Frequently Asked Questions

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Bulk material handling is how manufacturers move, store and manage materials like powders, pellets and ingredients throughout a facility. This includes systems for unloading, conveying, storing, batching and loading materials.

An ingredient handling system controls how materials are received, stored, measured and delivered into a process. These systems help improve accuracy, reduce waste and make production more consistent.

Pneumatic conveying uses air pressure or vacuum to move materials through pipes. It is commonly used for powders and pellets because it helps reduce dust, improve cleanliness and automate material movement. It also helps maintain a sanitary environment when moving finished product.

Industries like food manufacturing, pet food, plastics and chemicals all rely on material handling systems to keep production running efficiently and safely.

Start by understanding your ingredients, production goals and current challenges. The right system should improve efficiency, reduce downtime and fit your facility layout.

Look for a partner who can:

  • Design custom systems and equipment
  • Integrate with your existing equipment
  • Provide long-term support
  • Help solve real process problems

Standard equipment is pre-built and may not fully fit your process. Custom systems are designed specifically for your ingredients, layout and production needs, which can lead to better performance and fewer issues.

If your system has frequent issues like downtime, dust or poor performance, an upgrade or retrofit may help. In some cases, replacing the system is more cost-effective long-term.

A well-designed system reduces manual work, improves material flow and keeps production running smoothly. This leads to less downtime and more consistent output.

Downtime is often caused by poor system design, maintenance issues or manual processes. Upgrading to a more automated and reliable system can help reduce these interruptions.

ROI can come from:

  • Reduced labor
  • Less product waste
  • Fewer shutdowns
  • Improved production speed
 

Most companies see value over time through increased efficiency and lower operating costs.

Automation helps control batching, recipe management, material flow and finished product delivery. This improves accuracy, reduces human error and makes it easier to scale production.

Plugging is often caused by poor system design, incorrect equipment or material challenges. Fixing this usually requires evaluating the full system — not just one component.

Dust can come from improper transfer points, poor sealing or outdated equipment. A well-designed system can reduce dust and improve safety.

Inconsistent performance is often caused by poor batching controls, material flow issues, or outdated systems or equipment. Improving controls and utilizing material flow testing, as well as updating system design can fix this.

Yes. Many companies start by upgrading one part of the system, like batching, conveying or controls, and then expand over time.

Modern systems reduce manual handling, limit dust exposure and improve overall working conditions for operators.

Sanitary systems should be easy to clean, reduce contamination risk and support consistent product quality. Including clean-in-place equipment is an important part of a sanitary process design.

Dust collection, proper system design and sealed transfer points all help improve air quality and reduce safety risks.

Horizon focuses on custom-engineered systems designed around real-world processes. Instead of only selling standalone equipment, Horizon helps build solutions that improve the entire system, and they support those solutions to keep the system running.

Yes. Horizon supports projects from design through installation and startup to ensure systems are working properly.

Yes. Horizon provides ongoing support, maintenance and service to help keep systems running efficiently over time.

Yes. Horizon can evaluate existing systems and recommend improvements to increase performance, reduce downtime and extend system life.