Meta description: Corn(Maize) peeling machine uses sand rollers and diamond grinding to peel maize layer by layer, reducing breakage and raising good-grain yield by 5-8%. Ideal for corn grits and maize flour mills.

In any maize (corn) grits or flour mill, profit is made or lost in the first stage: peeling and degermination. Whatever happens to the kernel here shows up later in your finished product, including grits yield, fat content, color, shelf life, and flour purity.
Yet many mills still lose money at this step without noticing. Broken kernels, residual bran, and leftover germ reduce the share of good corn, meaning the whole, clean endosperm pieces that become premium grits and high-grade flour. Every percentage point lost here is lost permanently.
This is the problem the Wuxi Hasen Corn(Maize) Degerminator & Peeling Machine were built to solve.
Talk to mill owners and production managers and the same complaints come up again and again:
1. High breakage rate.
Traditional peelers rely on squeezing, impact, and heavy friction. Kernels crack, and broken corn drops into low-value fines instead of premium grits.
2. Uneven peeling.
Some kernels are over-processed while others still carry pericarp (skin) and germ. Inconsistent input means inconsistent grits size and color.
3. Germ and bran contamination.
Residual germ raises the oil content of finished grits and flour, causing rancidity, off-flavors, and shorter shelf life. Residual bran creates dark specks and lowers the grade.
4. Heat and moisture damage.
Aggressive extrusion-style grinding generates heat, which affects starch quality and can make downstream sifting and milling harder.
5. Rapid wear and unstable output.
Rough peeling surfaces wear unevenly, so output quality drifts and maintenance costs climb.
6. Low good-corn ratio.
Even a well-run mill can lose several percentage points of raw material value to breakage and over-grinding. On a large annual throughput, that is a huge figure.

The Corn(Maize) Degerminator & Peeling Machine takes a fundamentally different approach. Corn peeling technology has moved through three broad stages:
First generation: simple friction and rubbing, with crude results and high loss.
Second generation: mechanical squeezing and grinding, which improved throughput but still stressed the kernel and caused breakage.
Third generation Wuxi Hasen Corn(Maize) Degerminator & Peeling Machine : rotary cutting with sand rollers and diamond grinding, with no squeezing and no crushing.
This is why Corn(Maize) Degerminator & Peeling Machine is positioned as the third revolution in corn peeling technology.
Instead of forcing kernels against each other or against a hard surface, the
Pericarp (outer skin) is removed first by controlled abrasive contact.
Aleurone and bran layers are then thinned progressively.
The germ is separated cleanly without crushing the endosperm.
The endosperm stays intact, which is exactly what you want for high-grade grits.
Because there is no extrusion or heavy compression, internal stress on the kernel stays low. The kernel is shaved, not smashed.

Gentle, layer-by-layer cutting protects the kernel structure. Fewer broken pieces means more whole endosperm for premium grits.
Based on the technology's performance, mills can expect to raise the proportion of good, usable corn by around 5-8% compared with conventional squeeze-and-grind peelers. Actual gains vary with corn variety, moisture, and prior settings. For a mill processing thousands of tons a year, that gap translates directly into revenue.
More precise peeling reduces residual germ and bran in the finished product. This means lower fat content, brighter color, better storage stability, and easier compliance with quality specs from buyers.
Diamond and sand abrasive surfaces deliver stable cutting performance, so each batch is more consistent, which makes downstream milling and sifting more predictable.
Cutting instead of crushing reduces heat build-up, protecting starch quality and product freshness.
Diamond abrasive components offer long service life and stable performance, which reduces downtime and keeps operating costs under control.
Whether you process yellow corn, white corn, flint corn, or dent corn, adjustable peeling intensity lets you tune the machine for grits, flour, or specialty products.

Both models share the same core technology. The main difference is capacity and plant scale:
X18 series: suited to small and medium-sized grits and flour mills, or production lines that need flexible, compact peeling capacity.
X25 series: designed for larger mills and continuous, high-volume production lines.
Our engineers can recommend the right configuration based on your daily throughput, corn variety, and target products.
A typical corn grits and flour flow looks like this:
Cleaning → Tempering/Conditioning → Peeling & Degermination → Milling/Grinding → Sifting → Grits/Flour Collection → Packing
By upgrading the peeling stage, you improve everything after it. Cleaner, more intact kernels mean easier milling, higher grits recovery, and higher-quality flour.
High-quality grits and flour deserve equally reliable packaging. Strong, moisture-resistant WUXI HASEN flour paper bag packing protects your finished product from humidity and damage during storage and transport, preserving the quality you created at the peeling stage.
Q: What is the main difference between the
A: Traditional machines squeeze and grind kernels.
Q: How much can the good-corn rate improve?
A: Typically about 5-8%, depending on raw material and operating conditions.
Q: Is it suitable for both corn grits and corn flour production?
A: Yes. Peeling intensity can be adjusted to suit grits, flour, or other maize products.
Q: Does it remove the germ effectively?
A: Yes. Layer-by-layer cutting separates germ and bran cleanly while preserving the endosperm.
Q: Can it be integrated into an existing line?
A: In most cases, yes. Contact us with your line layout and capacity for a tailored recommendation.
In a competitive maize milling market, margins are decided by yield and quality. Corn(Maize) peeling machine replaces outdated squeezing and crushing with sand roller and diamond grinding rotary cutting, peeling each kernel layer by layer. The result is the lowest breakage rate, a 5-8% higher good-corn rate, and cleaner, more consistent grits and flour.
If you want to reduce losses, improve product grade, and stay ahead of the competition, this is the peeling technology to consider.
Contact us today for specifications, quotations, and technical consultation:
Website: www.immyhitech.com
Email: amina@immyhitech.com
WhatsApp: 008613812016908
Main point of WUXI HASEN Corn(Maize) Degerminator & Peeling Machine: Peel Smarter, Keep More Corn: Uses a sand roller combined with diamond grinding and rotary cutting. The process removes the outer layers of the kernel gradually, one layer at a time.
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Wuxi Hasen Import And Export Co.,Ltd
Contact:Amina Zhu
Mobile:+8613812016908
Email:amina@immyhitech.com
Add:#68,Xindongan Rd,Xinwu Distt,Wuxi,Jiangsu,China 214000