Cashew Processing Machines,
Built Into Complete Plants.

A cashew processing machine is any piece of equipment used to convert raw cashew nuts (RCN) into edible kernels — covering distinct stages including steaming or cooking to soften the shell, shelling or cutting to separate kernel from shell, drying, peeling to remove the testa (skin), grading by size and color, and roasting or packing for final sale. In practice, "cashew processing machine" gets used both narrowly, for a single-stage machine like a sheller, and broadly, for a complete multi-stage processing line — the correct scope depends on whether a buyer needs one machine or a full plant.

A complete cashew processing plant includes the equipment itself, but also the civil works the equipment sits inside (floor loading, ventilation, utility routing), the installation and commissioning process, and — depending on scope — packaging lines for the finished kernel and a service arrangement for maintenance once production starts. Buying machinery without planning for these adjacent pieces is one of the most common causes of delay between signing a contract and reaching full production; see the Equipment Buyer's Guide for the fuller framework.

Cost depends heavily on two variables: capacity tier (a 500-kg-per-day semi-mechanized line costs a small fraction of a 100-ton-per-day fully automated plant) and scope (machinery alone versus a full turnkey build including civil construction). Rather than quote a single number that would be misleading across that range, the Equipment Buyer's Guide walks through how to define capacity and budget requirements before requesting a quote, and the Vendor Evaluation Framework gives a structured way to compare quotes once they're in hand.

CASHEW TECH builds across a 500 kg to 100 tons-per-day range, from a single semi-mechanized line suited to a smaller cooperative or first-time processor, up to a fully automated turnkey plant for a large-scale exporter. Where a specific operation falls in that range depends on local labor cost, available capital, and target export markets — a decision covered in more depth in Ask Cashew Techie and the Small-Scale & Appropriate Technology guide.

Yes — turnkey plant design and civil construction is one of CASHEW TECH's four core service lines, alongside machinery, packaging, and after-sales support. That covers factory layout and engineering design, the civil works themselves, and installation, not just the equipment that goes inside an already-built structure. See the Turnkey Plant Design & Civil Construction page for what that process actually involves.

A semi-automatic line relies on manual labor for some stages — typically peeling and final grading — with machines handling the more physically demanding or precision-dependent steps like shelling and drying; a fully automatic line mechanizes nearly every stage, including optical color sorting. Which is the better choice is primarily an economic question tied to local labor cost, not a simple "more automation is always better" answer — covered in detail in the Small-Scale & Appropriate Technology guide.

Yes — packaging is a dedicated service line, covering bags, cartons, and vacuum-pack lines sized to a plant's actual output volume and its export destination's requirements. See the Packaging Solutions page for the formats and materials available.

Commissioning is the start of a plant's operating life, not the end of CASHEW TECH's involvement — spare parts supply and maintenance service contracts are available to keep a line running at its rated capacity over time, which matters because unplanned downtime waiting on a part is one of the most common and avoidable causes of lost production. See the Spare Parts, Maintenance & After-Sales page and the Machine Lifespan & Depreciation Benchmarks for what to expect from major components over their working life.

Timeline depends on capacity tier and scope, but the most common cause of delay isn't manufacturing time — it's site readiness (power, foundation work, civil construction sequencing), import and customs clearance for the equipment, and having trained operators available for commissioning. A realistic project timeline should build in contingency around those factors specifically rather than taking an optimistic proposal timeline at face value — discussed further in Ask Cashew Techie.