GFP-60H low vacuum filling machine

GFP-60H is the largest published model in this GFP group, with 60 heads, a 20,000 bottles/hour reference, 7.5 kW power and 3500 x 3500 x 2200 mm dimensions. A project at this scale should be purchased as an engineered line package with documented interfaces and acceptance assumptions, not as a stand-alone capacity claim.

Low-vacuum constant-level filling meters to a visible level rather than to mass. The published 20,000 bottles/hour figure is a reference condition, not a guaranteed complete-line result.

Published reference configuration

The table is retained exactly as published. Final compatibility, sustained output and supplied components must be stated in the technical quotation and acceptance protocol.

Project	Parameters
Model	GFP-60H
Number of filling heads	60
Reference output	20,000 bottles/hour
Total power	7.5 kW
Overall dimensions	3500×3500×2200 mm
Filling method	Low vacuum/constant level filling
Applicable liquids	Wine, rice wine, soy sauce, vinegar and other easily foaming liquids

Engineering boundary for GFP-60H

A 60-head low-vacuum filler should enter design only after the container and recipe pass an application review. The package needs a stable rigid neck and body; the liquid must be non-carbonated and able to achieve the specified visible level under tested temperature and foam conditions. Product names in the table are illustrative selection references.

Counter-pressure duty, particles or pulp, extreme viscosity, flexible packs and quantity control by weight require another technical route. Resolve those questions before civil work or downstream equipment is sized.

Model-specific purchasing checks

• Obtain a full utility schedule, foundation and loading information, access plan and installation sequence before confirming the plant layout.
• Define the sustained accepted output for every contract bottle and liquid, including planned micro-stops, format mix and the actual downstream packaging arrangement.
• Ask for component makes, recommended commissioning spares and longer-term wear-part pricing as separate commercial schedules.

Neither 60 heads nor 20,000 bottles/hour proves sustained accepted production. Availability, product supply, closures, inspection and packing all contribute to the contractual result.

Line interfaces and changeover plan

The 60H controls and accumulation study should cover product shortage, bottle shortage, downstream blockage, closure supply loss and emergency recovery. Assign ownership for integration testing across all machine suppliers.

Create a full integration register for the 60H project. It should assign process tank and filtration, feed and return behavior, utilities, drainage, rinser transfer, conveyor controls, closure supply, inspection, coding, case packing, palletizing and plant data exchange. Include foundation information, service clearances and installation sequencing.

Cleaning and format strategy must be engineered for the operating calendar. Specify product recovery, circuit isolation, wetted materials, seal sets, verification samples, change-part handling and the work allowed during planned stops.

Samples and manufacturer quote inputs

Invite a manufacturer proposal only after issuing the production matrix: recipes, viscosity and temperature boundaries, bottles and neck finishes, target levels, closures, accepted output by SKU, shift plan, planned micro-stops, pack formats, line layout, utility schedule, control architecture, destination, documentation, installation division and spare-parts policy.

FAT, SAT and acceptance basis

Use a contract-defined run duration with enough bottles, liquid, closures and packaging materials to test the complete line. SAT should repeat the critical cases under site utilities and operators, with open items tracked to written closure.

The acceptance plan needs a contract-defined continuous run with sufficient liquid, bottles, closures and packing material. Measure conforming finished packs, utility stability, stop recovery and interface faults. SAT should repeat the site-dependent scenarios with trained operators, and every remaining item should have an owner and written closeout rule.

Price, delivery and written after-sales scope

A project of this scale needs schedules for equipment, engineering and lifecycle support. Record component makes, documentation, safety scope, FAT resources, export packing, freight basis, installation supervision, commissioning, training, warranty clauses, commissioning stock, wear-part prices and response channels. Marketing text is not a substitute for those schedules.

Compare the series and request a quote

• GFP low-vacuum filling machine series
• Compare the previous published model: GFP-48H low-vacuum filler
• Brewing and bottle-filling equipment
• Published filling-equipment parameter library
• Filling and packaging line overview

Request an engineered GFP-60H line proposal. Submit the production matrix and utility plan through the factory quotation form.