EP-ZQ60 IBM Machine — Replacement for Jomar IBM65

The IBM65-class at 460 kN is outclassed by EP-ZQ60 at 600 kN in every injection clamping scenario. At 100 ml pharmaceutical PP bottle production with 8 cavities, the additional 140 kN of clamping force distributes across the injection cavity stack, reducing per-cavity flash risk and enabling tighter neck thread tolerance. The European pressurised-clamping design delivers this 600 kN without the booster cylinder participating in mould open/close travel — keeping hydraulic seal life above 3 years in continuous pharmaceutical production.

Jomar IBM65-class at 205 g maximum limits pharmaceutical HDPE 60 ml bottle production (at 25 g per preform) to 8 cavities (8 × 25 g = 200 g). EP-ZQ60 at 383 g with the 50 mm screw runs the same 60 ml format at 10 cavities (10 × 25 g = 250 g, within limit) — a 25% output increase from the same format investment. At heavier-wall pharmaceutical formats (40 g per bottle), EP-ZQ60 at 383 g runs 9 cavities (360 g) versus IBM65-class limited to 5 cavities (200 g) — a near-doubling of output at equal cycle time.

The Jomar IBM65-class at 3.41 m height is the most frequently cited obstacle for Korean pharmaceutical buyers evaluating IBM65-class machines for GMP cleanroom installation. A 3.41 m machine in a 3.0 m cleanroom simply cannot be installed without structural ceiling modification costing 30–80 million KRW in most Korean pharmaceutical factory configurations. EP-ZQ60 at 1.8 m installs with 0.6 m overhead clearance in a 2.4 m cleanroom — no structural work, no ceiling height waiver, no delay.

EP-ZQ60 at 1.4 m width versus IBM65-class 1.98 m means a 0.58 m narrower machine footprint per unit. In a standard 10 m wide Korean pharmaceutical production bay with 0.8 m minimum aisle clearance per side, five EP-ZQ60 machines fit side by side (5 × 1.4 m + 2 × 0.8 m = 8.6 m, within 10 m bay); only three IBM65-class machines fit the same bay (3 × 1.98 m + 2 × 0.8 m = 7.54 m, with the 4th unit exceeding 10 m). Machine density directly determines the production capacity of a fixed factory footprint investment.

Full European pressurised-clamping: booster cylinder pressurised during hold only, not during open/close travel. EP-ZQ60 total installed power is 37 kW with steady-state operating power at 55–70% of rated in continuous production — 10–20% lower per cycle than Jomar IBM65-class conventional hydraulic architecture of equivalent clamp tonnage. Over a 3-shift Korean pharmaceutical production schedule, this translates to measurable annual electricity cost savings per machine.

S136 SPI A1 mould steel option (Ra ≤ 0.010 μm) produces PCTG crystal-clear cosmetic serum vials and premium pharmaceutical dropper bottles at 0.8–1.6% ASTM D1003 haze — verified on Korea Ever-Power ZQ-series T1 trials with Eastman TX1001. Jomar IBM65-class standard tooling does not include this mould steel grade. For Korean luxury K-beauty serum vial production at 10–30 ml in 10–12 cavity configuration, EP-ZQ60 with S136 SPI A1 tooling is the technically correct machine.

EP-ZQ60 is the correct machine for Korean pharmaceutical packaging lines requiring 8 cavities at 100 ml — a production scale that Jomar IBM65-class cannot achieve due to its 205 g shot weight ceiling. For standard 100 ml PP pharmaceutical syrup bottle at 25 g per bottle: EP-ZQ60 at 383 g runs 8 cavities (200 g total, within limit); IBM65-class at 205 g can only run 8 cavities at 25 g if barely within limit with no wall-weight headroom. At 30 g per bottle (heavier-wall pharmaceutical grade): EP-ZQ60 runs 8 cavities (240 g); IBM65-class is limited to 6 cavities (180 g). Closed injection-to-stripping cycle, ±0.05 mm neck thread tolerance, 100% cap-seal pass rate.

At 14 cavities for 10 ml PCTG eye serum droppers, EP-ZQ60 produces approximately 14,000–14,400 bottles per hour — the output of a dedicated luxury K-beauty cosmetic serum production line in a single machine with a 1.8 m height profile that fits inside the cosmetic production cleanroom without overhead constraint. The S136 SPI A1 mould option delivers sub-2% PCTG haze across the full 14-cavity tooling stack.

Korean shampoo, body wash, fragrance mist and daily chemical spray bottle production (100–500 ml) at 5–8 cavity configurations on EP-ZQ60. The 383 g shot weight at 50 mm screw handles 5-cavity 500 ml PP shampoo bottles (5 × 55 g = 275 g, within 383 g limit) — a configuration that IBM65-class at 205 g cannot support (5 × 55 g = 275 g, exceeds IBM65 limit by 70 g).

Korean supplement capsule, probiotic and vitamin container IBM at 60–500 ml in 3–10 cavity configurations on EP-ZQ60. Korea Ever-Power provides food-contact documentation (Korean MFDS, FDA 21 CFR 177.1520 for PP, EU 10/2011) at commercial programme commencement.

STEP file or drawing with body diameter, height and neck thread standard (e.g. 24/410, 28/400, 33/400). IBM neck OD tolerance ±0.05 mm.

Required for 45 mm vs 50 mm screw selection and barrel temperature profiling. Include data sheet for PCTG, HDPE high-MW and filled PP.

EP-ZQ60 suits annual volumes of 20–80 million bottles at 100 ml format. Below that, EP-ZQ40 is more economical; above, EP-ZQ80 or higher scales better.

H13 SPI B1 for standard opaque PP and HDPE bottles. S136 SPI A1 (Ra ≤ 0.010 μm) for PCTG crystal-clear pharmaceutical dropper vials and luxury K-beauty cosmetic serum vials.

Jomar IBM65 platen 432 × 660 mm vs EP-ZQ60 600 × 390 mm — different dimensional ratio. Send mould base drawings for Korea Ever-Power compatibility assessment before ordering.

Air: 0.7–1.2 MPa / 1.0 m³/min. Water: 5.0 m³/h. Floor: min 5.0 × 2.0 m. Height 1.8 m fits 2.4 m GMP cleanrooms. Voltage: 380 V/60 Hz (Korea) or 400 V/50 Hz (EU).

Q1: Will existing Jomar IBM65 mould tooling fit the EP-ZQ60?

Not directly. The Jomar IBM65 platen dimensions (432 × 660 mm) have a very different aspect ratio from EP-ZQ60 (600 × 390 mm). Mandrel pitch, mould thickness (220 mm on EP-ZQ60) and bolt-hole patterns also differ. Send your IBM65 mould base drawings for a Korea Ever-Power dimensional assessment — we advise within 5 working days at no cost.

Q2: Why is the Jomar IBM65 at 3.41 m height so much taller than EP-ZQ60 at 1.8 m?

The Jomar IBM65-class machine height reflects its American-style hydraulic clamping architecture, where the main hydraulic cylinder for mould clamping is mounted vertically above the injection unit, adding significant height to the overall machine profile. Korea Ever-Power EP-ZQ60 uses a European horizontal pressurised-clamping layout where the booster cylinder does not need vertical travel clearance — resulting in the 1.8 m profile that fits standard Korean factory and cleanroom ceiling heights.

Q3: How many more cavities does EP-ZQ60 support versus IBM65 for 60 ml pharmaceutical bottles?

For a typical 60 ml pharmaceutical PP bottle at 20 g per bottle: EP-ZQ60 at 383 g maximum supports 10 cavities (10 × 20 g = 200 g, within limit — confirmed in EP-ZQ60 cavity table at 60 ml = 10 cavities). Jomar IBM65-class at 205 g maximum supports 10 cavities at 20 g per bottle (10 × 20 g = 200 g, within limit — marginally). At heavier-wall 60 ml pharmaceutical bottles at 25 g per bottle: EP-ZQ60 at 383 g runs 10 cavities (250 g); IBM65-class at 205 g is limited to 8 cavities (200 g). The heavier the wall, the larger the EP-ZQ60 output advantage grows.

Q4: What is the EP-ZQ60 machine and mould lead time?

Machine: 50–65 working days from order confirmation and deposit. Mould tooling: 40–50 working days (H13 SPI B1) or 55–70 working days (S136 SPI A1). Machine and mould manufactured in parallel for simultaneous T1 trial commissioning before shipment.

Q5: Can EP-ZQ60 install in a Korean pharmaceutical GMP cleanroom with 2.4 m ceiling?

Yes. EP-ZQ60 at 1.8 m machine height leaves 0.6 m overhead clearance in a 2.4 m GMP cleanroom — sufficient for barrel heater element service access (requiring approximately 0.4–0.5 m clearance above the heater bands). This resolves the fundamental installation obstacle that the Jomar IBM65-class 3.41 m height presents for Korean pharmaceutical GMP cleanroom buyers, who typically face ceiling heights of 2.4–3.0 m without structural overhead.

Q6: What GMP documentation does Korea Ever-Power provide for pharmaceutical packaging?

Machine data sheet; FAT report on buyer-specified resin and cavity format; CE certificate; ISO 9001:2015 certificate; PP resin CoA with Korean MFDS food container registration and KP plastic container standard test from KOLAS-accredited laboratory; PCTG Eastman TX1001 FDA 21 CFR 177.2490 food contact letter + EU 10/2011 Declaration of Conformity. IQ/OQ documentation template on request.

Q7: What after-sales service does Korea Ever-Power provide in Korea?

One week on-site commissioning and operator training at buyer's facility. 24/7 remote PLC VPN diagnostic access for 90 days post-commissioning with 2-hour software issue response SLA. Korea Ever-Power Ansan-si, Gyeonggi-do operations maintain spare parts inventory for same-day dispatch within Korea. Scheduled preventive maintenance visit programme available on annual service contract.

Q8: How does the 600 kN EP-ZQ60 compare to EP-ZQ40 (400 kN) for pharmaceutical HDPE production?

EP-ZQ60 is the correct choice when annual pharmaceutical HDPE bottle volume at 100 ml exceeds approximately 20 million units per year, or when cavity count requirements above 4 cavities at 100 ml are needed. EP-ZQ40 (400 kN, 260 g, 4 cavities at 100 ml) handles pharmaceutical HDPE at lower production volumes. EP-ZQ60 (600 kN, 383 g, 8 cavities at 100 ml) doubles the cavity count and output from the same floor space and cycle time.

Q9: Which Korea Ever-Power model replaces Jomar IBM85S for buyers needing to scale beyond IBM65 class?

EP-ZQ80 (800 kN, screw 55 mm, max shot 466 g, platen 800 × 400 mm, total power 55 kW, machine 4.5 × 1.6 × 2.0 m, 10 T) replaces Jomar IBM85S-class (680 kN, screw 55 mm, shot 300 g, platen 464 × 749 mm). Dedicated comparison page in the IBM machine replacement guide.

Q10: Does Korea Ever-Power EP-ZQ60 carry CE marking?

Yes. CE marking documentation including Declaration of Conformity to the relevant EU Machinery Directive is standard on every EP-ZQ60. EU-destination units configured for 400 V / 50 Hz at order stage. Full CE documentation package available for review before order confirmation on request.