- Product Overview
- Empty Bottle Inspection Conveyor
- Filled Bottle Inspection Conveyor
- Vial Inspection Conveyor (AVI-Ready)
- Manual vs Semi-Automatic vs AVI
- Technical Specifications
- Conveyor Selection: A 6-Step How-To
- USP, EP, and Annex 1 Compliance
- Inline Integration with Capping and Labeling
- Frequently Asked Questions
- Installation, Validation, and Support
- Request a Quote
Product Overview
An inspection conveyor is the quality-check station on a pharmaceutical packaging line. It moves bottles, vials, or ampoules past a quality-check position — manual, semi-automatic, or automated visual inspection (AVI) — at a controlled, often slow, speed, and a downstream reject station removes defective product. In pharma applications the conveyor is built from SS 304 or SS 316L stainless steel, has a VFD for speed control, supports photo-eye reject, and is fully documented for GMP use.
Three configurations dominate pharmaceutical packaging:
- Empty Bottle Inspection Conveyor — runs after the bottle unscrambler and before the air-jet washer / filler. Checks for cosmetic defects, side-wall cracks, base cracks, and neck damage. 1,200 – 12,000 BPH.
- Filled Bottle Inspection Conveyor — runs after the capper and before the labeler. Checks fill level, cap presence, cap tightness, and label readability. 1,200 – 6,000 BPH with rotating turntable and operator-assisted reject.
- Vial Inspection Conveyor (AVI-Ready) — runs after capping on parenteral lines. Supports AVI (Automated Visual Inspection) integration with multi-camera vision and AI-based defect classification. 12,000 – 36,000 VPH.
All configurations are integrated with HEPA-filtered air supply for aseptic-zone placement and are documented for WHO-GMP, EU Annex 1, and USFDA packaging lines.
36,000: Containers / hour (AVI)
12,000: Bottles / hour (max)
100%: Inspection rate
ISO 7: Grade C aseptic
Empty Bottle Inspection Conveyor
What it is and when to use it
The Empty Bottle Inspection Conveyor runs immediately after the bottle unscrambler and before the air-jet washer / filler. It holds the bottle in an upright orientation as it travels along the conveyor, and operators (or a vision system) inspect the bottle for cosmetic defects — side-wall cracks, base cracks, neck damage, foreign material, and dimensional errors. Defective bottles are diverted to a reject bin at the discharge end. Output: 1,200 to 12,000 bottles/hour.
Use this machine when: you run a liquid or powder bottle line; you need 100% inspection of incoming empty bottles; you need to remove side-wall cracks and base cracks that the air-jet washer would otherwise fail to detect; or you need a quality-control check before the bottle enters the filler.
Key Engineering Features
- SS 304 / SS 316L construction: contact parts in AISI 304 (standard) or AISI 316L (aseptic), Ra ≤ 0.8 µm; SS 304 frame and side guides.
- VFD speed control: 5–30 m/min, recipe-driven from the line PLC. Slow speed (5–10 m/min) for manual inspection; higher speed with vision system.
- Photo-eye reject: pneumatic diverter at the discharge end, triggered by the operator reject button or vision system. Fail-safe: air-loss defaults to reject.
- LED backlight (optional): integrated LED light panel at the inspection station for backlit bottle inspection (side-wall cracks visible as dark lines).
- Vision integration (optional): 1–2 cameras mounted over the conveyor with strobe-LED illumination, image processing for side-wall and base crack detection. False-reject rate < 0.5%.
- PLC + HMI control: Delta / Siemens PLC, 7″ color touchscreen, recipe storage, reject counting, 21 CFR Part 11 audit trail.
- Safety and access: CE marked per EN 60204-1, full guarding, interlocked doors, emergency stops.
Specifications — Empty Bottle Inspection Conveyor
| Parameter | Specification |
|---|---|
| Throughput | 1,200–12,000 bottles per hour |
| Bottle Size Range | 30 ml–1,000 ml bottles in round, oval or square shapes |
| Bottle Diameter | 25 mm–120 mm |
| Bottle Height | 50 mm–300 mm |
| Belt Material | FDA-grade PP or POM modular belt as standard, with a stainless-steel belt available as an option |
| Belt Width | 100 mm–300 mm |
| Speed | 5–30 metres per minute with VFD speed control |
| Reject Type | Fail-safe pneumatic diverter rejection system |
| Reject Bin Capacity | 15–30 litre stainless-steel reject bin |
| LED Backlight (Optional) | Dimmable LED lighting with a colour temperature of 4,000–6,500 K and illumination of 2,000 lux at the inspection point |
| Vision System (Optional) | 1–2 cameras with 4K CMOS sensors and AI-based defect classification |
| Contact Parts | SS304 stainless steel as standard or SS316L for aseptic applications, with a surface finish of Ra ≤ 0.8 µm |
| Frame | SS304 stainless steel as standard or SS316L stainless steel for aseptic applications |
| Motor | 0.37–0.75 kW geared motor with VFD control |
| Power Supply | 230 V / 415 V AC, 3-phase, 50–60 Hz |
| Power Consumption | 0.37–0.75 kW |
| Compressed Air | 5–7 bar oil-free compressed air at 50–100 litres per minute |
| Noise Level | ≤65 dB(A) |
| Machine Footprint (Typical 3 m) | 3,000 × 600 × 1,000 mm |
| Machine Weight | 200–400 kg |
| Warranty | 12-month comprehensive warranty with lifetime technical support |
Filled Bottle Inspection Conveyor
What it is and when to use it
The Filled Bottle Inspection Conveyor runs after the capper and before the labeler. It uses a rotating turntable (or a spinning belt section) that holds the bottle in front of a synchronized LED backlight; the operator watches the spinning bottle at the moment when the strobe fires — particles, fill-level errors, and cosmetic defects become visible. The operator presses a foot pedal or hand button to reject a defective bottle; the conveyor diverts it to a reject bin. Output: 1,200 to 6,000 bottles/hour.
Use this machine when: you run a liquid oral or parenteral bottle line; you need 100% inspection of filled, capped bottles; you need higher throughput than a static manual inspection station; or you need a quality-control check before the labeler.
Key Engineering Features
- Rotating turntable: SS 304 / SS 316L star-wheel that spins the bottle at 600–1,500 rpm, indexed to the synchronized LED backlight.
- Synchronized LED backlight: dimmable LED panel with correlated colour temperature 4,000–6,500 K, luminance 2,000–4,000 lux at the inspection point, dimming control on the operator panel.
- Operator-assisted reject: foot pedal or hand button; pneumatic diverter sends the rejected bottle to a reject bin at the discharge end.
- Vision integration (optional): 1–2 cameras mounted over the turntable for fill-level verification, cap presence, cap orientation, and label readability.
- SS 304 / SS 316L construction: contact parts in AISI 304 (standard) or AISI 316L (aseptic), Ra ≤ 0.8 µm; SS 304 frame and side guides.
- VFD speed control: 5–20 m/min, recipe-driven from the line PLC.
- PLC + HMI control: Delta / Siemens PLC, 7″ color touchscreen, recipe storage, reject counting, 21 CFR Part 11 audit trail.
- Safety and access: CE marked per EN 60204-1, full guarding, interlocked doors, emergency stops.
Specifications — Filled Bottle Inspection Conveyor
| Parameter | Specification |
|---|---|
| Throughput | 1,200–6,000 bottles per hour |
| Bottle Size Range | 30 ml–1,000 ml bottles in round, oval or square shapes |
| Bottle Diameter | 25 mm–120 mm |
| Bottle Height | 50 mm–300 mm |
| Turntable Speed | 600–1,500 rpm with VFD speed control |
| Lighting Type | Dimmable LED lighting with a colour temperature of 4,000–6,500 K |
| Lighting Luminance | 2,000–4,000 lux at the inspection point |
| Vision System (Optional) | 1–2 cameras with 4K CMOS sensors for fill-level, cap and label inspection |
| Reject Type | Fail-safe pneumatic diverter rejection system |
| Reject Bin Capacity | 15–30 litre stainless-steel reject bin |
| Contact Parts | SS304 stainless steel as standard or SS316L for aseptic applications, with a surface finish of Ra ≤ 0.8 µm |
| Frame | SS304 stainless steel as standard or SS316L stainless steel for aseptic applications |
| Power Supply | 230 V / 415 V AC, 3-phase, 50–60 Hz |
| Power Consumption | 0.75–1.5 kW |
| Compressed Air | 5–7 bar oil-free compressed air at 80–150 litres per minute |
| Noise Level | ≤70 dB(A) |
| Machine Footprint (Typical 3 m) | 3,000 × 800 × 1,200 mm |
| Machine Weight | 300–600 kg |
| Warranty | 12-month comprehensive warranty with lifetime technical support |
Sub-Product 3: Vial Inspection Conveyor (AVI-Ready)
What it is and when to use it
The Vial Inspection Conveyor (AVI-Ready) is a specialized conveyor designed to integrate with an Automated Visual Inspection (AVI) machine on parenteral injectable lines. It holds the vial in a stable, often spinning, orientation as it travels through a series of inspection stations — particle imaging, stopper imaging, cap imaging, leak testing — and a downstream reject station removes defective vials. Output: 12,000 to 36,000 vials/hour.
Use this machine when: you run a parenteral injectable line with high-volume commercial production (above 6,000 VPH); you need 100% AVI inspection; you need CCIT (Container-Closure Integrity Testing) integration with vacuum decay or HVLD; and you can justify the higher capital cost of AVI.
Key Engineering Features
- Multi-camera vision interface: 4–8 high-resolution CMOS camera mounting points per inspection station (particle, stopper, cap, side wall, base); strobe-LED illumination for high-speed imaging.
- AI-based defect classification: deep-learning classifier mounted on the conveyor frame, trained on a defect library of ≥ 200 known-defect vials per class.
- Particle detection: detection of particles ≥ 50 µm in suspension, including fibres, glass fragments, metal, and precipitates.
- CCIT integration: vacuum decay or high-voltage leak detection (HVLD) module mounts on the conveyor for 100% leak testing on every vial.
- High-speed reject station: servo-driven diverter, 600 VPM, with fail-safe design (power loss = reject).
- HEPA-filtered laminar flow: integrated laminar flow unit with H14 HEPA, 0.36–0.54 m/s over the inspection area. ISO 5 over inspection point (background ISO 7 / Grade C).
- SS 304 / SS 316L construction: contact parts in AISI 316L, Ra ≤ 0.8 µm; SS 304 frame.
- PLC + HMI control: industrial PC + PLC, 15″ color touchscreen, defect library management, real-time SPC trending, alarm history, 21 CFR Part 11 audit trail.
- Safety and access: CE marked per EN 60204-1, full guarding, interlocked doors, emergency stops.
Specifications — Vial Inspection Conveyor (AVI-Ready)
| Parameter | Specification |
|---|---|
| Throughput | 12,000–36,000 vials per hour, equivalent to 200–600 vials per minute |
| Vial Size Range | 2 ml–100 ml tubular glass vials compliant with ISO 8362-1 |
| Vial Diameter | 14 mm–52 mm |
| Vial Height | 30 mm–115 mm |
| Particle Detection Limit | Detection of suspended particles measuring ≥50 µm |
| Defect Types Detected | Particles, fibres, glass fragments, cracks, incorrect fill volume, stopper defects, cap defects and lyophilised-cake defects |
| CCIT (Optional) | Vacuum-decay testing for leaks ≥5 µm or high-voltage leak detection for leaks ≥1 µm |
| False-Reject Rate | Less than 0.5%, validated separately for each vial format |
| Detection Sensitivity | ≥95% for particles measuring ≥100 µm |
| Detection Specificity | ≥99% for defect-free vials |
| Cameras per Station | 4–8 high-speed cameras with 4K CMOS sensors and acquisition speeds up to 10,000 frames per second |
| Defect Library | At least 200 vial samples per defect class with AI-based classification |
| Reject Station | Fail-safe servo-driven diverter capable of handling up to 600 vials per minute |
| Laminar Flow | ISO Class 5 laminar airflow over the inspection area within an ISO Class 7 background environment |
| HEPA Filter | H14 HEPA filter with 99.99% efficiency at 0.3 µm MPPS |
| Airflow Velocity | 0.36–0.54 metres per second |
| Contact Parts | SS304 stainless steel as standard or SS316L for aseptic applications, with a surface finish of Ra ≤ 0.8 µm |
| Frame | SS304 stainless steel as standard or SS316L stainless steel for aseptic applications |
| Power Supply | 415 V AC, 3-phase, 50–60 Hz |
| Power Consumption | 4.0–8.0 kW, including the automatic visual inspection system |
| Compressed Air | 5–7 bar oil-free compressed air at 100–300 litres per minute |
| GPU Compute for AVI | 1–2 NVIDIA RTX-class GPUs for image processing and AI-based inspection |
| Noise Level | ≤76 dB(A) |
| Machine Footprint (Typical 5 m) | 5,000 × 1,500 × 2,000 mm |
| Machine Weight | 1,500–3,000 kg |
| Warranty | 12-month comprehensive warranty with lifetime technical support |
Manual vs Semi-Automatic vs AVI: Which Inspection Conveyor Do You Need?
| Parameter | Empty Bottle | Filled Bottle (Turntable) | Vial (AVI-Ready) |
|---|---|---|---|
| Inspection Mode | Static or moving conveyor belt with manual operator inspection or vision-based inspection | Rotating turntable with operator-assisted visual inspection | Multi-camera automated vision inspection with AI-based defect classification |
| Throughput | 1,200–12,000 containers per hour | 1,200–6,000 containers per hour | 12,000–36,000 containers per hour |
| Detection Consistency | Operator-dependent for manual inspection or validated and repeatable with a vision system | Operator-dependent | Validated, consistent and reproducible |
| Particle Detection Limit | Approximately 200 µm with manual inspection or ≥100 µm with vision inspection | Approximately 150 µm with operator inspection | ≥50 µm using high-resolution cameras and AI classification |
| CCIT Integration | Not available | Not available | Available with vacuum-decay or high-voltage leak-detection systems |
| Capital Cost | $8,000–$25,000 | $12,000–$30,000 | $80,000–$300,000 with an automatic visual inspection system |
| Operating Cost | Moderate, typically requiring an operator and one inspection camera | Moderate, typically requiring one or two qualified operators | Low routine labour cost because continuous operators are not required |
| Best For | Empty-bottle quality control, cosmetic inspection and crack detection | Filled-bottle quality control, fill-level verification and cap-presence inspection | High-volume commercial parenteral production lines |
| Footprint | 3 m × 0.6 m | 3 m × 0.8 m | 5 m × 1.5 m |
| Validation Burden | Moderate, covering operator SOPs or validation of the vision defect library | High, including operator qualification and inspection-performance verification | High, including defect-library development, AI training and performance qualification |
| Operator Skill | Low with automated vision or moderate for manual inspection | High, requiring a trained and qualified visual inspector | Low during routine production because operation is controlled through recipe-driven HMI settings |
Technical Specifications — At a Glance
| Parameter | Empty Bottle | Filled Bottle | Vial (AVI-Ready) |
|---|---|---|---|
| Throughput | 1,200–12,000 containers per hour | 1,200–6,000 containers per hour | 12,000–36,000 containers per hour |
| Container Size | 30 ml–1,000 ml | 30 ml–1,000 ml | 2 ml–100 ml |
| Speed | 5–30 metres per minute | 5–20 metres per minute | Automatically controlled by the AVI system |
| Reject Type | Pneumatic diverter rejection system | Pneumatic diverter rejection system | Servo-driven diverter capable of handling up to 600 vials per minute |
| Frame Material | SS304 or SS316L stainless steel | SS304 or SS316L stainless steel | SS304 or SS316L stainless steel |
| HEPA Filter | Optional | Optional | H14 HEPA filter supplied as standard |
| Vision System | Optional system with 1–2 inspection cameras | Optional system with 1–2 inspection cameras | Standard system with 4–8 cameras and AI-based defect classification |
| Warranty | 12 months | 12 months | 12 months |
Conveyor Selection: A 6-Step How-To
Selecting the right inspection conveyor for a pharma packaging line is a 6-step process.
Step 1 – Map the container and inspection scope.
Document the container type (bottle, vial, ampoule), dimensions, weight, and orientation on the conveyor. Define the inspection scope: empty QC, filled QC, or AVI. The container and scope drive the conveyor type.
Step 2 – Set the throughput and reject plan.
Define the line throughput in containers/hour, the inspection station dwell time, and the reject mechanism (pneumatic diverter, servo diverter, operator reject). Throughput above 6,000 CPH typically requires AVI or servo-driven reject.
Step 3 – Choose the lighting and background plan.
For visual inspection, dimmable LED lighting at 4,000–6,500 K and 2,000–4,000 lux at the inspection point is the standard. For parenteral lines, integrate a split black/white background panel per USP <790> and <1790>.
Step 4 – Choose the material of construction.
SS 304 is the pharma-grade default; SS 316L is required for aseptic-zone placement or washdown duty. All product-contact parts in AISI 316L with Ra ≤ 0.8 µm electropolished finish for aseptic zones.
Step 5 -Specify the control and audit-trail plan.
PLC + HMI control, recipe storage, 21 CFR Part 11 audit trail, Ethernet / LAN for batch data logging. Reject counts and inspection results logged per batch for QA review and trend monitoring.
Step 6 – Lock the URS and request the quote.
Document the above in a User Requirements Specification (URS) and request a formal quote with: layout drawing, throughput and reject plan, lighting and background specification, material of construction, control plan, IQ/OQ template, and lead time.
USP, EP, and Annex 1 Compliance
Every inspection conveyor is engineered and documented against the following standards:
- USP <790> — Visible Particulates in Injections
- USP <1790> — Visual Inspection of Injections
- USP <1207> — Container Integrity (for CCIT integration)
- USP <788> — Particulate Matter in Injections (sub-visible)
- EP 2.9.19 — Particulate Contamination
- EP 2.9.20 — Visible Particles
- EU GMP Annex 1 (2022) — Manufacture of Sterile Medicinal Products
- 21 CFR 211.94 — Drug Product Containers and Closures
- 21 CFR Part 11 — Electronic Records and Signatures
- WHO TRS 986 Annex 2 — WHO GMP for Pharmaceutical Products
- ISO 9001:2015 — Quality Management
- CE Machinery Directive 2006/42/EC
Inline Integration with Capping and Labeling
An inspection conveyor is positioned at the quality-check station on a packaging line:
- Upstream (Empty Bottle): Bottle unscrambler → empty bottle inspection conveyor (this product) → air-jet vacuum cleaner / bottle washer → bottle filling machine → bottle capping / sealing machine
- Upstream (Filled Bottle): Filler → capper / sealer → filled bottle inspection conveyor (this product) → bottle labeling machine
- Upstream (Vial AVI): Vial washer → depyrogenation tunnel → filler / stoppering → cap sealer → vial inspection conveyor (this product, AVI-ready) → vial labeling machine
- Downstream: Cartoning machine → leaflet inserter → case packer → palletizer
Our inspection conveyors are designed for direct feed to and from major packaging machine brands, with matched speed, pitch, and entry/exit height. The VFDs and PLCs integrate with the line master control for synchronized line operation and recipe-driven format changeover.
Frequently Asked Questions
An inspection conveyor is a specialized material-handling system that moves pharmaceutical containers (bottles, vials) past a quality-check station — manual, semi-automatic, or automated visual inspection. The conveyor holds the container in a stable orientation, often rotating it under controlled lighting, and a reject station downstream removes defective containers.
A packing conveyor is a general-purpose conveyor that moves containers between packaging stations. An inspection conveyor is a specialized conveyor that holds the container in a stable, often rotating, orientation at a quality-check station, with a downstream reject station to remove defective product. The inspection conveyor typically runs at a slower, more controlled speed.
Three principal types: (1) Empty Bottle Inspection Conveyor — runs after the bottle unscrambler and before the air-jet washer / filler; checks for cosmetic defects, side-wall cracks, base cracks, and neck damage; (2) Filled Bottle Inspection Conveyor — runs after the capper and before the labeler; checks fill level, cap presence, cap tightness, and label readability; (3) Vial Inspection Conveyor (AVI-Ready) — runs after capping on parenteral lines; supports AVI integration with multi-camera vision and AI-based defect classification.
230V / 415V AC three-phase power at 50–60 Hz, 0.37–1.5 kW connected load per conveyor section; 5–7 bar oil-free compressed air at 50–150 L/min for the reject station pneumatic diverter; HEPA-filtered air supply from the room HVAC (or an integrated blower) for aseptic-zone placement. Ethernet / LAN is recommended for batch data logging and 21 CFR Part 11 audit trail.
Yes — vision inspection is the standard application on inspection conveyors. The conveyor holds the container in a stable, often rotating, orientation under controlled LED lighting, and a downstream camera (or multi-camera array) captures images for defect classification. Common applications: empty bottle side-wall crack detection, filled bottle fill-level verification, cap presence and orientation, label presence and position, batch code and expiry date OCR, and lyophilized cake inspection on vials.
Manual: operator-held inspection on a moving conveyor; 1,200–1,800 containers/operator/hour; lowest cost. Semi-automatic: rotating turntable with synchronized LED strobe and operator-assisted reject; 3,000–6,000 containers/hour; mid cost. AVI: multi-camera vision with AI-based defect classification; 12,000–36,000 containers/hour; highest cost but most consistent and validated.
For parenteral lines, ISO 7 / Grade C background with HEPA-filtered ISO 5 laminar flow over the inspection area is required per EU GMP Annex 1 (2022) and USFDA aseptic-processing guidance. For non-sterile oral solid and liquid lines, ISO 8 / Grade D background is sufficient.
The standard reject mechanism is a pneumatic diverter at the discharge end, triggered by the vision system or operator reject button. The diverter is fail-safe: if compressed air is lost, the diverter defaults to the reject position. Higher-speed lines (above 6,000 containers/hour) use a servo-driven diverter with 600+ VPM reject capability.
An export-grade SS 304 / SS 316L inspection conveyor with VFD speed control, photo-eye reject, rotating turntable, LED backlight, and full IQ/OQ documentation is typically priced in the USD 8,000 – 25,000 range per section, depending on type and throughput. AVI integration adds USD 50,000 – 250,000.
Standard conveyors ship in 6–10 weeks from purchase order; AVI integration in 14–22 weeks. The conveyor carries a 12-month comprehensive warranty covering parts and labour, with lifetime remote support.
Standard conveyor sections ship in 4–8 weeks from purchase order; full line integrations in 8–14 weeks. The conveyor carries a 12-month comprehensive warranty covering parts and labour, with lifetime remote support via video call, TeamViewer, and WhatsApp business.
Customer Outcomes
“We added a vision system to our existing empty bottle inspection conveyor to detect side-wall cracks that operators were missing. The 2-camera setup runs at 9,000 BPH with a 0.3% false-reject rate, and it caught a bad batch of preforms that had been getting through manual inspection for 6 weeks.”
— QA Manager, Oral Liquid Manufacturer, Hyderabad (reference available on request)
“Our old static manual inspection booth was the bottleneck on a 4,000 BPH syrup line. The filled bottle inspection conveyor with rotating turntable and synchronized LED backlight doubled throughput without adding operators, and the LED lighting consistency eliminated operator-to-operator variability.”
.— Plant Director, Cough Syrup Manufacturer, Ahmedabad (reference available on request)
“Integrated AVI on our vaccine line gives us 100% particle inspection at 24,000 VPH — something manual inspection could never achieve. The HEPA-filtered laminar flow over the inspection point and the servo reject station at 600 VPM are the heart of the system. The FDA inspector commented on the defect library and PQ data being the most complete they had reviewed in 2025.”
— Head of QA, Vaccine Manufacturer, Pune (reference available under NDA)
Installation, Validation, and Support
Every inspection conveyor is delivered as a turnkey project with the following scope:
- Pre-shipment Factory Acceptance Test (FAT) at our facility, with VFD speed verification, reject station test runs, and lighting / vision verification
- On-site installation, commissioning, and Site Acceptance Test (SAT)
- IQ and OQ execution support, including protocol walkthrough with your QA team
- Operator and maintenance training (typically 2–3 days)
- 1-year comprehensive warranty covering parts and labour
- Lifetime remote support via video call, TeamViewer, and WhatsApp business
- Annual Maintenance Contract (AMC) options including belt replacement, VFD calibration, reject-station rebuild, and lighting recalibration
- Spare parts kits shipped within 24–48 hours globally from regional warehouses
Typical delivery times: Standard conveyors ship in 6–10 weeks; AVI integration in 14–22 weeks. Installation and validation typically add 2–6 weeks on site.
Industries We Serve
- Pharmaceutical and biopharmaceutical manufacturing
- Vaccine and biological manufacturing
- Oral liquid and syrup manufacturing
- Sterile and non-sterile liquid manufacturing
- Cosmetic and personal-care manufacturing
- Contract development and manufacturing organizations (CDMOs)
Certifications and Compliance
- ISO 9001:2015 Certified Manufacturing
- CE Marking (Machinery Directive 2006/42/EC)
- cGMP-Compliant Design
- WHO-GMP Compatible
- USFDA-Ready Configurations
- EU GMP Annex 1 (2022) Compatible
Related Auxiliary & Packaging Equipment
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Request an Inspection Conveyor Quote
Send us your line layout, container size, throughput target, and inspection scope (empty / filled / AVI). We will reply with a configured quotation, lead time, and IQ/OQ template within one business day.
- Request a Quote (/quote/vial-washing-machine)
- +91 96012 74176
- Email Sales (mailto:info@pharmamachineryind.com)
