Impact Mill

High-efficiency grinding solution for third grind applications
Product Group:
Milling
Function:
Wet Corn Grinding
Available Models:
FQ-IM40, FQ-IM40H

Overview

Engineered for precision, built for performance. The Komline-FluidQuip Impact Mill (FQ-IM Series) is purpose-built for the third grind stage in corn wet milling, striking the perfect balance — treating delicate corn fibers with a gentle touch while delivering the robust impact forces needed to release bound starch. 

Available in standard and high-capacity models (FQ-IM40 and FQ-IM40H), these mills combine robust construction, low vibration, and continuous operation for exceptional reliability. The result: significantly reduced bound starch levels and higher overall starch yields for your corn wet milling operation. Sigma Equipment supplies complete systems, spare parts, and integration for all FQ-IM Impact Mill configurations, including retrofits for existing installations.

Benefits

  • Higher starch yield with reduced bound starch levels
  • Lower energy consumption per ton of grind
  • Less fine fiber generation and improved slurry quality
  • Minimal operator adjustment and stable throughput
  • Reduced heat generation prevents starch gelatinization
  • Compact retrofit compatibility with existing systems

Key Features

  • Horizontally rotating 40" rotor with 3" impact pins
  • Belt-driven motor system with dual flanged feed inlets
  • Continuous oil lubrication (Alemite®, Vogel®, LubriSource®)
  • Adjustable vibration switch with automatic shutdown
  • Heavy-duty frame and motor base to minimize vibration
  • Large discharge hopper with flanged outlet
  • Complies with ISO1940/ANSI S2.19-1989 G1 balance standards

Operating Principle

Slurry enters the horizontal rotor chamber and passes through the rotating impact-pin field. Repeated impact breaks bound starch from the fiber structure while the operating geometry limits unnecessary fiber size reduction and temperature rise.

Available Options

Slurry enters the horizontal rotor chamber and passes through the rotating impact-pin field. Repeated impact breaks bound starch from the fiber structure while the operating geometry limits unnecessary fiber size reduction and temperature rise.

Other Details

  • Primary application: Third grind in corn wet milling for lower bound starch and improved starch yield.
  • Process advantages: Lower energy use, less fine fiber generation and reduced risk of starch gelatinization compared with aggressive grinding.

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