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A New Era in Food Transfer: Local Production, Smart Design

In food production, every step matters — but the transfer process is one of the most critical stages that directly impacts product quality.
At this very point, our Food Transfer Pump, developed entirely by our team, takes production lines to the next level.

This system, designed and manufactured in-house, was developed to operate without damaging the product, preserving its form, and ensuring full compliance with hygiene standards.
The product exits the pump exactly as it enters — no crushing, no clogging, no deformation.

Key Features:

  • Special fan design that protects the product: Internal flow lines guide the product on a “journey” through the pump — without pressure or force.

  • Hygienic structure: Manufactured entirely from stainless steel (AISI 316L).

  • Customizable seals: Different mechanical seal options adaptable to the fluid type.

  • Versatile applications: Easily transfers various food items including vegetables, fruits, and seafood.

Its ability to be safely used in sensitive applications like live fish transfer is the clearest indicator of the system’s delicacy and precision.

Where Is It Used?

  • In the food industry: For delicate items such as olives, gherkins, cherries, apricots, peaches, shrimp, and live fish

  • In industrial fields: For removing animal waste, and in lime or marble production facilities

This product not only supports the care you show for your food but also becomes a reliable solution partner in your production process.

We developed it because we believe in adding value to your production.

The Food Transfer Pump is more than just a piece of equipment — it’s an investment that makes your processes more efficient, safer, and more sustainable.

A silent yet powerful addition to your production line, this system is ready to support the precision your product deserves.

For more information or to request a demo, feel free to contact us.

We are here to empower your production.

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Everything You Need to Know About Drainage Pumps: What They Do, How to Choose One, and Key Considerations

Water accumulation, rising groundwater levels, heavy rainfall, and inadequate infrastructure can pose serious risks to our living and working spaces. In such situations, one of the most commonly preferred and effective solutions is drainage pumps. These systems have become essential for preventing flooding, keeping construction areas dry, and ensuring efficient operation of wastewater systems.

What Is a Drainage Pump?

A drainage pump is an electric pump designed to prevent water accumulation or to remove collected water. These pumps are typically found in basements, pits, construction sites, wells, or sewage systems. They are especially critical in low-lying areas where water needs to be effectively drained.

The system is usually installed at the location where water accumulates. When the water level rises, the pump is automatically activated and discharges the water to another location. While removing water, drainage pumps protect the building’s infrastructure, prevent dampness, and inhibit mold formation.

How Do Drainage Pumps Work?

The operating principle of drainage pumps is quite simple:

  1. The water level rises to a certain point.
  2. If the pump is equipped with a float switch, it activates the system when water reaches the preset level.
  3. The pump motor then draws the water and discharges it through a hose or pipe.
  4. Once the water level drops to the minimum threshold, the pump automatically shuts off.

This automatic system ensures energy efficiency, reduces unnecessary motor operation, and extends the lifespan of the equipment.

Types of Drainage Pumps

There are different types of drainage pumps based on usage needs and applications:

  1. Submersible Drainage Pumps

Fully submerged in water during operation. They are the most common and efficient type, known for their quiet operation and high performance.
Applications: Basements, water-filled pits, wells, construction sites.

  1. Surface Drainage Pumps

Installed close to the water surface, drawing water from above. Typically used for light-duty purposes.
Applications: Gardens, temporary drainage needs, small pools of water.

  1. Wastewater (Sewage) Pumps

Capable of handling wastewater with solid particles. Equipped with grinder systems to break down solids.
Applications: Septic tanks, toilet drains, industrial wastewater systems.

  1. Industrial Heavy-Duty Drainage Pumps

Designed for high-capacity, high-pressure, and continuous operation.
Applications: Mining, large construction sites, factory drainage systems.

Where Are Drainage Pumps Used?

Drainage pumps have a wide range of applications:

  • Residential Areas: Basements, garages, water tanks, gardens—anywhere with potential for water accumulation.
  • Agriculture & Livestock: For draining excess water after irrigation.
  • Construction & Infrastructure Projects: To remove rainwater or groundwater during excavations.
  • Industrial Facilities: For heavy-duty water removal in production environments.
  • Sewer Systems: For handling septic and greywater drainage.

How to Maintain a Drainage Pump?

Regular maintenance is key to ensuring optimal performance. Here are some basic steps:

  • Routine cleaning: Clean the filter and pump inlet regularly.
  • Check electrical connections: Inspect cables and plugs for oxidation or wear.
  • Float switch check: Ensure the float moves freely.
  • Spare part tracking: Replace worn parts in a timely manner.
  • Winter preparation: Empty and insulate the pump during freezing conditions to prevent damage.

Final Thoughts

Drainage pumps are indispensable tools for water management in both residential and industrial settings. A properly selected and well-maintained drainage pump helps prevent flooding, safeguarding both property and peace of mind.

If you’re dealing with water accumulation or need a reliable drainage system for your project, now is the perfect time to invest in the right drainage pump for your needs.