Tanis Factory Seed Cleaning Machines Production Line - Our Factory Manufacturing
Tanis factory showcasing seed cleaning machines production line with multiple units in assembly stage. Modern manufacturing facility featuring organized production of grain cleaning equipment with systematic factory layout and quality control processes.

Main Product Lines of Our Corn Processing Facilities

Corn Flour Production Lines

Tanış A.Ş. corn flour production lines are of critical importance for the food industry:

  • Different corn flour varieties with fine, medium, and coarse grinding options
  • Special formulations for tortilla, bread, snack, and other food applications
  • Capacity options ranging from 50-500 tons/day
  • Consistent quality with online moisture and color control
  • Ability to adapt to special customer specifications
  • 99.5% purity and stability guarantee

Corn Grits Production Facilities

Specially designed grits lines for chips, breakfast cereals, and brewing industry:

  • Precise granulometry control between 300-1500 microns
  • Special quality standards for chips, brewing, breakfast cereal industry
  • High-efficiency dehulling (hull separation) systems
  • State-of-the-art foreign matter separation and cleaning systems
  • Full compliance with FDA, EFSA, and other international standards
  • Consistent quality guarantee from batch to batch
Tanis Angola Kenya Flour Mill Projects 2021 - International Milling Solutions
Tanis international flour mill projects in Angola and Kenya completed in 2021. Angola wheat flour mill 200 tons/day and Kenya maize flour mill 72 tons/day showcasing successful turnkey milling solutions and global project implementation.

Take Action for Your Corn Processing Facility Investment

To realize your corn processing facility investment:

  • Free feasibility study: Let us provide detailed feasibility analysis for your investment plan
  • Visit our reference facilities: See our successfully operating facilities on-site
  • Detailed project catalog: Request our catalog containing different capacity options and technical details
  • Investment consultancy: Evaluate all aspects of your investment with our expert team
  • Special offer: Contact us for a project-specific, competitive offer

Frequently Asked Questions

A modern corn processing facility project generally takes 12-18 months from contract signing to commissioning, depending on capacity. Small capacity facilities can be completed in about 12 months, while facilities over 300 tons/day can be completed within 16-18 months.

For a 100 tons/day capacity facility, approximately 2,000-2,500 m² of covered area is required. Infrastructure requirements include 600-800 kVA electrical connection, 25-30 m³ daily water capacity, and natural gas/steam source.

The minimum capacity for an economically sustainable investment is generally accepted as 50-75 tons/day. This level is the lowest capacity that can cover fixed costs and offer competitive operating costs.

While the average payback period depends on market conditions, a modern and efficient corn processing facility investment generally pays for itself within 24-36 months. In integrated facilities, this period can decrease to 20-30 months.

Our facilities have the flexibility to process different corn varieties such as white corn and flint corn in addition to standard yellow corn. Process parameters can be optimized according to the type of corn to be processed.

Yes, our modern corn processing facilities are designed to make rapid transitions between different product types. Thanks to automatic recipe management systems, product changes can generally be completed within 30-45 minutes.

Yes, we offer comprehensive solutions for modernization of existing facilities. We have modular modernization packages for objectives such as capacity increase, efficiency improvement, energy optimization, or quality enhancement.

In our modern corn processing facilities, energy consumption per ton is 60-80 kWh, while water consumption is between 0.5-0.8 m³. These values are 20-30% below the sector average and may vary according to the specific technologies used.