📍 Ahmedabad, Gujarat
🏭 30+ Years Experience
🌍 Exports to 25+ Countries
✅ GMP / cGMP / USFDA / EU-GMP
🏆 350+ Installations

Rotary Gripper Type Vial Washing Machine in Ahmedabad, Gujarat, India

Trusted supplier and exporter of rotary gripper type vial washing machines — servo-driven gripper with 6–8 wash stations, internal + external wash, WFI final rinse, HEPA-filtered air blow-off. SS 316L construction with Ra ≤ 0.4 µm contact surfaces, designed for direct integration with hot-air depyrogenation tunnels and aseptic filling lines.

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30+

Years in Business

350+

Pharma Installations

25+

Export Countries

4.8★

Customer Rating (144 reviews)

5000+

Sq. Ft. Mfg. Facility

ISO

9001:2015 Certified

Rotary Gripper Type Vial Washing Machine — Supplier & Exporter in India

Pharma Machinery India is a leading rotary gripper type vial washing machine supplier in Ahmedabad, Gujarat, with a state-of-the-art SS fabrication facility, in-house design team, and 30+ years of experience building cleaning equipment for sterile pharmaceutical manufacturing. We are also a trusted rotary gripper type vial washing machine exporter from India — our machines run in 25+ countries including the USA, UK, Germany, Brazil, Mexico, the Middle East, Africa, and South-East Asia.

Our rotary gripper type vial washing machine range covers 6-station and 8-station configurations with internal + external wash, WFI final rinse, and HEPA-filtered air blow-off. Every machine is fabricated from SS 316L stainless steel with Ra ≤ 0.4 µm contact surface finish, engineered to meet cGMP, WHO-GMP, USFDA, and EU GMP Annex 1 (2022) design standards.

Our washers are designed for direct integration with a hot-air depyrogenation tunnel and downstream aseptic filling under ISO 5 / Grade A unidirectional airflow. Whether you run a vaccine plant in Hyderabad, a biologics CDMO in Bangalore, a sterile injectables facility in Ahmedabad, or a generic manufacturer in Cairo, we engineer a rotary gripper type vial washing machine that meets your output, your vial format, and your regulatory environment.

On This Page (Table of Contents)

Introduction
What is a Rotary Gripper Type Vial Washing Machine?
How It Works: 8-Stage Wash Cycle Explained
When Should You Use a Rotary Gripper Vial Washer?
Key Engineering Features
Technical Specifications
Rotary Gripper vs External vs Ultrasonic vs Air-Jet
Washing Cycle Validation: 6-Step How-To
USP, EP, and Annex 1 Compliance
Inline Integration with Tunnel & Filling
Why Choose Us as Your Supplier in India
Machine Gallery
Frequently Asked Questions
Get a Quote in 24 Hours

What is a Rotary Gripper Type Vial Washing Machine?

A rotary gripper type vial washing machine is the first critical step in any aseptic injectable line. It removes particulate, microbial, and endotoxin loads from incoming glass vials before they enter the depyrogenation tunnel and aseptic filling zone. The machine holds each vial inverted by the neck using polymer-lined gripper jaws mounted on a continuously rotating index plate, indexes it through 6 to 8 wash stations, and discharges a clean, dry, depyrogenation-ready vial at up to 300 vials/min.

The rotary gripper washer is the workhorse of WHO-GMP, EU Annex 1, and USFDA injectable lines because it does three things in one machine: (1) cleans the inside of the vial with recirculated wash + purified water + WFI, (2) cleans the outside with spray jets, and (3) dries the vial with HEPA-filtered air — all without operator handling and at validated cycle time.

Internal + External WashSingle indexed cycle — no need for a separate external pre-wash station.

WFI Final RinseOnline conductivity and temperature monitoring — meets USP and EP water-quality expectations for parenterals.

HEPA-Filtered Air Blow-Off0.3 µm leaves the vial surface dry and cooled — direct feed to depyrogenation tunnel without thermal shock.

SS 316L Contact PartsRa ≤ 0.4 µm electropolished finish, fully drainable, no dead legs.

Servo-Driven IndexingCam-actuated gripper jaws — gentle, repeatable clamping force, breakage rate < 0.1%.

How It Works: 8-Stage Wash Cycle Explained

A rotary gripper vial washer indexes each vial through a fixed sequence of stations. The standard 8-stage cycle is the most common configuration on parenteral injectable lines; 6-stage and custom sequences are available for specific product needs.

Infeed and Inversion

Vials arrive on the infeed conveyor in the upright position. A star-wheel inverts them and transfers them, mouth-down, into the gripper jaws of the rotating index plate.

Pre-Rinse with Air Injection

Purified water is sprayed into the inverted vial while pulsed air bubbles up through the water column. The bubbling action dislodges loosely adhered particles from the vial wall and base.

Internal Recirculated Wash

Recirculated purified water (typically 40–60 °C with a low-foaming detergent) is sprayed into the vial. The wash is captured, filtered, and reused across the cycle to limit consumption.

Internal Purified Water Rinse

Fresh purified water rinses the recirculated wash residue from the vial wall. This is a one-pass rinse, not recirculated.

Internal WFI Final Rinse

WFI is sprayed into the vial. Final-rinse WFI is captured in a recirculating loop with online conductivity (≤ 1.3 µS/cm) and temperature (typically 70–80 °C) monitoring. Loop reduces WFI consumption by 30–40%.

External Purified Water Spray

Spray jets outside the vial wash the side wall, shoulder, and base, removing any transport dust, fingerprints, or label-adhesive residue.

External WFI Spray + HEPA Air Blow-Off

A final WFI spray rinses the outside, followed by a HEPA-filtered air curtain (0.3 µm) that removes the water film.

Re-Inversion and Discharge

A second star-wheel re-inverts the vial to the upright position and transfers it to the discharge conveyor, which feeds the depyrogenation tunnel entry.

Total cycle time for one vial is typically 8–14 seconds depending on station count and indexing speed. The machine runs continuously, with the index plate making one full revolution per cycle.

When Should You Use a Rotary Gripper Vial Washer?

The rotary gripper vial washer is the right machine for the majority of bulk-vial injectable lines. Use it when all of the following are true:

✅ Vials arrive bulk and unsterilized in trays or bags (i.e., not pre-sterilized RTU vials).
✅ Downstream is a depyrogenation tunnel and aseptic filling line under ISO 5 / Grade A unidirectional airflow.
✅ Regulatory expectations include USP <788> particulate, USP <85> endotoxin, and cGMP equipment-cleanliness under 21 CFR 211.94.
✅ Throughput target is 60–300 vials/min (single machine).
✅ Vial format is tubular glass, 2 ml – 100 ml (larger sizes quoted as special executions).

Do NOT use a rotary gripper washer when:

Vials arrive pre-sterilized in nests (RTU) — an external washer or no wash is sufficient; an internal wash on a pre-sterilized vial risks re-contamination.
You are running small-batch clinical or stability samples — a manual or semi-automatic washer is more cost-effective.
The vial is ampoule or cartridge format — those need a sealed-ampoule washer or a cartridge-specific line.

Key Engineering Features

✅ Gripper indexing system: servo-driven rotary plate with cam-actuated gripper jaws — gentle, repeatable clamping force, no glass-to-glass contact, breakage rate < 0.1%.
✅ 6–8 stage wash cycle: pre-rinse with air injection, internal recirculated wash, internal purified water rinse, internal WFI rinse, external purified water spray, external WFI spray, HEPA-filtered air blow-off, re-inversion and discharge.
✅ SS 316L contact parts: all wash-zone wetted components in AISI 316L with Ra ≤ 0.4 µm electropolished finish, fully drainable, no dead legs per ASME BPE.
✅ WFI recirculation loop: final rinse water captured in a recirculating loop with online conductivity (≤ 1.3 µS/cm) and temperature monitoring; reduces WFI consumption by 30–40%.
✅ Inline tunnel interface: discharge conveyor mates directly to depyrogenation tunnel entry at matched speed and pitch, with no operator handling.
✅ PLC + HMI control: Delta / Siemens PLC, 7–10″ color touchscreen, recipe storage for vial formats, alarm history, 21 CFR Part 11-ready audit trail.
✅ Safety and access: CE marked per EN 60204-1, full guarding, interlocked doors, emergency stops, and a one-touch shutdown sequence that drains the wash zone in under 90 seconds.
✅ Quick format change: tool-free changeover of gripper jaws, needle track, and star-wheels in 20–40 minutes per format. Recipes stored on HMI.
✅ Spray manifold verification: each spray nozzle is documented with a flow-vs-pressure curve; pressure transmitters on purified water and WFI manifolds trigger alarms if drift exceeds ±5%.
✅ Drainability: wash cabinet sloped ≥ 1:60 to a central trough; no pooling per FDA and EMA process-equipment guidance.

Technical Specifications

The table below summarizes the standard specifications across our rotary gripper type vial washing machine range. As a supplier in India, we customize output speed, vial format, wash stages, and integration scope to meet your exact requirements.

Parameter	Specification
Throughput	60–300 vials/minute, depending on vial format
Vial Size Range	2 ml–100 ml tubular glass vials conforming to ISO 8362-1
Vial Diameter	14 mm–52 mm
Vial Height	30 mm–115 mm
Wash Stations	6–8 configurable washing stations
Wash Coverage	Internal and external vial washing
Indexing System	Servo-driven rotary plate with cam-operated gripper mechanism
Cycle Time per Vial	8–14 seconds
Contact Parts	SS316L stainless steel, electropolished to Ra ≤ 0.4 µm
Non-Contact Frame	SS304 stainless steel with epoxy-coated MS base
Water Pressure	1.5–3 bar for purified water and WFI
WFI Consumption	5–8 ml per vial for 10 ml vial format with 8 washing stations
Purified Water Consumption	200–400 litres/hour
WFI Loop Conductivity	≤ 1.3 µS/cm with online monitoring
WFI Loop Temperature	70–80°C with online monitoring
Compressed Air	4–6 bar oil-free compressed air, 150–200 litres/minute
HEPA-Filtered Air	ISO 5 / Grade A air supply with 0.3 µm HEPA filtration
Power Supply	230 V / 415 V AC, 3-phase, 50–60 Hz
Power Consumption	3.0–5.0 kW
Noise Level	≤ 76 dB(A)
PLC	Delta / Siemens S7-1200 / Siemens S7-1500
HMI	7-inch to 10-inch colour touchscreen
Data Logging	21 CFR Part 11-ready audit trail with Ethernet / LAN connectivity
Machine Footprint	2,400 × 1,600 × 1,900 mm for a typical 8-station model
Machine Weight	1,200–2,000 kg
Vial Breakage Rate	Less than 0.1% with a calibrated gripper and correct vial format
Warranty	12 months comprehensive warranty with lifetime technical support

Rotary Gripper vs External vs Ultrasonic vs Air-Jet: Which Washer Do You Need?

The pharmaceutical industry uses four principal vial-washing approaches. The right choice depends on the incoming vial condition, downstream aseptic requirements and the validation burden your quality assurance team can support.

Parameter	Rotary Gripper	External Washer	Ultrasonic	Air-Jet (Vacuum)
Wash Coverage	Internal + External	External only	Internal + External	Internal only
Throughput (VPM)	60–300	100–400	30–120	60–200
WFI Final Rinse	Yes, standard	Optional	Yes, optional	No, air cleaning only
Air Blow-Off	HEPA-filtered air, 0.3 µm	Air knife	Air knife	Vacuum + compressed air
Direct Tunnel Interface	Yes, with matched speed and vial pitch	Not typical	Not typical	Yes, with matched speed and vial pitch
Breakage Rate	< 0.1%	< 0.05%	< 0.5% due to possible cavitation stress	< 0.1%
Capital Cost (USD)	$32K–$95K	$18K–$45K	$45K–$110K	$25K–$70K
Validation Burden	Moderate: six-stage IQ/OQ/PQ validation	Low: three-stage IQ/OQ validation	High: cavitation performance and detergent validation	Low: no purified-water or WFI loop
Best For	Bulk unsterilized vials feeding a depyrogenation tunnel and aseptic filling line	Pre-sterilized RTU vials and cosmetic external pre-washing	Heavily soiled vials and recovery or reprocessing of rejected vials	Dry-cleaned vials and pre-washing for lyophilized product lines
Footprint	2.4 m × 1.6 m	1.8 m × 0.9 m	2.6 m × 1.4 m	1.8 m × 1.0 m
Industry Adoption	Standard on parenteral manufacturing lines	Common on RTU vial lines	Niche due to higher validation costs	Niche, mainly used for cosmetic or dry-cleaning applications

Rule of Thumb: If your vials arrive in bulk, are unsterilized and feed directly into a depyrogenation tunnel, a rotary gripper washer is the standard choice. For pre-sterilized RTU vials supplied in nests, an external washer is generally sufficient. For fast cosmetic pre-cleaning on a non-sterile production line, an air-jet vacuum cleaner is usually the fastest and simplest option.

Washing Cycle Validation: A 6-Step How-To

Washing cycle validation is governed by USP <788> (particulate), USP <85> (endotoxin), 21 CFR 211.94 (container cleanliness), and the process-equipment guidance in ICH Q7 and EU GMP Annex 1. The following sequence is a practical, audit-tested approach used by our customers’ QA teams.

URS & Wash Scope

Document the vial formats (2 ml – 100 ml tubular glass), the wash scope (internal + external, with WFI final rinse), the target throughput (60–300 VPM), the cleanliness target (USP <788> particulate, USP <85> endotoxin), and the background room grade (ISO 7 / Grade C). Lock these in a User Requirements Specification (URS) before ordering.

IQ on Installed Machine

Run the IQ checklist: utilities (power, compressed air, purified water, WFI supply and return), instrumentation calibration, materials of construction (SS 316L contact parts with Ra ≤ 0.4 µm), HEPA integrity on the air blow-off, and safety-circuit verification. Document all deviations and resolutions.

OQ on Wash Cycle Performance

Run the OQ tests: wash cycle timing at each station, spray pressure verification (1.5–3 bar on purified water and WFI), WFI loop conductivity and temperature trending, alarm and interlock verification, drainability of the wash cabinet, gripper jaw clamping force, and breakage rate challenge.

Cleaning Verification

Use worst-case vials (longest hold time, highest particulate load) and run three consecutive wash cycles. Collect TOC swab and final-rinse samples at the discharge. Acceptance: TOC rinse ≤ 500 ppb (or as per internal SOP), no visible particles, endotoxin on the WFI loop ≤ 0.25 EU/ml.

Performance Qualification (PQ)

Run three consecutive production batches through the washer and downstream tunnel + filling line. Verify wash-cycle consistency, vial defect rate, breakage rate, WFI consumption, and 21 CFR Part 11 audit trail completeness. Compare to historical manual or semi-automatic wash data for trending.

Validation Report & Monitoring

Issue the final validation report signed by QA, engineering, and production. Define ongoing monitoring: periodic WFI loop conductivity and endotoxin trending, gripper jaw replacement schedule, HEPA replacement cadence, and revalidation triggers (format change, media change, major overhaul). Estimated timeline: 4–6 weeks. Estimated cost: $12,000 – $25,000.

USP, EP, and Annex 1 Compliance

Every machine is engineered and documented against the following standards:

USP <788> — Particulate Matter in Injections
USP <85> — Bacterial Endotoxin Test (LAL)
USP <1230> — Water for Pharmaceutical Purposes
USP <1116> — Microbiological Control of Aseptic Processing Environments
EP 2.9.19 — Particulate Contamination (sub-visible)
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 211.63 — Equipment Design and Construction
21 CFR Part 11 — Electronic Records and Signatures
WHO TRS 986 Annex 2 — WHO GMP for Pharmaceutical Products
ICH Q7 — GMP for Active Pharmaceutical Ingredients
ASME BPE-2019 — Bioprocessing Equipment (for sanitary design)
ISO 9001:2015 — Quality Management
CE Machinery Directive 2006/42/EC

Inline Integration with Tunnel & Filling

A rotary gripper vial washer is the first machine on a parenteral injectable line:

Upstream: Vial unscrambler or tray unloader (manual or automatic)
Washer: Rotary gripper type vial washing machine (this product)
Downstream: Vial depyrogenation tunnel → cooling conveyor → automatic vial filling and rubber stoppering machine → vial cap sealing machine → vial inspection conveyor booth → vial labeling machine

The washer’s discharge conveyor is designed for direct feed to a depyrogenation tunnel entry at matched speed and pitch, with no operator handling between wash and tunnel. The HEPA-filtered air blow-off at the washer exit leaves the vial surface dry and cooled enough to enter the tunnel’s pre-heat zone without thermal shock.

Our washers integrate with both our own depyrogenation tunnels and major third-party tunnel brands.

Why Choose Us as Your Rotary Gripper Type Vial Washing Machine Supplier in India?

There are many rotary gripper type vial washing machine suppliers in India — but few combine 30+ years of sterile pharma engineering, in-house SS 316L fabrication, full validation documentation, and global export experience. Here is what makes Pharma Machinery India the preferred supplier in Ahmedabad, Gujarat:

✅ 30+ years of experience in pharmaceutical sterile manufacturing equipment
✅ 350+ vial processing machines installed across India and abroad
✅ Exports to 25+ countries including USA, UK, Germany, Brazil, Mexico, UAE, Saudi Arabia, Bangladesh, Sri Lanka, Nepal, Kenya, Nigeria, Egypt, South Africa, Vietnam, Philippines, Indonesia
✅ In-house SS 316L fabrication facility in Ahmedabad GIDC with CNC, TIG, and electro-polishing (Ra ≤ 0.4 µm)
✅ GMP / cGMP / WHO-GMP / USFDA / EU-GMP Annex 1 (2022) compliant designs
✅ SS 316L contact parts throughout with electro-polished surfaces
✅ PLC + HMI automation (Delta, Siemens) with 21 CFR Part 11 option
✅ Complete validation documentation — DQ, IQ, OQ, MTCs, FAT, SAT, surface roughness reports, cleaning validation guide
✅ Tool-free / quick-tool gripper changeover in 20–40 minutes between vial sizes
✅ Direct integration with hot-air depyrogenation tunnel and aseptic filling line
✅ Installation & commissioning pan-India and abroad with IQ/OQ execution support
✅ 1-year comprehensive warranty with lifetime remote support via video call, TeamViewer, and WhatsApp Business
✅ Spare parts kits shipped within 24–48 hours globally from regional warehouses

Industries We Serve

💊 Pharmaceutical & Biopharmaceutical

💉 Vaccine Manufacturing

❄️ Lyophilized (Freeze-Dried) Injectables

👁️ Sterile Ophthalmic & Nasal Sprays

🐄 Veterinary Injectables

🤝 CDMO Operations

🏭 Sterile Generics Manufacturing

Rotary Gripper Type Vial Washing Machine Photo Gallery

Real photos of rotary gripper type vial washing machines supplied and exported from our Ahmedabad facility — installed at sterile injectables, vaccine, biologics, and CDMO plants across India and abroad.

Rotary gripper type vial washing machine front view — 8-Station Rotary Gripper — 200 VPM

Side view of rotary gripper vial washer — Side View — SS 316L Construction

PLC control panel — PLC + HMI Control Panel

Wash stations inside — 8 Wash Stations Detail

Gripper mechanism — Cam-Actuated Gripper Jaws

Tunnel integration — Inline Tunnel Integration

Installed at sterile injectables plant — Installed at Sterile Injectables Plant

Export crating — Export Crating — Shipment to USA

Frequently Asked Questions — Rotary Gripper Type Vial Washing Machine

Below are the most common questions we receive from buyers evaluating rotary gripper type vial washing machine suppliers and exporters in Ahmedabad, Gujarat, and India. Have a different question? Send it to us here — we reply within 2 hours.

What is a rotary gripper type vial washing machine?

A rotary gripper type vial washing machine is an automatic pharmaceutical washer that holds each glass vial inverted by the neck using polymer-lined gripper jaws mounted on a continuously rotating index plate. As the plate indexes through 6–8 washing stations, each vial receives internal rinses, external sprays, a WFI final rinse, and HEPA-filtered air blow-off. It is the workhorse of parenteral and lyophilized injectable lines, capable of cleaning 60–300 vials/min with breakage below 0.1%.

What is the difference between a rotary gripper vial washer and an external vial washer?

A rotary gripper washer cleans both the inside and the outside of the vial using needles, jets, and a WFI final rinse, then HEPA-blows the vial dry before tunnel entry. An external washer cleans only the outside using rotating brushes and spray jets and is typically used for ready-to-use (RTU) pre-sterilized vials or as a coarse pre-wash. The rotary gripper is the machine of choice when bulk unsterilized vials are feeding a depyrogenation tunnel and aseptic filling line.

How many wash stages does a rotary gripper vial washer need?

A typical rotary gripper vial washer has 6 to 8 wash stations, configured as: pre-rinse with air injection, internal recirculated wash, internal purified water rinse, internal WFI final rinse, external purified water spray, external WFI spray, HEPA-filtered air blow-off, and re-inversion and discharge. For lyophilized products, an extra WFI recirculation loop is often added to keep final-rinse conductivity below 1.3 µS/cm.

What is the vial breakage rate on a rotary gripper vial washer?

On a correctly formatted and maintained rotary gripper vial washer, breakage is consistently below 0.1% of vials processed. The gripper jaws are polymer-lined (typically FDA-grade EPDM or silicone) and apply a calibrated clamping force on the vial neck — never on the side wall. Breakage rises if the format change is incomplete, if a gripper jaw is worn, or if vials fall outside the supported diameter or height range.

What utilities does a rotary gripper vial washer require?

415V AC three-phase power at 50–60 Hz, 3.0–5.0 kW connected load; purified water and WFI at 1.5–3 bar with a 5–8 ml/vial WFI consumption (10 ml format, 8 stations); 4–6 bar oil-free compressed air at 150–200 L/min for actuators and blow-off; HEPA-filtered air supply from the room HVAC (or an integrated blower) at 0.3 µm. No clean steam or nitrogen is required. Ethernet / LAN is recommended for batch data logging and 21 CFR Part 11 audit trail.

What vial sizes can a rotary gripper vial washer handle?

Standard formats cover 2 ml to 100 ml tubular glass vials (ISO 8362-1), with vial diameter 14 mm – 52 mm and vial height 30 mm – 115 mm. Format change typically takes 20–40 minutes and is recipe-driven on the HMI: change the gripper set, the needle track, the star-wheel pitch, and the infeed / outfeed guides. Most machines can be quoted to handle larger moulded vials (up to 500 ml) as a special execution.

How is a rotary gripper vial washer validated?

Validation follows a 6-step process: URS, IQ, OQ (wash cycle timing, spray pressure, WFI loop conductivity, drainability, gripper force, breakage challenge), cleaning verification (TOC + endotoxin on worst-case vials), PQ with three production batches, and ongoing monitoring of WFI loop, gripper wear, and HEPA cadence.

What is the price of a rotary gripper vial washing machine?

An export-grade rotary gripper vial washing machine with 6–8 stations, SS 316L contact parts, WFI final rinse, HEPA air blow-off, and full IQ/OQ documentation is typically priced in the USD 32,000 – 95,000 range, depending on throughput (60–300 VPM), automation level, and validation package. Freight, installation, validation, and operator training are usually quoted separately.

Can a rotary gripper vial washer feed a depyrogenation tunnel directly?

Yes — the discharge conveyor of a rotary gripper vial washer is designed to mate directly to the entry of a hot-air depyrogenation tunnel. Speed, pitch, and entry/exit height are matched so that no operator handling is required between the washer and the tunnel. The HEPA-filtered air blow-off at the washer exit leaves the vial surface dry and cooled enough to enter the tunnel’s pre-heat zone without thermal shock.

What is the warranty and lead time for a rotary gripper vial washer?

Standard machines ship in 8–12 weeks from purchase order; custom executions in 14–18 weeks. The machine carries a 12-month comprehensive warranty covering parts and labour, with lifetime remote support via video call, TeamViewer, and WhatsApp business. Annual Maintenance Contracts (AMC) are available including preventive maintenance, format change support, and validation document refresh.

Customer Outcomes

“We replaced three manual wash stations with a single 8-station rotary gripper washer running 240 vials/min. Breakage dropped from 1.2% to under 0.05%, and the WFI loop reduced our final-rinse water consumption by 35%. The HMI recipes make format changeover a 25-minute job instead of a half-day.”

— Plant Manager, Generics Injectables Manufacturer, Hyderabad (reference available on request)

“Our old washer was the bottleneck on a 12,000 VPM vaccine line. The 300 VPM rotary gripper we installed dropped the floor footprint, integrated directly with our depyrogenation tunnel, and the IQ/OQ template shaved 3 weeks off validation. The FDA pre-approval inspection had no observations on the wash step.”

— Head of Engineering, Vaccine Manufacturer, Pune (reference available under NDA)

“Lyophilized powder vials are unforgiving on residual endotoxin. The HEPA blow-off and WFI recirculation loop on this washer gave us the consistent final-rinse conductivity we needed to pass USP <85> on every batch for 18 months running.”

— Director of QA, Biologics CDMO, Bangalore (reference available on request)

Get a Rotary Gripper Type Vial Washing Machine Quote in 24 Hours

Tell us your vial size, output requirement, and downstream configuration. Our Ahmedabad engineering team will send a detailed quotation with specs, lead time, validation plan, and best price within 24 working hours.

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Rotary Gripper Type Vial Washing Machine — Service Areas

Primary service area: Ahmedabad, Gujarat, India. We also supply and export rotary gripper type vial washing machines to:

India: Ahmedabad • Surat • Vadodara • Rajkot • Bhavnagar • Jamnagar • Gandhinagar • Mehsana • Bharuch • Ankleshwar • Vapi • Mumbai • Pune • Nashik • Aurangabad • Nagpur • Indore • Bhopal • Hyderabad • Bengaluru • Chennai • Visakhapatnam • Vijayawada • Coimbatore • Kochi • Goa • Delhi • Noida • Gurgaon • Faridabad • Lucknow • Kanpur • Chandigarh • Ludhiana • Ambala • Jaipur • Jodhpur • Udaipur • Kolkata • Guwahati • Patna • Ranchi • Bhubaneswar.

International (Exports): USA • UK • Germany • Brazil • Mexico • UAE (Dubai, Abu Dhabi, Sharjah) • Saudi Arabia (Riyadh, Jeddah, Dammam) • Bangladesh • Sri Lanka • Nepal • Afghanistan • Egypt • Kenya • Nigeria • Ethiopia • South Africa • Tanzania • Uganda • Ghana • Vietnam • Philippines • Indonesia • Myanmar • Malaysia • Thailand.