ブログ について Precision Filling Machine Boosts Viscous Product Efficiency

For manufacturers struggling with inconsistent measurements, inefficient processes, and messy packaging when manually filling viscous products, a new generation of manual filling machines offers a compelling alternative. The ZS-MGT1S manual filling apparatus combines precision engineering with user-friendly design to address common production challenges.

At the core of the ZS-MGT1S system lies its integrated graduated scale mechanism , allowing operators to achieve consistent fill volumes ranging from 60ml to 100ml with micrometer accuracy. This transparent measurement system replaces traditional estimation methods, enabling even novice users to maintain production standards typically requiring skilled technicians.

The equipment's modular architecture accommodates various production requirements:

• 10-liter hopper capacity minimizes refill interruptions during continuous operation
• Adjustable bottle support platform stabilizes containers from 16-23cm in height
• Dual nozzle configuration (4mm and 8mm diameters) accommodates different container openings

The machine's intuitive interface reduces training requirements while its all-metal construction ensures durability. The vertical filling mechanism prevents air pockets and dripping, particularly valuable when handling shear-sensitive formulations like cosmetic emulsions or food products containing particulate matter.

Laboratory testing confirms the system's versatility across multiple sectors:

• Cosmetics: Creams, serums, and lotions requiring exact dosage per unit
• Food production: Honey, preserves, and viscous sauces demanding hygienic handling
• Household chemicals: Detergents and cleaning solutions where spillage control matters

The device measures 204×224×705mm (L×W×H) with a net weight of 7.4kg. Its stainless steel contact surfaces meet food-grade requirements, while the mechanical piston system achieves ±1% volume consistency across recommended viscosity ranges (5,000-50,000 cP).

Independent testing reveals the unit completes approximately 20 fill cycles per minute under optimal conditions, representing a 300-400% productivity increase versus traditional manual methods while reducing material waste by an estimated 15-20% through precise volumetric control.