the blow mold polish: a high polish gives a glossy cosmetic look, while a matte or micro-textured surface hides fingerprints on personal-care jars.

Volume to Wall and Neck Reference

Volume	Typical Wall (mm)	Common Neck (mm)	Closure Type
10 – 30 ml	0.6 – 1.0	13 / 15 / 18	Dropper, screw cap
30 – 100 ml	0.8 – 1.2	18 / 20 / 24	Pump, screw cap
100 – 250 ml	1.0 – 1.6	20 / 24 / 28	Disc-top, screw cap
250 – 500 ml	1.4 – 2.0	24 / 28 / 33	Wide-mouth jar, pump

For pharmaceutical bottles, the neck and seal land should be designed for tamper-evidence and child-resistance where required, and the wall must stay uniform enough to pass leak and drop testing. Aibim can simulate the blow distribution during mold design so the qualified bottle meets the customer’s filling line and regulatory expectations without repeated tool revisions.

Defect Prevention and Process Troubleshooting

Even a well-built machine drifts when material, ambient, or setting changes, so operators need a clear map from symptom to root cause. The IBM65’s process is stable, but the usual injection molding and blow molding defects still apply if parameters wander. The most useful habit is to lock a validated recipe on the SD card and change one variable at a time when tuning.

Silver streak or splay usually points to moisture in the resin or excess back pressure heating the melt; PETG and PC are hygroscopic and must be dried before plasticizing. A short or incomplete parison indicates low injection speed, low barrel temperature, or insufficient shot size, while a burnt mark signals overheating in a barrel zone or stalled material near a dead spot. Eccentric or uneven walls come from unbalanced blow air, worn core rod, or uneven mold temperature between cavities. Dimensional drift across a long run often traces to cooling water temperature variation, so a stable chiller setpoint protects both quality and cycle.

Symptom to Action Reference

Symptom	Likely Cause	Corrective Action
Silver streak on surface	Moisture, high back pressure	Dry resin, lower back pressure
Short or thin parison	Low barrel temp, slow injection	Raise zone temp, increase speed
Uneven wall thickness	Unbalanced blow, core wear	Check air, inspect core rod
Burn mark	Overheating, dead spot	Lower zone temp, clean barrel
Dimensional drift over run	Cooling water variation	Stabilize chiller setpoint

Operators should record the recipe actually running, not the recipe on paper, because small field adjustments accumulate. The IBM65’s SD-card system helps here: download the live recipe after a good run, name it by bottle and material, and reload it for the next production of the same item. This discipline is especially valuable in pharmaceutical environments where process drift must be caught and documented.

Mold Maintenance, Cleaning and Changeover

The mold and core rods are the precision heart of the IBM65, and a short daily routine protects output far more than occasional major repair. After each production run, the core rods should be cleaned of residual resin and inspected for scoring, because a damaged core rod transfers defects to every bottle in that cavity. The blow mold cooling channels should be checked for scale, since restricted flow raises mold temperature and lengthens cycle time without any obvious alarm.

A practical maintenance cadence separates daily, weekly, and monthly tasks. Daily work covers visual inspection, core-rod wipe, and verification of the laser safety sensor on the stripper station. Weekly work covers mold temperature balance across cavities, lubrication of the clamping guide, and backup of the running recipe to SD card. Monthly work covers deeper cleaning of cooling circuits, torque check of mold bolts, and a full test cycle with the qualified bottle to confirm dimensions. This cadence keeps the Wanplas group promise of reliable production and shortens any warranty claim if a part fails.

Changeover between SKUs is where most unplanned time hides. The IBM65’s enlarged mold setting space and SD-card recipe system reduce this: the physical mold swap is faster, and the process parameters reload exactly instead of being re-tuned by hand. To keep changeover short, manufacturers should stage the next mold, pre-heat it where possible, and prepare the material dryer before the current run ends. Aibim trains customers in this routine during commissioning so the IBM65 reaches its nominal output in practice, not only on paper.

Spare parts strategy also supports uptime. Under the Wanplas group policy, USD 500 free spare parts every year covers wear items within warranty, and Aibim recommends keeping a small stock of core rods, seals, and sensors on site for the most-run molds. Combined with remote monitoring, where Aibim engineers can read PLC data and flag abnormal trends, this approach turns maintenance from a surprise into a scheduled task.

Regulatory and Compliance Pathway

Packaging that touches cosmetic, food, or pharmaceutical product must satisfy a chain of regulations that begins with the resin and ends with the finished bottle. The IBM65 supports compliance by offering a clean, flash-free, closed process, but the manufacturer still owns material selection, documentation, and validated production. Aibim’s role is to provide the machine evidence and the process records that make the customer’s own submission straightforward.

For food and drink contact in the European market, bottles in PP, HDPE, or PETG must meet EU 10/2011, which limits overall and specific migration from plastic materials. In the United States, food and drug contact follows FDA regulations under CFR Title 21, and plastic components intended for bodily contact or drug delivery are often evaluated against USP Class VI for biocompatibility. Pharmaceutical packaging may additionally reference ISO 10993 for biological evaluation and the relevant pharmacopeia requirements for container closure integrity. None of these standards is issued by the machine builder, so Aibim supplies material qualification support, IQ and OQ records, and process traceability rather than the certifications themselves.

The practical pathway is to fix the resin grade first, request the supplier’s compliance documentation, then run that exact grade on the IBM65 during factory acceptance so the process window is captured on the nominated material. The SD-card recipe then preserves that window, and the customer can repeat it for every validated lot. For brands exporting to multiple regions, the same bottle can be qualified against more than one framework by keeping material and process identical and presenting the relevant dossiers per market.

Compliance Reference by Market

Market / Use	Typical Standard	What Aibim Provides
EU food contact	EU 10/2011	Process records, material run data
US food / drug contact	FDA CFR Title 21	Factory acceptance, recipe capture
Pharma biocompatibility	USP Class VI	IQ / OQ support, traceability
Device biological eval	ISO 10993	Documented process window

Keeping the process documented from the first qualified run protects the brand when auditors ask how the bottle was made, not only what it is made from. That is why the IBM65’s recipe system and Aibim’s acceptance testing matter as much as the clamping force or the cycle time.

Frequently Asked Questions

What volume range does the IBM65 injection blow molding machine cover?

The IBM65 is engineered for medium volume production from 10ml up to 500ml. Smaller bottles such as lipstick tubes and serum vials use higher cavity counts, while 250ml to 500ml jars use two to four cavities for stable cycle control and consistent wall thickness.

Which materials can the IBM65 process for cosmetic and pharma bottles?

The machine processes PP, HDPE, LDPE, PS, SAN, PETG, PCTG, ABS, PC and TPU. For pharma and food contact, PP and PETG or PCTG grades meeting USP Class VI, FDA and EU 10/2011 requirements are commonly selected with documented material qualification.

How does injection blow molding differ from extrusion blow molding?

Injection blow molding injects a precise parison inside a core rod and then blows it, giving accurate neck finish, no flash and consistent wall thickness. Extrusion blow molding extrudes a parison and pinches the tail, which is better for handles and very large containers but leaves a trim scrap.

What is the typical output of the IBM65 per hour?

Output ranges from about 450 bottles per hour for 250ml to 500ml two-cavity runs up to roughly 2,880 bottles per hour for 10ml to 30ml eight-cavity runs, depending on material, mold cooling and cycle setting. Real figures are confirmed during trial runs.

Does Aibim provide validation support for pharmaceutical production?

Yes. Aibim supports IQ and OQ documentation, cleanroom-friendly machine layout advice, and material qualification guidance so customers can build a validated pharmaceutical bottle line with traceable process records from factory acceptance onward.

What after-sales service comes with the IBM65?

Service includes factory acceptance testing, on-site installation and commissioning, operator training, remote monitoring support, and the Wanplas group policy of USD 500 free spare parts every year within warranty, plus an open-factory welcome for customer audits.

Can the IBM65 and IBM55 share the same production philosophy?

Yes. Both machines use the same three-station, one-step injection blow molding process, the same flash-free output, and the same SD-card recipe system. A brand can run medium-volume bottles on the IBM65 and small precision items on the IBM55 under one supplier and one service policy.

Conclusion

The IBM65 injection blow molding machine is Aibim’s answer to the 10ml to 500ml medium volume challenge in cosmetic and pharmaceutical packaging. Its three-station, one-step process delivers flash-free bottles with accurate necks and tight wall control, the PREFILL hydraulic system cuts energy consumption by at least 35 percent, and the SD-card recipe system keeps production repeatable across lines and shifts. With a 650 kN clamp, up to eight cavities, and a broad material range from PP through PETG and PCTG, the IBM65 covers serum bottles, lipstick tubes, pharma vials, and personal-care jars from a single platform. Backed by Wanplas group service standards, USD 500 free spare parts every year, IQ and OQ support, training, remote monitoring, and an open-factory policy, it is built for manufacturers who need both marketing-grade appearance and regulatory-grade process control.

If you are planning a 10ml to 500ml cosmetic or pharmaceutical bottle project, share your bottle drawing, target material, and annual volume with the Aibim team. We will model the right cavity layout and cycle, run your nominated resin at factory acceptance, and prepare a configuration you can audit at our factory before commitment. Reach out to discuss a tailored IBM65 or IBM55 configuration, request a sample trial run, or schedule a factory visit to see the process for yourself.

Choosing the IBM65 is less about buying a single machine and more about installing a repeatable, documented bottle-making capability inside the Wanplas network. The same three-station process, the same SD-card recipe discipline, and the same service promise scale from a first line to a multi-machine plant, so your second and third lines behave like the first. For brand owners balancing appearance, compliance, and cost in the medium-volume band, that consistency is the real advantage, and it is what lets a cosmetic launch or a pharmaceutical qualification move from pilot to full production without relearning the process each time. When you compare total cost of ownership rather than sticker price, the energy saving, the removed flash scrap, and the shorter changeover usually repay the difference faster than buyers expect, which is why the IBM65 has become a standard choice for medium-volume bottle programs.