How are filters cleaned inside the receiver vessel?

Automated reverse-pulse compressed air shock waves clean filter candles after every discharge cycle.

How is the granulation endpoint determined?

The endpoint is determined by impeller power draw and torque trend, recorded against the batch. Machines can additionally be specified with inline near-infrared or focused beam reflectance measurement for products where power draw alone is not discriminating.

Is the vessel suitable for solvent-based granulation?

Flameproof configurations to Ex d IIB T4 are available for solvent processing, with nitrogen inerting, oxygen monitoring and earthing continuity monitoring included as part of the package.

How is the bowl cleaned between products?

A CIP arrangement with spray balls covering the bowl, lid and chopper housing is available, and the cleaning cycle is recorded. Cleaning validation with swab and rinse recovery is offered as part of our validation service.

What warranty applies to this machine?

Machines are supplied with a 12-month warranty from commissioning covering manufacturing defects, with wear parts and tooling excluded. Extended cover is available under an annual maintenance contract, which also fixes response times for breakdown attendance.

What documentation is supplied at handover?

Handover includes the operation and maintenance manual, electrical and pneumatic schematics, the spare parts list with part numbers, material test certificates for contact parts, sensor calibration certificates and the completed qualification dossier.

VTS-500 Pneumatic Vacuum Conveying & Dust-Free Transfer System

Dense-phase sanitary pneumatic vacuum conveyor transferring powders and granules between granulators, blenders, and tablet presses without segregation.

Call Us

Overview

About the VTS-500 Pneumatic Vacuum Conveying & Dust-Free Transfer System

The **VTS-500 Vacuum Conveying System** provides closed-containment powder transfer across pharmaceutical facilities. Using compressed-air-driven ejector vacuum pumps with HEPA exhaust filtration, the VTS-500 eliminates airborne particulate dust and avoids segregation of blended excipients during transfer.

Dense-Phase Plug Flow Conveying: Low velocity prevents granule attrition and eliminates un-mixing of lubricants.

Torque-Trended Endpoint Control: Impeller power draw is trended live against the qualified profile so the endpoint is determined by data rather than elapsed time.

Contained Charging and Discharge: Split-butterfly or equivalent contained transfer keeps operator exposure within the occupational limit for potent compounds.

Specifications

Technical Specifications

Technical specifications for the VTS-500 Pneumatic Vacuum Conveying & Dust-Free Transfer System
Conveying Rate	Up to 1,500 kg / hr
Air Consumption	6 bar, 400 L/min
Metallurgy	AISI 316L (Mirror Ra ≤ 0.4 µm)

* Specifications may vary by model. Contact us for exact configuration.

Validation Support

Full IQ/OQ/PQ documentation packages available. Our validation team works with your QA department to ensure regulatory acceptance.

Design Qualification (DQ)
Installation Qualification (IQ)
Operational Qualification (OQ)
Performance Qualification (PQ)
Factory Acceptance Test (FAT)
Site Acceptance Test (SAT)

Compliance Standards

Built and tested to international pharmaceutical manufacturing standards.

WHO-GMPISO 9001CE MarkedCDSCO

FAQ

Product FAQs

Common questions about our pharmaceutical machinery.

VTS-500 Pneumatic Vacuum Conveying & Dust-Free Transfer System — Product Brochure

Technical specs, dimensions & ordering guide · PDF

Download Brochure

Ready to Order?

Get a custom quote, technical specifications, and delivery timeline from our experts.

+91 98311 97931

About the VTS-500 Pneumatic Vacuum Conveying & Dust-Free Transfer System

Conveying Rate

Up to 1,500 kg / hr

Air Consumption

6 bar, 400 L/min

Metallurgy

AISI 316L (Mirror Ra ≤ 0.4 µm)