| Manual or Tabletop Pasta Extruder | Fresh spaghetti, macaroni, short-cut pasta, and specialty dough products for restaurants, culinary schools, and small shops. | Approximately 5–30 kg/h, depending on dough formulation and operator loading. | Pressure extrusion through interchangeable dies; cutting is usually manual or semi-automatic. | Single-phase electricity is common; compressed air is generally not required. | Use guarded moving parts, a stable work surface, food-contact materials, and an accessible emergency stop where powered cutting is included. | Clean dies and dough-contact parts after each use; inspect seals, fasteners, and cutter alignment; keep electrical parts dry. | Check die availability, cleaning time, voltage compatibility, spare-part access, and whether tools can be removed without damaging food-contact surfaces. |
| Automatic Single-Screw Pasta Extruder | Long and short pasta for small-to-medium commercial production, including durum-wheat and some gluten-free formulations. | Approximately 50–250 kg/h; actual output depends on screw diameter, die design, dough moisture, and cutting speed. | Continuous screw extrusion with die forming and mechanical cutting for short products. | Three-phase power is common; some models use cooling water or an integrated vacuum system. | Interlocked guards, emergency stops, overload protection, safe die-changing procedures, and lockout during cleaning are essential. | Flush and clean the extrusion chamber; inspect screw, barrel, die, cutter, bearings, belts, and electrical connections according to the service schedule. | Compare continuous output, vacuum capability, die materials, recipe control, cleaning access, motor efficiency, and local technical support. |
| Twin-Screw Pasta Extruder | Specialty pasta, vegetable-enriched dough, high-fiber formulations, and products requiring stronger mixing and conveying control. | Approximately 100–500 kg/h, subject to formulation, screw configuration, and die size. | Co-rotating or counter-rotating screw conveying, mixing, and extrusion through a shaped die. | Three-phase electricity; cooling water or temperature-control circuits may be required. | Guard screw-access areas, use temperature and pressure protection, prevent unexpected restart, and apply formal lockout/tagout procedures. | Monitor screw wear, barrel clearances, gearbox oil, seals, cooling circuits, sensors, and die condition; remove residual dough promptly. | Select based on formulation flexibility, torque rating, cleanability, modular screw design, control-system language, and lifecycle operating cost. |
| Pasta Sheeter and Roller Cutter | Lasagna sheets, fettuccine, tagliatelle, dumpling wrappers, and other sheeted dough products. | Approximately 20–150 kg/h, depending on roller width, dough consistency, and number of passes. | Progressive roller reduction followed by slitting, cutting, or sheet sizing. | Electricity; compressed air is normally unnecessary unless pneumatic accessories are installed. | Guard nip points, rollers, and cutting blades; provide safe access controls and avoid loose clothing near rotating parts. | Brush or wipe rollers as specified; inspect scraper blades, belts, bearings, thickness settings, and cutter sharpness. | Confirm usable roller width, thickness range, product-changeover time, wash-down limitations, blade replacement cost, and floor-space requirements. |
| Automatic Noodle Sheeting and Cutting Line | Wheat noodles, alkaline noodles, knife-cut-style noodles, and dried or semi-dried strand products. | Approximately 100–1,000 kg/h, depending on line configuration and noodle width. | Dough compounding, repeated sheeting, gauge reduction, slitting, and portioning or folding. | Three-phase electricity; compressed air may be needed for actuators; water and drainage may be required for cleaning. | Use guarding around rollers and cutters, interlocked access doors, emergency-stop circuits, electrical protection, and hygienic zoning. | Clean flour deposits daily; check roller parallelism, cutter wear, chain and belt tension, lubrication points, sensors, and dough-contact surfaces. | Evaluate line synchronization, changeover flexibility, sanitation design, humidity control, utility consumption, installation access, and operator training. |
| Ramen or Alkaline Noodle Production Line | Fresh, chilled, frozen, or dried ramen-style noodles with controlled strand thickness and alkaline formulation. | Approximately 200–2,000 kg/h for integrated commercial lines; smaller modular systems are also available. | Mixing, resting, compound sheeting, reduction, slitting, wave formation, portioning, and optional steaming or drying. | Electricity; water, compressed air, refrigeration, steam, or thermal energy may be required according to the process. | Provide chemical-handling controls for alkaline ingredients, guarding, slip-resistant floors, steam protection, ventilation, and validated sanitation procedures. | Inspect cutters, pumps, rollers, conveyors, steam components, refrigeration circuits, sensors, and drainage; verify concentration and temperature controls. | Confirm target noodle dimensions, process type, shelf-life requirements, cold-chain needs, utility availability, automation level, and commissioning support. |
| Ravioli and Filled-Pasta Machine | Ravioli, tortellini, dumplings, and other filled pasta requiring controlled dough and filling portions. | Approximately 20–250 kg/h, depending on product size, filling type, and sealing speed. | Two dough sheets surround a metered filling deposit, followed by forming, sealing, and cutting. | Electricity; compressed air may be used for filling control or actuators. | Guard forming rollers and cutters, control pinch points, ensure safe filling-hopper access, and use hygienic product-contact materials. | Disassemble and clean filling paths; inspect seals, dosing components, forming molds, cutters, belts, and alignment of the sealing unit. | Assess filling accuracy, mold interchangeability, allergen changeover procedures, product-size range, cleaning validation, and spare-mold cost. |
| Drying, Portioning, and Packing System | Dried pasta and noodles requiring moisture reduction, controlled portions, weighing, and retail or food-service packing. | Approximately 100–5,000 kg/day for modular systems; industrial capacity varies widely with dryer size and drying profile. | Controlled-temperature and humidity drying, followed by cutting or weighing and packaging. | Electricity; thermal energy, ventilation, compressed air, and packaging-film handling may be required. | Protect hot surfaces and moving conveyors, manage dust, install electrical safeguards, and provide fire-risk controls where applicable. | Clean air filters and conveyors; inspect heaters, fans, humidity sensors, weighing cells, seal jaws, and packaging-film alignment. | Specify final moisture target, drying uniformity, energy consumption, product residence time, packaging format, measurement accuracy, and available floor height. |
