Máquina IBM EP-ZQ135: reemplazo para SUMA 175iB

18 cavities at 100 ml pharmaceutical HDPE or PP production — the highest cavity count in this IBM series. EP-ZQ135 at 650 g runs 18 cavities at 35 g per preform (630 g, within limit). SUMA 175iB at 65 mm / 580 g cannot run 18 cavities at 35 g per preform (630 g exceeds 580 g limit) — SUMA 175iB must use 76 mm / 770 g for this configuration. EP-ZQ135 achieves the same 18-cavity result without requiring the larger screw.

30 cavities at 10 ml PCTG eye serum droppers, 26 cavities at 30 ml facial serum vials with S136 SPI A1 tooling at 0.8–1.6% ASTM D1003 haze. SUMA 175iB-class H13 standard tooling cannot achieve sub-2% PCTG haze at any cavity count. EP-ZQ135 at 30 cavities with S136 SPI A1 is the peak single-machine K-beauty luxury IBM output configuration.

PP shampoo, body wash and conditioner at 100–1000 ml within EP-ZQ135's 650 g shot weight limit. 10 cavities at 500 ml (60 g per bottle, 600 g within limit); 8 cavities at 1000 ml (75 g, 600 g within limit). For daily chemical applications where total shot weight exceeds 650 g (e.g. 11 cavities at 500 ml at 65 g = 715 g), SUMA 175iB at 76 mm / 770 g is the appropriate choice.

PP and HDPE supplement capsule and vitamin containers at 250–6000 ml. 14 cavities at 250 ml (45 g, 630 g within 650 g); 10 cavities at 500 ml (60 g, 600 g within 650 g). For supplement applications driving total shot above 650 g (e.g. 14 cavities at 250 ml at 50 g = 700 g), SUMA 175iB at 76 mm provides coverage EP-ZQ135 cannot.

Q1: Will existing SUMA 175iB mould tooling fit the EP-ZQ135?

Potentially with assessment. SUMA 175iB platen is 1,200 × 600 mm versus EP-ZQ135's 1,300 × 500 mm — EP-ZQ135 is 100 mm wider and 100 mm shorter in platen height. The different platen heights (600 mm vs 500 mm) may require mandrel pitch and bolt-hole adjustment. Some SUMA 175iB mould bases may be adaptable using a platen adapter plate on EP-ZQ135's wider 1,300 mm platen; others will require new tooling. Send SUMA 175iB mould base drawings for a Korea Ever-Power compatibility assessment within 5 working days at no cost.

Q2: When does SUMA 175iB's 76mm / 770g shot weight advantage over EP-ZQ135's 650g actually matter?

SUMA 175iB's 770 g at 76 mm screw advantage over EP-ZQ135's 650 g matters when total cavity shot weight exceeds 650 g. Practical scenarios: (a) 11 cavities at 500 ml daily chemical at 65 g per bottle = 715 g total, above EP-ZQ135's 650 g limit — SUMA 175iB at 76 mm runs this; EP-ZQ135 is limited to 10 cavities (600 g within limit); (b) 9 cavities at 1,000 ml food supplement at 80 g per bottle = 720 g, above EP-ZQ135 limit; (c) heavy-wall HDPE tablet bottle at 20+ cavities at 35+ g per preform pushing total above 650 g. For all pharmaceutical IBM applications at the confirmed 18-cavity 100 ml format (630 g within EP-ZQ135 limit), standard K-beauty dropper formats and daily chemical within 10 cavities at 500 ml, the SUMA 175iB 76 mm advantage does not apply.

Q3: Can EP-ZQ135 at 2.4m install in Korean pharmaceutical GMP cleanrooms where SUMA 175iB at 2.7m cannot?

Yes. EP-ZQ135 at 2.4 m fits Korean pharmaceutical GMP cleanrooms with 3.0 m ceiling clearance (0.6 m overhead — comfortable for barrel heater element service and hydraulic system maintenance). SUMA 175iB at 2.7 m in a 3.0 m ceiling cleanroom leaves only 0.3 m overhead — below the 0.5 m minimum for barrel heater element service. SUMA 175iB requires at least 3.2 m ceiling clearance (2.7 m machine + 0.5 m minimum service clearance) for GMP IQ/OQ facility qualification. For Korean pharmaceutical GMP cleanrooms with 3.0 m ceiling, EP-ZQ135 qualifies; SUMA 175iB does not without ceiling modification.

Q4: How does EP-ZQ135's 1,300mm platen compare to SUMA 175iB's 1,200mm for cavity count at 10ml and 100ml?

At 10 ml format with 38 mm mandrel pitch: EP-ZQ135 at 1,300 mm accommodates 30 positions (30 × 38 mm = 1,140 mm, within 1,300 mm limit); SUMA 175iB at 1,200 mm accommodates approximately 28 positions (28 × 38 mm = 1,064 mm, within 1,200 mm limit). Korea Ever-Power ZQ135 specification confirms 30 cavities at 10 ml; SUMA 175iB-class at 10 ml is not published. At 100 ml with 65 mm pitch: EP-ZQ135 at 1,300 mm accommodates 18 positions (18 × 65 mm = 1,170 mm, within limit — confirmed from ZQ135 cavity table); SUMA 175iB at 1,200 mm accommodates approximately 17 positions (17 × 65 mm = 1,105 mm, within 1,200 mm). The differences (2 cavities at 10 ml, 1 at 100 ml) are smaller than in lower-tonnage comparisons — the machines are genuinely comparable at this platen scale.

Q5: What is the EP-ZQ135 machine and mould lead time?

Machine: 65–80 working days from order confirmation and deposit. Mould tooling: 55–65 working days (H13 SPI B1) or 70–85 working days (S136 SPI A1 for 30-cavity PCTG precision tooling). Machine and mould manufactured in parallel for simultaneous T1 trial commissioning at Korea Ever-Power before shipment.

Q6: What GMP documentation does Korea Ever-Power provide with EP-ZQ135?

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 for EP-ZQ135?

Korea Ever-Power Ansan-si, Gyeonggi-do: one week on-site commissioning and operator training; 24/7 remote PLC VPN diagnostic support for 90 days post-commissioning with 2-hour software response SLA; same-day Korean spare parts dispatch; scheduled preventive maintenance on annual service contract. At the EP-ZQ135 / SUMA 175iB production scale — the highest single-machine IBM output tier — service response time has the largest absolute impact on annual production versus target. In-country 2-hour diagnostic and same-day parts response from Korea Ever-Power Ansan-si is a structural advantage versus Taiwan-based SUMA 175iB service networks at every maintenance event.

Q8: What PCTG optical quality does EP-ZQ135 with S136 SPI A1 achieve at 30-cavity scale?

0.8–1.6% ASTM D1003 integrating sphere haze at 0.5–0.6 mm body wall across all 30 cavity positions, verified on Korea Ever-Power ZQ-series T1 trials with PCTG Eastman TX1001 at 252 °C barrel and 20 °C blow mould cooling. This optical quality is maintained at the full 30-cavity 1,300 mm platen width through uniform barrel temperature distribution and consistent S136 SPI A1 cavity surface finish. SUMA 175iB-class standard H13 tooling typically achieves 3–5% ASTM D1003 haze — above the 2% threshold Korean luxury K-beauty cosmetic dropper vial brands specify. The S136 SPI A1 capability is the clearest single competitive differentiator of EP-ZQ135 over SUMA 175iB-class for Korean luxury K-beauty buyers at this tonnage range.

Q9: How does EP-ZQ135's 23% narrower width give a production bay density advantage over SUMA 175iB?

In a standard 15 m wide Korean pharmaceutical production bay with 1.5 m aisle clearance on each side: EP-ZQ135 at 2.0 m width allows 6 machines (6 × 2.0 m + 2 × 1.5 m = 15.0 m, exactly fitting); SUMA 175iB at 2.6 m width allows 4 machines (4 × 2.6 m + 2 × 1.5 m = 13.4 m, within bay — 5th unit would require 16.5 m). Six versus four EP-ZQ135 machines versus SUMA 175iB-class in a 15 m bay — at the EP-ZQ135 scale of 190+ million bottles per year per unit at 100 ml, this is 380 million additional bottles per year annual capacity from the same bay width at equal facility investment.

Q10: Does Korea Ever-Power EP-ZQ135 carry CE marking for European pharmaceutical markets?

Yes. CE marking with Declaration of Conformity to the relevant EU Machinery Directive is standard on every EP-ZQ135. European-destination units configured for 400 V / 50 Hz at order stage. Full CE documentation package available for review before order confirmation on request.