Core Values
We are a professionally managed manufacturer and global exporter of highly efficient and durable agro-processing machinery. Our product range includes Pre-Cleaners, De-Stoners, Shellers, Huskers, Paddy Separators, Rice Polishers, Silky Polishers, Paddy Cleaners, Rice Whiteners, Rubber Shellers, Length and Thickness Graders, Blowers, Airlocks, Elevators, Conveyors, Rice Quality Testers, and more. These machines are known for their high efficiency, sturdy construction, superior durability, and exceptional finishing quality. With strong industry expertise and extensive market experience, we also deliver customized designs tailored to the specific operational needs of mills across the world.
Every day, thousands of agro-processing industries rely on our advanced technologies to produce high-quality commodities with maximum efficiency. Our portfolio supports rice milling as well as wheat, pulses, corn, and millets processing helping industries enhance productivity while maintaining sustainability. With a strong commitment to energy-efficient engineering, we aim to contribute to global climate-conscious manufacturing and ensure that communities everywhere have access to safe, nutritious, and healthy food.
Rice milling is a vital stage in the post-harvest process, aimed at removing impurities, husk, and bran layers to produce clean, consumable white rice. Every day, thousands of agro-processing units rely on our advanced technologies to deliver exceptional grain quality while maintaining cost-effectiveness and operational efficiency. Our innovations support rice, wheat, pulses, corn, and millet processing, contributing to global food quality and sustainability. With a commitment to energy-efficient engineering and climate-smart solutions, we strive to empower industries and ensure that every individual has access to safe, nutritious, and high-quality food.
Sequential stages for pre-cleaning and handling paddy before final milling.
Each stage below shows its role in the line and common machine types used in modern rice mills.
Cleaner series is specially designed to separate oversized and undersized foreign bodies from food grains. Sealed housings minimise dust leakage and keep the milling floor clean.
Combined cleaner and destoner that removes straw, sand and stones in one compact machine, ideal for pre-cleaning paddy and other grains.
High-capacity vibro cleaner with multiple decks and aspiration to remove dust, light impurities and oversize material from incoming paddy.
Compact single-deck cleaner used ahead of shellers to screen out coarse impurities in small and medium-size rice mills.
De-stoners remove stones, glass and other heavy contaminants that are similar in size to paddy, protecting downstream machines and improving food safety.
Vibro deck with controlled air flow lifts lighter grains while heavy stones migrate uphill and are discharged separately.
Pressure-type machine designed for precise de-stoning of paddy with stable operation even under fluctuating feed conditions.
Rubber shellers de-husk paddy using two counter-rotating rolls. Correct pressure and speed control maximise brown rice yield and minimise broken grains.
Robust manual gap adjustment sheller suitable for mills that prefer simple mechanical control and easy maintenance.
Pneumatic pressure control and vibro feeder give uniform husking and stable throughput with reduced grain breakage.
Heavy-duty drive and fully pneumatic engagement system for continuous, high-duty shelling lines.
Husk aspirators separate loose husk from the shelled mixture using controlled air flow. Clean separation improves downstream grading and reduces dust.
Basic husking and aspiration line where air volume is adjusted manually to remove loose husk from brown rice.
Compact husk aspirator for medium capacities, providing efficient husk removal with low power consumption.
Integrated blower and cyclone system that conveys and collects husk for dust-free disposal or use as boiler fuel.
Paddy separators split the mixture of paddy and brown rice after husking, sending paddy back to the sheller and brown rice forward to whitening.
Single-body tray separator used in compact mills to recover paddy from the shelled mixture.
Double-body design for higher capacities, offering stable separation and low re-circulation rates.
Tray-type separator suitable for smaller lines requiring precise paddy/brown rice separation.
USP series gently polishes the rice surface. A fine mist of air and water is introduced to give a smooth, glossy finish with minimal broken grains.
Compact ultra-silky unit that enhances colour and surface finish for mid-capacity mills.
Higher-capacity model with stronger rotor and cooling for export-grade polishing requirements.
Graders separate rice into different fractions based on size, thickness or length, producing market-specific quality grades.
Multi-deck sifter that classifies rice into several size fractions in a single pass, from head rice to fines.
Indented drum grader that separates full-length kernels from broken rice by exploiting differences in grain length.
Compact three-drum length grader for speciality lines and premium quality segregation.
Intermediate bins and silos buffer material between sections, enabling continuous operation, stable flow and easier cleaning during shutdowns.
Short-term storage located above key machines to maintain a constant head and reduce feed fluctuations.
Galvanised or painted silos with aeration systems for safe, long-term storage of paddy and other grains.
Hopper-bottom design that allows complete discharge and easy cleaning when switching between different grain types.
Example complete layouts showing how a modern rice mill integrates cleaning, husking, polishing and grading into one continuous plant.
Space-efficient layout for small and medium mills, combining cleaning, husking, polishing and grading in a single streamlined block flow.
Balanced arrangement of elevators, bins and machines for continuous 24/7 operation, optimised for easy maintenance and smooth grain movement.
Large-scale configuration with parallel lines, bulk silos and centralised polishing and grading for export-grade production and high throughput.
Requirement Study & Site Audit
We begin with a detailed assessment of your rice mill site, production targets, and existing equipment. Our engineers evaluate grain flow, space layout, power availability, dust management, and automation needs to design the most efficient system.
Design & Simulation
We develop complete process flow diagrams and 3D layouts covering pre-cleaning, shelling, separation, whitening, polishing, grading, and packaging. Equipment is selected and simulated for throughput, yield, and energy efficiency before final approval.
Manufacturing & Factory Testing
Each component from cleaners and shellers to polishers is fabricated and assembled under strict quality control. All systems undergo factory acceptance testing (FAT) to ensure capacity, vibration balance, and safety compliance before dispatch.
Installation & Commissioning
Our team installs and aligns machines, connects conveyors, elevators, and blowers, and tests each stage for performance. The complete line is commissioned with trial runs, output verification, and operator training.
Lifecycle Support
We provide preventive maintenance, performance audits, spare parts, and remote assistance. Our support ensures your mill maintains consistent yield, low breakage, and efficient operation year after year.
Decades of experience delivering efficient rice milling and post-harvest solutions worldwide.
Heavy-duty rice milling machines engineered for stable performance and long service life.
Process designs focused on maximising head rice recovery and consistent grain quality.
Tailored plant layouts based on capacity, paddy variety, space, and market needs.
Optimised systems designed to reduce power consumption and overall operating costs.
Complete project support from design and supply to commissioning and after-sales service.
About us
iEngineering is your trusted partner for advanced electrical and energy solutions across Australia, Fiji, and India. We deliver high-quality hardware products from switchboards and transformers to solar, BESS, and EV charging systems backed by expert engineering, reliable installation, and dedicated local support.
At iEngineering Australia, our mission is to enhance efficiency, ensure quality control, and deliver customer satisfaction through innovative engineering solutions. We are committed to global standards and sustainable solutions that create long-term value for our clients and communities.
Our vision is to be a global leader in engineering solutions, driving industry leadership, innovation, and customer-centric growth. We aim to inspire through global influence, foster expansion and growth, and play an inspirational role in shaping the future of engineering.
Our values guide everything we do: integrity & ethics, a strong commitment to quality, and diversity & inclusion. Safety, reliability, and continuous improvement are the cornerstones of our success, enabling us to deliver trusted and innovative solutions worldwide.
Our Journey
Founded in 2013, iEngineering Australia delivers a comprehensive range of high-quality electrical and energy hardware solutions tailored for Australian and Pacific conditions. From design and engineering to manufacturing, testing, and commissioning support, we ensure every product whether switchboards, transformers, solar systems, or EV chargers is safe, reliable, and built to last.
Where We Operate
iEngineering Australia operates across Australia, Fiji, and India, delivering reliable technology and asset management solutions to organizations of all sizes-from local enterprises to large multinational companies.
Phone: +61 (02) 8318 1490
Email: enquiries@iengaust.com.au
Warawara Cct, Quakers Hill NSW 2763, Australia
View mapPhone: +91 9168627258
Email: shila@iengaust.com.au
Navale IT Zone, Office No. 501, 5th Floor, A-Wing, Near Navale Bridge, Mumbai-Bangalore Highway, Narhe, Pune – 411041.
View mapPhone: +679 9488589
Email: enquiries@iengaust.com.au
Lot 17, River Drive, Pacific Harbour, Navua, Suva, Fiji.
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