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HOST DEVICE


Energy-saving, consumption-reducing, intelligent, and reliable.

Cleaning and Grading Equipment Series
Peeling and Shelling Equipment Series
Rice-specific equipment series
Micro-powder equipment series
Grain Polishing Equipment Series
Embryo Removal and Selection Equipment Series
Complete sets of auxiliary and supporting equipment

HTP1200-C Intelligent Double-Conical Dehulling Machine

This equipment is suitable for companies involved in the production of corn, alcohol, oils and fats, feed, starch, low-fat corn flour, and similar products.

HXP320 Grain Gravity Separator

This equipment is suitable for companies involved in the storage and handling of corn, wheat, beans, feed, grains, brewing, oils and fats, dried fruits, roasted nuts, and seed production.

HRF70X2-C Smart Bran and Husk Separator

This equipment is suitable for oil and fat enterprises, centralized suppliers of oil and fat raw materials, and large, medium, and small rice-processing enterprises.

HTY1000X2-A Intelligent Duplex Centrifugal Shelling Machine

This equipment is suitable for processing enterprises handling sunflower seeds, hulled oats, flaxseeds, buckwheat, pine nuts, and melon seeds, among others.

Semi-dry Sugar Fermentation Engineering

REFINED SUGAR


Dry-process as the foundation, three enzymes as the technology, green process, and quality as gold.


Research and Development Background and Significance of the Semi-Dry Sugar Production Method

As is well known, in biological conversion systems, starch sugars—serving as the central carbon-source precursor for microbial metabolism—are not only the material basis driving the fermentation process but also a key source supporting cellular energy metabolism. The efficiency and quality of their supply directly affect the yield, purity, and economic viability of biosynthetic products. However, the traditionally widely used wet milling and sugar-making processes have long been plagued by inherent shortcomings, including low raw-material utilization, excessively high energy and water consumption, lengthy production cycles, and substantial costs associated with byproduct disposal. These limitations have made it increasingly difficult for these processes to meet the demands of modern bio-manufacturing industries for low-carbon and intensive production, thus becoming a bottleneck that hinders the industry’s transition toward greener and more energy-efficient practices. The sugar industry urgently needs to optimize its industrial structure and phase out outdated production capacities.

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Current Status and Pain Points of Starch-to-Sugar Production via Wet Processing

The traditional wet-process starch-to-sugar production method consumes large amounts of water resources—2.5 tons of water per ton of corn processed—and generates wastewater containing sulfides with a COD value as high as 5,000–8,000 mg/L. Moreover, the soaking process accounts for more than 20–30% of the total energy consumption in terms of steam usage, severely contributing to water and air pollution.

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Innovative Technology for Semi-Dry Extraction of Corn Germ and Bran, and Production of Low-Fat Corn Flour

Detoxify and reduce the processing stage.
After cleaning and separation, the equipment removes organic impurities from the raw grains as well as various mycotoxins adhering to the surface of the grains, thereby ensuring food safety.

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The Role of Special Enzymes in Liquid Saccharification Using the Innovative Three-Enzyme Method

Degradation

The starch and protein cell walls in coarse cornmeal are broken down into small molecules, releasing the bioactive substances trapped within the cell walls. This increases the surface area of contact with water, accelerates the extraction rate, and enhances the utilization efficiency of the active ingredients.

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A Comparison Between the Innovative Semi-Dry Process for Glucose Production and the Traditional Wet Process

Cost breakthrough

Using the semi-dry process, each ton of starch sugar produced can save approximately 357 yuan, fundamentally overturning the traditional wet-process model that is characterized by high costs.

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About Us

ABOUT


Lushan Win Tone Engineering Technology Co., Ltd

Lushan Win Tone Engineering Technology Co., Ltd  is a company specializing in the manufacturing of primary, refined, and deep-processing equipment for various grains, as well as in the R&D, design, installation, and after-sales services for complete sets of engineering solutions. The company offers more than 170 individual machines across six major series: the Rui Series, Round Series, He Series, Lian Series, Wheat Series, and Rice Series. It has independently developed 98 complete grain-processing technologies, capable of meeting the needs of both domestic and international customers for both standalone equipment and turnkey projects.

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Exporting country

60000

Manufacturing base

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Holds over 70 national patents

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The user has chosen our equipment and technology.

Collaboration Case

CASE


Focus on details, enhance efficiency, and prioritize reputation.

Lushan Win Tone Engineering Technology Co., Ltd is undertaking the construction of a 60-ton-per-day millet production line in Longhua, Hebei Province.

This 60-ton-per-day millet production line is specialized equipment developed by Lushan Win Tone Engineering Technology Co., Ltdspecifically for the characteristics of Longhua millet grains. It integrates multiple core patented technologies for processing miscellaneous grains and features a fully automated control system that employs “intelligent cleaning + precise hulling + graded purification.” The system covers the entire process—from millet cleaning and stone removal to hulling, grinding, grading, color sorting, finished-product packaging, and recovery of by-products.

Lushan Win Tone Engineering Technology Co., Ltd partners with Yihai Kerry to jointly build an 80-ton-per-day high-end buckwheat processing line.

This 80-ton-per-day buckwheat processing line is specially tailored for Yihai Kerry’s high-end mixed-grain product strategy. It integrates multiple core patented technologies from Lushan Win Tone Engineering Technology Co., Ltd and features a fully automated control system that combines “intelligent grading pre-processing + precise hulling and impurity removal + diversified advanced processing.” The line covers the entire process—from buckwheat cleaning and grading to stone removal, hulling, skin removal, grinding, finished-product sorting, aseptic packaging, and byproduct recovery.

Lushan Win Tone Engineering Technology Co., Ltd is undertaking the construction of a 100-ton-per-day sweet buckwheat production line in Bayannur.

This 100-ton-per-day comprehensive processing line for sweet buckwheat is a specialized production line developed by Lushan Win Tone Engineering Technology Co., Ltd specifically for the characteristics of sweet buckwheat seeds. It integrates multiple core patented technologies for processing miscellaneous grains and features a fully automated control system that employs “graded pre-processing + precise hulling + diversified processing.” The line covers the entire process—from sweet buckwheat cleaning and grading to stone removal, hulling, skin removal, grinding, finished-product sorting, and byproduct recovery—enabling flexible production of diverse products such as buckwheat groats, buckwheat flour, and buckwheat bran.

Lushan Win Tone Engineering Technology Co., Ltd is undertaking the construction of a 240-ton-per-day sorghum production line for Dongguan Yuangu Xiang.

This 240-ton-per-day integrated sorghum processing line, developed by Lushan Win Tone Engineering Technology Co., Ltd, is specifically designed to address the characteristics of sorghum grains—such as their hardness and complex processing procedures. The line integrates more than ten core patented technologies and features a fully automated control system that combines “intelligent sorting + precise hulling + graded processing.” It covers the entire process—from sorghum cleaning and stone removal to hulling, crushing, grinding, grading, finished-product storage, and byproduct recovery—and can flexibly produce a variety of products, including sorghum rice, sorghum flour, and crushed sorghum.

Lushan Win Tone Engineering Technology Co., Ltd, Ltd is undertaking the construction of a 200-ton-per-day oat hulling and rice noodle production facility at Dongguan Yuangu Xiang.

This 200-ton-per-day oat husking and rice noodle production line is an integrated system developed by Lushan Win Tone Engineering Technology Co., Ltd specifically for the characteristics of oats and the processing requirements of rice noodles. It incorporates multiple core patented technologies and features a fully automated control system that integrates “husk removal and purification + fine grinding + shaping and processing.” The line covers the entire process—from oat cleaning and husking to impurity removal, grinding, dough preparation, shaping, drying, and graded packaging.

Lushan Win Tone Engineering Technology Co., Ltd has undertaken the construction of a 3-4 ton per hour oat cleaning and sorting line in Ulanqab.

This oat cleaning and sorting production line, with an output capacity of 3-4 tons per hour, is a specialized production line developed by Lushan Win Tone Engineering Technology Co., Ltd specifically for the characteristics of naked oats from Ulanqab. It integrates multiple core patented technologies for cleaning and sorting various grains and features a fully automated control system that combines “intelligent sorting + graded purification.” The line covers the entire process—from removing impurities and stones to eliminating awns, grading, selecting high-quality oats, and recovering residual impurities.

Lushan Win Tone Engineering Technology Co., Ltd undertakes the construction of the oat tablet production line in Handan, Hebei.

This oat flake production line is a specialized piece of equipment developed by Lushan Win Tone Engineering Technology Co., Ltd, tailored to the characteristics of North China oat varieties and the specific requirements of flake processing. It integrates multiple core patented technologies for whole-grain processing and features a fully automated control system that employs a “pre-processing + precise flaking + low-temperature shaping” approach. The line covers the entire process—from oat cleaning and hulling to conditioning, flaking, drying, and graded packaging—and can flexibly produce a variety of products—including uniformly thin and thick ready-to-eat oat flakes and instant oat flakes—based on market demand.

Lushan Win Tone Engineering Technology Co., Ltd is undertaking the construction of a soybean peeling line in Beian with a daily processing capacity of 120 tons.

This soybean peeling line, with a daily processing capacity of 120 tons, integrates multiple core technologies developed by Lushan Win Tone Engineering Technology Co., Ltd. It employs a fully automated production line operation mode, covering the entire process—from soybean feeding and cleaning to peeling, grading, and final product output—with virtually no manual intervention. This significantly reduces labor costs while enhancing production stability.

Company Advantages

ADVANTAGE


Crafted with dedication, living up to the trust placed in us.

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Technical Team


30 years of accumulation, with numerous patented technologies acquired to date.

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R&D Center


Possessing a provincial-level technology R&D center

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Hardware strength


Imported CNC machinery empowers us, delivering precision that surpasses our peers.

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On-site control


Lean Management Throughout the Entire Process: A Team Ensures High-Quality Installation and Construction

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Tracking service


Lifecycle-Long Technical Support: Becoming a Value Partner for Customers’ Long-Term Growth

Video Center

VIDEO


Starting from the original intention, achieving excellence through meticulous craftsmanship.

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制糖视频.mp4

Sugar-making video

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U.S. 5-Ton Bean Cleaning and Sorting Production Line—Video by Lushan Win Tone Engineering Technology Co., Ltd Construction

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Blog Center

BLOG


Standardized and normalized services—enjoy hassle-free collaboration.

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COOPERATION


Meeting quality standards is fulfilling our social obligation; delivering high-quality products and services is contributing to society and providing customers with high added value.

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