Mills
Rice and Paddy
Technology for rice processing efficiency — from pre-cleaning through milling. Integrated systems assess quality and moisture content for precise adjustments throughout the process.
Technology for rice processing efficiency — from pre-cleaning through milling. Integrated systems assess quality and moisture content for precise adjustments throughout the process.
Lambton Kunstwerk's comprehensive rice processing systems leverage AI and advanced technology to assess quality and moisture content, enabling precise adjustments throughout the process for optimal consistency at every stage.
Our end-to-end solutions cover everything from the initial pre-cleaning of raw paddy to bagging the finished product — each stage engineered for maximum yield, minimal breakage, and the highest grain quality standards.
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A complete, integrated workflow engineered to take raw paddy through every stage to premium finished rice — with AI monitoring at each step.
Removes large impurities like sticks, stones, and debris from raw paddy. Combines scalping screens and air washing (aspiration) to deliver clean paddy to the next stage. Optional parboiling and drying systems are integrated at this point.
Paddy is fed from the hopper into precision cleaning equipment that removes fine impurities, dust, and small stones. Gravity separators remove heavier foreign matter while classifiers sort by size and density for uniformity.
The paddy husk is removed using rubber or steel roll hullers. This stage separates the outer husk from the inner brown rice kernel with minimal breakage, preserving grain integrity and maximizing whole grain yield.
After hulling, unhulled paddy grains are separated from brown rice and recycled back to the huller for reprocessing. This closed-loop process ensures maximum hulling efficiency and zero paddy carry-over in the brown rice stream.
Friction rollers progressively remove the bran layers from the brown rice kernel, producing white rice with controlled bran removal. Multiple whitening passes allow precise adjustment of the degree of milling (DOM) to meet different market specifications.
Indented cylinder machines separate grains by shape and size, sorting out broken tips and undersized kernels. This stage improves the uniformity of the white rice stream before polishing and enhances the final product's appearance.
Enhances the appearance and sheen of white rice using a combination of water mist and friction. The polishing process removes residual bran dust, improves whiteness, and gives the rice a glossy appearance preferred in premium markets.
High-speed cameras scan each grain for discoloration, chalky kernels, black-tip, and foreign material. Precision optical sorters identify and eject defective grains with pinpoint accuracy at very high throughput speeds — ensuring only premium grains advance.
Indented cylinder length graders separate whole head rice from broken rice fractions. Each fraction is collected separately — broken rice for secondary markets and whole head rice for premium packaging — maximizing the value of every grain.
Finished rice fractions are stored in dedicated day bins and machine buffer bins before packaging. Steel silos with aeration systems maintain grain quality, control moisture, and prevent insect infestation during storage between production runs.
Automated weighing and filling systems accurately fill bags at 25 kg, 50 kg, or custom sizes per customer specifications. Inline stitching machines seal bags at high speed for efficient dispatch. Systems support both woven polypropylene and multi-wall paper bags.
Our combined expertise in food technology and engineering delivers solutions that go beyond equipment — we optimize your entire process for safety, quality, and yield.
Our team of food technologists and engineers combines deep industry knowledge with cutting-edge solutions. We address the full complexity of rice processing — from food safety compliance and quality management to yield optimization and operational efficiency — covering every stage of the process.
The Lambton Kunstwerk platform leverages Process analytics to deliver quality monitoring capabilities across storage, milling, and packaging operations. Continuous sensor data enables instant process adjustments that reduce waste, increase head rice yield, and maintain consistent output quality — batch after batch.
From small rice mills to large-scale processing plants — our engineers design and deliver tailored systems with ongoing support.
