PHARMACEUTICAL IBM · CLEAN ROOM · ZQ60HE ALL-ELECTRIC · GMP · KOREA EVER-POWER
Pharmaceutical IBM Clean Room:
All-Electric ZQ60HE for GMP Container Production
Pharmaceutical primary container production in ISO Class 7 and Class 8 clean rooms requires IBM machines without hydraulic oil contamination risk — the primary environmental contamination source in conventional hydraulic IBM machines. The Korea Ever-Power ZQ60HE all-electric IBM machine eliminates hydraulic oil from the IBM production environment entirely, enabling pharmaceutical-grade IBM container production in GMP clean rooms under Korean MFDS, EU GMP Annex 1 and US FDA 21 CFR Part 211 requirements.
ISO Class 7/8 Clean Room
Нулево хидравлично масло
КОРЕЯ ВЕЧНА СИЛА · АНСАН-СИ, КЬОНГИ-ДО · ЮЛИ 2026
ZQ60HE CLEAN ROOM IBM · KEY SPECIFICATIONS
HYDRAULIC OIL
Zero (all-electric)
ZQ60HE servo motor drives replace all hydraulic circuits — no hydraulic pump, no hydraulic oil reservoir, no hydraulic seal that can leak oil into the clean room environment
CLEAN ROOM RATING
ISO Class 7/8
ZQ60HE all-electric design qualifies for ISO Class 7 (10,000 particles ≥0.5μm per m³) and Class 8 pharmaceutical clean room IBM installation without hydraulic contamination risk management
CYCLE TIME
2.5s dry cycle
ZQ60HE all-electric servo motor dry cycle 2.5s versus ZQ60 hydraulic 4.0s — approximately 20-25% faster production cycle in equivalent pharmaceutical IBM format from servo motor precision motion control
ENERGY SAVING
~30% vs hydraulic
ZQ60HE operating power approximately 15-25 kWh versus ZQ60 hydraulic 18-22 kWh at equivalent pharmaceutical IBM production — servo motor on-demand power consumption versus hydraulic pump continuous running
РАЗДЕЛ 01
Why Pharmaceutical IBM Requires All-Electric Machine in Clean Room
Pharmaceutical primary container production under GMP (Good Manufacturing Practice) requires the container manufacturing environment to be controlled for particulate contamination, microbial contamination and chemical contamination. Conventional hydraulic IBM machines (including the ZQ40, ZQ60, ZQ80, ZQ110 and ZQ135 standard hydraulic models) use hydraulic oil under pressure (140-200 bar system pressure) in the injection, blow and clamping circuits. Hydraulic oil is a chemical contamination risk in the pharmaceutical clean room environment: hydraulic seal wear produces fine oil mist particles in the machine vicinity, hydraulic fitting micro-leaks release oil vapour into the clean room air, and seal failure events deposit liquid oil on the IBM mould and conveyor surfaces. Korean MFDS, EU GMP Annex 1 and US FDA 21 CFR Part 211 pharmaceutical manufacturing regulations prohibit hydrocarbon lubricant contamination of pharmaceutical primary container production environments, making conventional hydraulic IBM machines non-compliant for ISO Class 7 and Class 8 pharmaceutical clean room installation. Korea Ever-Power’s ZQ60HE all-electric IBM machine eliminates hydraulic oil from the IBM production environment entirely by replacing all hydraulic actuation circuits with precision servo motor drives, enabling GMP-compliant pharmaceutical IBM container production in ISO Class 7 and Class 8 clean rooms.
Hydraulic Oil Contamination Risk in Pharma Clean Room
Hydraulic IBM machine contamination pathways in pharmaceutical clean room operation include four principal routes. Oil mist aerosolisation: hydraulic pump operation at 140-200 bar creates fine oil mist at hydraulic fitting interfaces; oil mist particles (0.5-5 μm) become airborne in the clean room, depositing on pharmaceutical IBM container interiors and mould surfaces. Seal particulate generation: hydraulic cylinder seal wear produces polyurethane and PTFE seal particles (1-50 μm) that contaminate the IBM stripping station and conveyor zone. Hydraulic oil vapour: hydrocarbon vapour from hot hydraulic oil (oil temperature 40-70°C at hydraulic system operating temperature) is detected by clean room VOC monitoring systems — VOC above pharmaceutical clean room limits triggers clean room re-validation failure. Seal failure event: catastrophic hydraulic seal failure (annual probability approximately 2-5% per cylinder seal without preventive replacement) deposits liquid hydraulic oil on the mould, conveyor and adjacent pharmaceutical container batch, requiring emergency clean room shutdown, decontamination and batch rejection.
ZQ60HE All-Electric Contamination Elimination
ZQ60HE replaces all four IBM hydraulic circuits (injection drive, material feed/screw rotation, clamping drive, rotary table drive) with dedicated servo motor actuators. Zero hydraulic oil in ZQ60HE means: no hydraulic oil reservoir (no oil fill, no oil change, no oil temperature management), no hydraulic pump (no oil mist source, no pump noise in clean room), no hydraulic cylinders (no seal wear particulate source, no seal failure oil-release risk), and no hydraulic fitting micro-leak pathway (oil-contaminated air eliminated from ZQ60HE production zone). ZQ60HE lubrication is limited to grease-lubricated ball screws and linear guides (food-grade NLGI Grade 2 grease applied at manufacture with 5,000-hour re-lubrication interval) that do not generate clean room-violating contamination under normal pharmaceutical IBM production operation.
РАЗДЕЛ 02
ZQ60HE All-Electric IBM: Technical Architecture
ZQ60HE ALL-ELECTRIC SERVO MOTOR SPECIFICATION
Injection Servo
22 kW
22 kW injection servo motor drives the injection screw through ball screw linear actuator — replacing hydraulic injection cylinder. Servo position control to ±0.01mm screw position accuracy for ±0.5% shot weight consistency
Серво за подаване на материал
18 kW
18 kW servo motor drives screw rotation for PP/HDPE plasticisation — replacing hydraulic screw rotation motor. Variable screw speed (10-200 RPM) under servo control for precise plasticisation rate matching IBM cycle time
Clamping Servo ×2
15+15 kW
Two 15 kW servo motors drive injection mould and blow mould clamping through toggle mechanism and ball screw — replacing hydraulic clamping cylinders. 400-800 KN clamping force range servo-controlled for different pharmaceutical IBM formats
Rotary Table Servo
2.9 kW
2.9 kW servo motor drives the 3-station rotary table — replacing hydraulic rotary actuator. Servo-controlled table rotation with positioning accuracy ±0.01° for precise pharmaceutical IBM cavity alignment at each station
Total Installed Power
90 kW
ZQ60HE total installed servo motor power 90 kW. Operating power 15-25 kW (servo motors only draw power when actuating, unlike continuous-run hydraulic pump at 18-22 kW constant load)
Bottom-Up Lubrication
Below mould level
ZQ60HE’s ball screw and linear guide lubrication is positioned below the mould level — preventing any grease drip-down contamination of the pharmaceutical IBM mould cavity or container interior from above-mould lubrication points
РАЗДЕЛ 03
GMP Clean Room Installation: ISO Class 7 and Class 8 Requirements
ISO Class 7 Clean Room IBM Requirements
ISO Class 7 (equivalent to GMP Grade B or C depending on activity state) permits maximum 352,000 particles ≥0.5μm per m³ in operation. For pharmaceutical IBM container production in ISO Class 7 clean room, the ZQ60HE installation requirements are: ZQ60HE machine surfaces must be constructed of 304 or 316L stainless steel or anodised aluminium panels accessible for clean room-grade cleaning (Innotrade or Aseptic spray). ZQ60HE control cabinet must be located outside the ISO Class 7 clean room zone (in the adjacent Grade D or lower area) with only the IBM machine frame and mould station within the Class 7 perimeter. All ZQ60HE cable conduit entries through the clean room wall must use pharmaceutical-grade sealed cable glands (IP65 minimum). Compressed air supply to ZQ60HE blow station must be HEPA-filtered (H14 filter, 99.995% at 0.3μm MPPS) to prevent compressed air particle contamination of the pharmaceutical IBM blow station container interior during blow inflation. ZQ60HE output conveyor in the Class 7 zone must be 316L stainless construction with belt wash-down-rated drive components for Class 7 cleaning protocol.
ISO Class 8 Clean Room IBM Requirements
ISO Class 8 (GMP Grade D equivalent in operation for non-sterile pharmaceutical container production) permits maximum 3,520,000 particles ≥0.5μm per m³ — the standard clean room rating for Korean MFDS-regulated pharmaceutical plastic container manufacturing (non-sterile pharmaceutical product containers produced under KFDA GMP Chapter 3). ZQ60HE installation for ISO Class 8: ZQ60HE control cabinet can be within the Class 8 zone (lower particle limit allows control cabinet enclosure); machine surface cleaning with IPA-compatible cleaning agent at shift-end clean-down without full Class 7 decontamination protocol; compressed air must be oil-free and particulate-filtered (at least H13 HEPA at blow station) for ISO Class 8 pharmaceutical IBM production. Korea Ever-Power provides ZQ60HE with SS304 machine frame panel option for ISO Class 8 installation, replacing the standard painted steel side panels with wipe-down-rated stainless panels specified in ZQ60HE pharmaceutical clean room option package.
РАЗДЕЛ 04
Pharmaceutical Container Applications on ZQ60HE
| КОНТЕЙНЕР | МАТЕРИАЛ | КАРИЕСИ | ПРОИЗВОДИТЕЛНОСТ/ЧАС | REGULATORY CONTEXT |
|---|---|---|---|---|
| 30ml eye drop bottle | PP pharma | 12 | ~17,300 | Korean MFDS pharmaceutical registration; ISO Class 7 recommended for sterile-adjacent eye drop container |
| 100ml oral liquid bottle | PP pharma | 10 | ~11,000 | KFDA pharmaceutical packaging registration; ISO Class 8 standard for non-sterile OTC syrup |
| 200ml antiseptic bottle | PP pharma | 8 | ~7,600 | Korean MFDS drug product packaging; ISO Class 8 for chlorhexidine, miramistin antiseptic containers |
| 350ml wide-mouth pharma | PP pharma | 6 | ~5,200 | Pharmaceutical syrup and liquid supplement; ISO Class 8 for Korean MFDS registration |
ZQ60HE output rates shown above are at production cycle time (approximately 4.0-4.5s for pharmaceutical PP IBM containers on ZQ60HE at pharmaceutical production conditions) — 15-20% below ZQ60HE’s 2.5s dry cycle due to injection, cooling and conveyor integration time. Korea Ever-Power’s ZQ60HE all-electric IBM machine is available for Korean pharmaceutical customers with clean room installation support from Korea Ever-Power’s pharmaceutical IBM installation engineering team.
РАЗДЕЛ 05
ZQ60HE vs ZQ60 Hydraulic: Performance Comparison
| ПАРАМЕТЪР | ZQ60HE (ALL-ELECTRIC) ★ | ZQ60 (HYDRAULIC) |
|---|---|---|
| Dry cycle time | 2.5s | 4.0s |
| Operating energy (30ml PP IBM) | ~12 kWh/hr | 18-22 kWh/hr |
| Хидравлично масло | Няма | ~60-80L hydraulic oil |
| Clean room compatibility | ISO Class 7/8 compliant | Not suitable for clean room |
| Shot weight repeatability | ±0.5% (servo screw position) | ±0.9-1.0% |
| Noise level (at 1m) | <68 dB(A) | 72-78 dB(A) |
| Capital cost premium | +25-35% vs ZQ60 hydraulic | Base reference |
РАЗДЕЛ 06
Korean MFDS GMP and EU Annex 1 Compliance for ZQ60HE
Korean MFDS GMP Chapter 3 Compliance
Korean MFDS GMP 의약품 제조 및 품질관리 기준 Chapter 3 (Manufacturing Equipment Standards) requires pharmaceutical primary container production equipment to be constructed of materials that do not contaminate pharmaceutical products, be easily cleanable, and not generate particulate or hydrocarbon contamination in the pharmaceutical manufacturing environment. ZQ60HE’s all-electric servo architecture satisfies Korean MFDS GMP Chapter 3 equipment requirements for pharmaceutical plastic container IBM production: no hydraulic oil contamination source, food-grade grease lubrication below mould level, SS304 clean room panel option for wipe-down cleaning, and ZQ60HE production parameter electronic records (batch ID, barrel temperature, shot weight, cycle count) for Korean pharmaceutical GMP batch record documentation.
EU GMP Annex 1 Clean Room Compliance
EU GMP Annex 1 (Manufacture of Sterile Medicinal Products, 2022 revision) specifies that equipment in Grade B and C clean rooms must not introduce contamination sources including lubricants, hydraulic fluid and particulate-generating mechanical components. For pharmaceutical IBM container suppliers exporting to EU pharmaceutical customers, ZQ60HE’s zero hydraulic oil architecture satisfies EU GMP Annex 1 equipment contamination control requirements at Grade C (ISO Class 7) clean room. EU pharmaceutical brand customers specifying ISO Class 7 or 8 container production environment for Korean IBM container supply can accept ZQ60HE-produced containers with Korea Ever-Power’s ZQ60HE clean room installation qualification documentation as part of the EU customer’s supplier audit dossier.
ЧЗВ по инженерство
Pharmaceutical Clean Room IBM — Engineering Questions
Въпрос 01
Can a hydraulic ZQ60 be installed in a pharmaceutical clean room if food-grade hydraulic oil is used?
Food-grade hydraulic oil (NSF H1-registered, white mineral oil or polyalkylene glycol base) does not resolve the clean room incompatibility of hydraulic IBM machines for pharmaceutical primary container production. The contamination risk from hydraulic IBM in a pharmaceutical clean room is not the specific oil chemistry (H1 versus H2 classification) — it is the oil mist, oil vapour and oil-wetted seal particle generation that occurs from any pressurised hydraulic system at 140-200 bar operating pressure, regardless of oil grade. NSF H1 food-grade hydraulic oil at 140-200 bar system pressure generates the same airborne particle and vapour contamination pathways as standard hydraulic oil — it is merely less toxic if it reaches the food or pharmaceutical product. Korean MFDS GMP Chapter 3 and EU GMP Annex 1 do not distinguish between food-grade and standard hydraulic oil in their prohibition of hydrocarbon lubricant contamination sources in pharmaceutical clean room manufacturing environments: the contamination risk classification is based on the presence of any pressurised hydrocarbon lubricant circuit in the clean room, not the specific oil grade used. Korea Ever-Power’s recommendation for Korean pharmaceutical customers planning clean room IBM installation: ZQ60HE all-electric is the only Korea Ever-Power IBM machine suitable for ISO Class 7 and Class 8 pharmaceutical clean room installation. Attempting to install ZQ60 hydraulic with food-grade oil in a pharmaceutical clean room does not satisfy Korean MFDS GMP or EU GMP Annex 1 contamination control requirements and will be identified as a GMP non-conformance in pharmaceutical supplier audit against ISO 22000 or Korean MFDS pharmaceutical facility inspection standard.
Въпрос 02
What Korean pharmaceutical MFDS GMP documentation does Korea Ever-Power provide for ZQ60HE clean room installation?
Korea Ever-Power provides a comprehensive ZQ60HE pharmaceutical GMP documentation package for Korean MFDS clean room installation qualification covering five document categories. Machine qualification documentation: IQ (Installation Qualification) protocol and report template for ZQ60HE installation verification (mechanical levelling, electrical connection verification, compressed air connection, cooling water connection, servo drive parameter verification); OQ (Operational Qualification) protocol for ZQ60HE function testing (servo motor motion verification, barrel temperature control calibration, HMI recipe storage verification, alarm function testing, emergency stop function verification); PQ (Performance Qualification) protocol for ZQ60HE pharmaceutical IBM production qualification (100-cycle production run per cavity, neck OD measurement per cavity, shot weight variation measurement per cavity, visual inspection per ISO sampling). GMP batch record template: ZQ60HE electronic batch record format covering machine ID, mould set ID, PP resin lot number, barrel temperature log, shot weight log per batch, operator ID and clean room environmental monitoring data (particle count, temperature, humidity) for Korean MFDS GMP Chapter 5 (Process Validation) documentation requirement. Clean room compatibility certification: Korea Ever-Power issues ZQ60HE clean room compatibility declaration confirming zero hydraulic oil components, food-grade grease specification and SS304 panel option for Korean MFDS and EU GMP Annex 1 pharmaceutical facility validation. Change control notification service: Korea Ever-Power notifies ZQ60HE pharmaceutical customers of any design changes to ZQ60HE servo motor specification, lubrication specification or clean room panel option that may require re-qualification under the customer’s GMP change control procedure, supporting Korean pharmaceutical facility MFDS change notification requirements.
Въпрос 03
What compressed air quality is required for ZQ60HE blow station in ISO Class 7 pharmaceutical clean room?
ZQ60HE blow station compressed air quality for ISO Class 7 pharmaceutical clean room must comply with ISO 8573-1 Class 1 specification for pharmaceutical clean room compressed air: particle cleanliness Class 1 (≤100 particles ≥0.1μm per m³ at 1 bar reference — not to be confused with ISO cleanroom class), oil content Class 1 (≤0.01 mg/m³ total oil concentration), moisture content Class 2 (pressure dew point ≤-40°C). Achieving ISO 8573-1 Class 1 compressed air for ZQ60HE pharmaceutical IBM blow station requires: oil-free compressor (scroll or centrifugal type, not lubricated piston compressor), point-of-use HEPA compressed air filter (H14 class, 99.995% @0.3μm MPPS) immediately upstream of ZQ60HE blow station air inlet, molecular sieve desiccant air dryer to -40°C pressure dew point, and 316L stainless steel compressed air piping from the desiccant dryer to ZQ60HE blow station inlet. Korea Ever-Power provides ZQ60HE pharmaceutical clean room customers with compressed air quality specification and point-of-use filter part number at ZQ60HE installation commissioning for Korean pharmaceutical facility engineering team specification and procurement. Quarterly compressed air quality verification by accredited Korean laboratory (ISO 8573-4 particle counting and ISO 8573-2 oil aerosol measurement at ZQ60HE blow station inlet) is recommended for Korean MFDS GMP pharmaceutical clean room compressed air management programme.
Въпрос 04
How does ZQ60HE servo shot repeatability benefit Korean pharmaceutical container GMP batch record requirements?
ZQ60HE’s servo screw position control achieves ±0.5% shot weight repeatability versus ZQ60 hydraulic ±0.9-1.0% — a 50% improvement in IBM injection consistency that directly benefits Korean pharmaceutical container GMP batch record quality by two mechanisms. Pharmaceutical batch weight specification: Korean pharmaceutical primary container MFDS registration dossiers specify container weight tolerance (typically ±2-3% container weight as primary packaging dimensional specification). ZQ60HE’s ±0.5% shot repeatability provides double the specification margin compared to ZQ60 hydraulic ±1.0% — reducing pharmaceutical container out-of-specification (OOS) weight events that require batch investigation, root cause analysis and MFDS deviation reporting under Korean pharmaceutical GMP. Automated weight monitoring with ZQ60HE: ZQ60HE’s servo injection position data (correlated to shot weight) is available as a process data output for Korean pharmaceutical customer inline weight monitoring systems — ZQ60HE HMI can output injection end position (IEP) data via OPC-UA or Ethernet for each shot, enabling Korean pharmaceutical batch monitoring software to track ZQ60HE shot-to-shot consistency in real time and trigger automatic alarm if IEP deviation exceeds ±0.3% (conservative pharma GMP alert limit) before reaching ±0.5% action limit. This process analytical technology (PAT) integration between ZQ60HE and Korean pharmaceutical GMP manufacturing execution systems (MES) satisfies Korean MFDS and EU GMP ICH Q10 pharmaceutical quality system requirements for in-process container weight monitoring at pharmaceutical primary container IBM production.
Въпрос 05
What is ZQ60HE clean room maintenance schedule for Korean pharmaceutical GMP facilities?
ZQ60HE pharmaceutical clean room maintenance schedule is designed to minimise clean room disruption and contamination events associated with maintenance activities. Korea Ever-Power recommends the following ZQ60HE pharmaceutical clean room maintenance programme for Korean MFDS GMP facilities. Daily operator maintenance (shift start): visual inspection of ZQ60HE servo motor drive indicator lights (all green = normal), HMI alarm review for previous shift, mould surface wipe-down with IPA-soaked lint-free cloth before production startup, clean room gowning verification for maintenance entry. Weekly preventive maintenance (scheduled clean room entry): ZQ60HE servo motor cooling fan filter inspection and replacement if particle build-up visible; ball screw guide rod wipe-down with IPA cloth to remove any accumulated polymer dust from IBM stripping station; compressed air blow-off of ZQ60HE interior surfaces accessible through clean room-rated access panels; conveyor belt wipe-down and drive pulley inspection. Every 5,000 production hours: Korea Ever-Power factory-trained engineer visits Korean pharmaceutical customer clean room for ZQ60HE ball screw lubrication (food-grade grease application with NLGI Grade 2 pharmaceutical-compatible grease), servo motor coupling inspection and torque verification, HMI calibration check (barrel temperature, injection position sensor), and servo drive parameter backup to Korea Ever-Power cloud system. Annual re-qualification: ZQ60HE IQ/OQ/PQ re-qualification (abbreviated protocol) covering servo position accuracy, barrel temperature calibration, shot weight repeatability and IBM container quality qualification — with Korea Ever-Power engineer participation for Korean pharmaceutical GMP annual qualification documentation requirement under Korean MFDS pharmaceutical facility self-inspection programme.
Въпрос 06
Is the ZQ60HE capital cost premium over ZQ60 hydraulic justifiable for non-pharmaceutical Korean IBM customers?
ZQ60HE all-electric IBM machine is priced at approximately 25-35% above equivalent ZQ60 hydraulic at Korea Ever-Power list price — a significant capital cost premium driven by the higher cost of servo motor drives, ball screw actuators and linear guide systems that replace hydraulic components. For non-pharmaceutical Korean IBM customers (cosmetic, food supplement, household chemical) who do not require clean room IBM installation, the ZQ60HE premium is justified by two non-clean-room operational advantages: energy saving and production speed. Energy saving: ZQ60HE at approximately 12 kWh/hr versus ZQ60 hydraulic at 18-22 kWh/hr saves approximately 6-10 kWh per IBM production hour. At Korean industrial electricity tariff (approximately KRW 120/kWh for Korean manufacturing industry in 2026), energy saving is KRW 720-1,200 per production hour, or KRW 8,640-14,400 per day at 12 production hours/day. Over 10 years at 300 production days/year: energy saving of KRW 26-43M — recovering approximately 50-80% of the ZQ60HE capital premium over ZQ60 hydraulic through energy cost reduction alone. Production speed: ZQ60HE’s 2.5s dry cycle versus ZQ60 4.0s dry cycle produces approximately 20-25% more IBM containers per hour at equivalent production conditions — generating additional annual revenue that further reduces ZQ60HE payback period relative to ZQ60 hydraulic at the same container programme volume. Korea Ever-Power recommends non-pharmaceutical Korean IBM customers evaluate ZQ60HE versus ZQ60 hydraulic on a 10-year total cost of ownership (TCO) basis including energy saving, higher output revenue and lower maintenance cost (servo drive maintenance costs less than hydraulic seal replacement programme over 10 years) rather than capital cost alone — the ZQ60HE TCO is typically comparable to or lower than ZQ60 hydraulic TCO within 4-6 year payback periods at Korean production economics.
ZQ60HE PHARMACEUTICAL IBM ENQUIRY · KOREA EVER-POWER
Planning Pharmaceutical IBM in GMP Clean Room?
Korea Ever-Power provides ZQ60HE all-electric IBM machines with pharmaceutical GMP IQ/OQ/PQ documentation, ISO Class 7/8 clean room installation support, Korean MFDS GMP batch record integration and EU Annex 1 compliance certification for Korean and global pharmaceutical IBM programmes.
Редактор: Cxm
