Used Mazak Multiplex Twin Spindle Lathes for Sale 4


Yamazaki Mazak introduced the Multiplex platform to address production environments where setup time on second-operation work exceeds the cutting time and where part-to-part consistency between first and second operations is contract-critical. By running two opposed spindles with one or two turrets able to access both, the Multiplex completes a turned part in a single cycle without operator intervention between operations. Common Multiplex sub-models in European inventory include the Multiplex 6000, Multiplex 6200, Multiplex 6300, and the larger Multiplex W-series for larger workpieces. Configurations vary in spindle size, turret count (single or dual), Y-axis presence, and bar feeder integration.

Used Mazak Multiplex twin spindle lathes on Exapro include Multiplex 6000 through 6300 and W-series configurations across single-turret and dual-turret variants. Filter by spindle size, turret count, Y-axis, and bar feeder. Submit an enquiry through the listing page on Exapro.

Mazak Multiplex and twin spindle lathe positioning

Twin spindle lathes occupy a specific niche in CNC turning: by running two spindles in opposed configuration with one or two turrets able to access both, the machine can complete a turned part in a single cycle without operator intervention between operations. The Multiplex platform competes against Tornos, Index G-series, and Hardinge twin spindle equivalents in this niche. The application case centres on parts where first-operation and second-operation features must be aligned to tight tolerances and where production volume justifies the higher acquisition cost over a single-spindle lathe with separate second-op work.

Multiplex 6000, 6200, 6300, W-series sub-models

Common Multiplex sub-models in European inventory include the Multiplex 6000 (entry production variants), the Multiplex 6200 and 6300 (widely used in automotive component production and high-volume fittings work), and the Multiplex W-series for larger workpieces with extended bed lengths and bar capacities. The 6300 in particular sees broad deployment in European tier-2 automotive supply for shaft and fitting work.

Single-turret vs dual-turret configurations

The standard Multiplex carries two opposed spindles with a single turret able to index between them; higher specifications include dual turrets running concurrently for productivity gains, or a milling spindle for off-centre operations. Dual-turret configurations significantly affect both production rates and second-hand value, and the configuration should be itemised explicitly on any listing.

Mazatrol control generations

Mazatrol Fusion or Matrix controls dominate the older installed base, with Mazatrol Smooth on more recent units. Operator familiarity with Mazatrol on twin spindle lathes is more specialised than on single-spindle Quick Turn machines because the synchronised transfer cycle between spindles requires specific programming and tuning.

Used Multiplex inspection priorities

Multiplex inspection is more involved than for a single-spindle lathe because both spindles need verification: bearing condition, alignment between the two spindles, synchronisation accuracy under transfer cycle, and turret indexing repeatability across both spindle positions. The bar feeder integration should be tested with a representative bar diameter, and any subspindle gripping mechanism should be inspected for wear.

Browse used Mazak Multiplex twin spindle lathes on Exapro to compare Multiplex 6000 through 6300 and W-series configurations across single-turret and dual-turret variants from verified sellers worldwide. When evaluating a used Multiplex, verify spindle hours and synchronised transfer cycle counts from the Mazatrol control, check both spindle bearing conditions, test turret indexing accuracy across both spindle positions, confirm bar feeder synchronisation, request photographs of both spindle noses and turret faces, and request the included tooling and any documented major service interventions. Pre-purchase visits with a sample synchronised transfer cycle on representative material are advisable to verify the machine's twin spindle behaviour under real cutting conditions.