It is a compact, slant-bed CNC lathe designed for high-throughput production of small turned and forged parts—commonly used in nut-making and similar fastener-manufacturing lines. The machine integrates automatic feeding/forging capabilities with CNC turning for efficient, continuous operation.
A slant-bed design tilts the bed and guideways to improve chip evacuation and operator access while increasing rigidity and thermal stability. This results in better surface finish, higher accuracy, and easier maintenance compared with vertical or flat-bed designs.
Yes—the model name indicates it is intended for automatic forging/nut-line workflows. It can be configured to work with cold-forging or heading operations and synchronized feeding systems, though the exact forging capability depends on the chosen tooling and accessories.
It typically processes a range of common fastener materials such as low-carbon steel, stainless steel, brass, copper, and aluminum. Material limits depend on tooling, cycle parameters, and any forging equipment used—check with the supplier for material-specific recommendations.
Size limits vary by configuration. As a small CNC lathe for nut/fastener lines, it commonly handles small bar diameters and short turning lengths; exact maximum bar diameter and turning/turn-over length should be confirmed from the machine datasheet or vendor.
Many suppliers offer mainstream controllers such as FANUC, Siemens, or other popular CNC systems as options. Controller selection is configurable at order and will affect features like program memory, I/O and CNC networking—confirm available controllers with the manufacturer.
Yes—this type of machine is normally supplied as part of a nut line with optional or integrated accessories such as bar feeders, chip conveyors, parts catchers, and automated feeding/forging stations. Confirm which accessories are included or available as options.
Options typically include multi-station turrets, live tooling for milling/drilling, specialized forging heads, and standard turning holders. The exact tooling configuration is customizable to meet production requirements.
Standard safety features usually include full guarding/enclosures, safety interlocks, emergency stop buttons, and operator-safe access doors. Additional safety systems can be added to meet regional regulations and specific plant requirements.
Power, air, and coolant requirements depend on the selected configuration and accessories. Exact electrical supply (voltage/phase), pneumatic pressure, and coolant specifications will be provided on the machine's technical datasheet or by the supplier.
Precision and repeatability depend on machine configuration, controller, tooling, and maintenance. These machines are designed for high-volume, consistent production with repeatability suitable for fasteners; request the manufacturer's accuracy specifications (e.g., position repeatability, surface finish capability) for exact figures.
Manufacturers or distributors typically offer on-site installation, commissioning, operator training, and programming support. Remote or factory training sessions may also be available—confirm scope, costs and lead times with your supplier.
Routine maintenance includes lubrication of guideways and spindles, coolant and chip management, inspection of tooling and feeding systems, and periodic electrical checks. A recommended maintenance schedule is usually provided by the manufacturer and depends on usage intensity.
Warranty terms and after-sales support vary by manufacturer and distributor. Typical offerings include a limited warranty period, spare-parts supply, service contracts, and phone/remote support. Confirm warranty length, coverage, and available service packages before purchase.
Contact the manufacturer or authorized distributor with your application requirements (part drawings, material, required cycle time, production volume). They will provide a detailed quote, full technical specifications, available options, customization possibilities and estimated lead time.
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