bottle filler

Liquid Monobloc Filler-Capper 

HOW WE DO IT

Attention to details, flexibility and versatility are what makes Laub/Hunt Liquid Monobloc Fillers & Cappers the choice filler for our customers


SOME HIGHLIGHTS


● Programmable recipe memory for multiple product formulations

● Quick-change capabilities that allow format transitions with minimal manual adjustment

● Modular design supporting upgrades and add-ons as your business grows

● Compatibility with glass, metal, and plastic containers of varying sizes



PRODUCT DETAILS

  • Sanitary Design
  • Vesatile and Flexible
  • Highly Accurate
  • Precise Bottle Handling
  • Safety By Design
  • State Of The Art Electronics

Operation of the Liquid Monobloc Filler-Capper 

Integrated Precision Filling & Capping

Streamline Your Production Line with Advanced Integrated Technology

Laub\Hunt Packaging System's liquid monobloc filler-capper machine combines high-speed filling and precision capping in a single, engineered system. By integrating both primary packaging functions onto one compact frame, our monobloc delivers superior efficiency, reliability, and cost-effectiveness compared to operating separate filling and capping machines.

What is a Liquid Monobloc Filler-Capper?

A liquid monobloc filler-capper is an automated packaging system that performs filling and capping operations within a unified machine structure. Rather than moving bottles between independent stations, the monobloc manages the complete filling and capping workflow in one synchronized process.
This integrated approach eliminates the gaps, delays, and complex control systems that characterize multi-machine production lines.


Key Advantages Over Separate Filler and Capper Machines

Exceptional Space Efficiency

Floor space is one of your most valuable operational assets. Traditional filling and capping systems require substantial real estate—approximately 48 square feet or more when accounting for standalone equipment and connecting conveyors. 

A monobloc accomplishes both functions in roughly 36 square feet, reducing your equipment footprint by 40-50% compared to conventional multi-machine lines. 

This space savings is particularly valuable for facilities in high-rent markets or operations planning facility expansion without construction.

Perfect Synchronization & Container Control

When filling and capping are separate operations, bottles must be captured and released at each station, then transported and re-captured at the next machine. This handoff process requires complex control systems—sensors, backlog management software, and variable-speed adjustments—to keep the capper synchronized with the filler. If speed mismatch occurs, bottles either back up or run short, causing downtime or production delays.

Our monobloc eliminates this problem entirely. Both functions operate on the same frame with engineered synchronization, meaning every bottle transitions seamlessly from filling to capping without being released or re-captured. The synchronized motion ensures consistent, predictable container flow and eliminates the bottlenecks inherent in fragmented production lines.

Dramatically Reduced Downtime & Production Losses

The fewer the machines, the fewer the failure points. A monobloc has significantly fewer moving parts than two separate systems combined, reducing the likelihood of mechanical issues. More importantly, when integrated systems are designed from the ground up to work as one unit, maintenance becomes predictable and contained. Rather than troubleshooting incompatibilities between separate vendors' equipment, you have a single engineered system with unified diagnostics.

Additionally, monobloc systems employ "no-bottle-no-fill" technology, which prevents product waste by activating only when a container is present. This automation further reduces losses due to human error or missed cycles.

Unmatched Production Consistency & Quality

Servo motor-driven filling systems achieve fill-volume accuracy within ±1% of target, ensuring consistent product quality and minimizing giveaway margins. Automated capping mechanisms apply consistent torque to every cap, ensuring watertight seals and reducing the risk of product recalls due to inadequate sealing.

Every bottle receives the same treatment in the same controlled environment—there's no variation introduced by inter-machine transfer or speed adjustments. This consistency is especially critical for regulated industries such as pharmaceuticals and food & beverage, where quality standards are non-negotiable.

Higher Throughput in Compact Equipment

By optimizing the filling-to-capping transition and eliminating idle time between stages, monobloc systems achieve higher output per cycle than separate machines would allow. Modern monobloc designs can process up to 4,000 bottles per hour or more, depending on container size and product type, all within a minimal footprint. This means you can meet aggressive production targets without expanding your facility.

Significant Labor & Cost Savings

A monobloc filler-capper requires fewer operators to supervise than a fragmented production line. Because the system is fully automated, human involvement is minimized, which reduces labor costs and—equally important—reduces contamination risks from manual handling. Operators remain at a safe distance from moving parts, improving workplace safety.

The integrated design also reduces complexity in operator training and line management, lowering the cost of ramping up production or managing shift changes.

Flexibility for Multiple Products & Formats

Modern monobloc machines are far more adaptable than earlier designs. Our systems feature:

● Programmable recipe memory for multiple product formulations
● Quick-change capabilities that allow format transitions with minimal manual adjustment
● Modular design supporting upgrades and add-ons as your business grows
● Compatibility with glass, metal, and plastic containers of varying sizes

Whether you're filling water, juices, beverages, sauces, oils, or specialty products, a monobloc can be configured to meet your specific requirements—and reconfigured as your product portfolio evolves.

Monobloc vs. Separate Filler & Capper: Quick Comparison

Factor Separate Machines Monobloc System
Floor Space 48+ sq ft (+conveyors) ~36 sq ft
Synchronization Manual (sensors & controls Engineered (no handoff)
Container Control Release & re-capture at each Single integrated notion
Downtime Risk Multiple failure points Fewer moving parts
Throughput Speed limited by slowest machine Optimized throughout
Fill Accuracy +-1-2% +-1%
Operator Requirements Multiple supervisors Single Operator
Maintenance Complexity Multiple vendors, fragmented parts Unified service & support

    The Laub\Hunt Difference

  • At Laub\Hunt, we bring seven decades of expertise in liquid-filling equipment design and manufacturing. Our monobloc systems are engineered for reliability and precision and built to last. 
  • We customize every machine to your specific product, container type, and production targets—and we stand behind our equipment with comprehensive support and responsive service.
  • When you invest in a Laub\Hunt liquid monobloc filler-capper, you're investing in a streamlined production line that will pay dividends in efficiency, quality, and profitability for years to come.