What You Shoud Visit at TMTS 2026
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MYLAS presents atTMTS 2026 theMTY51/65 CNC
Turn-Mill Center, amachine engineered specically
for high-volume precision machining and built
around a three-channel, dual-turret, dual-Y-axis
architecture that addresses productivity andenergy
efciency simultaneously.
Thethree-channel design isthe structural foundation
of the MTY51/65‘s productivity claim. By enabling
simultaneous execution of three independent
mach ining processes ona si ngle platform, themachine
achieves output levels that conventional single-
channel turning centres cannot approach without
adding machines, oor space, and inter-machine
handling operations. Each of the two BMT55 power
turrets carries 16 tool positions, with spindle speed
upto 6,000 RPM andpower output of5.5 kW per turret.
Thepractical result isa machine that compresses what
would ordinarily require multiple sequential setups
into a single continuous cycle, reducing both cycle
time andthe dimensional accumulation oferrors that
inter-machine transfers introduce.
Thedual-Y-axis conguration extends themachine‘s
geometric reach, enabling off-centre milling, drilling,
andcontouring onboth themain andsub-spindle sides
of the workpiece within the same setup. Combined
with synchronised C-axis indexing andindependent
sub-spindle operation, the MTY51/65 is capable
ofcomplete complex part proles ina single clamping,
acapability that isparticularly relevant for high-end
aerospace, automotive, and precision electronics
components where geometric relationships between
features must be held to tight tolerances without
repositioning error.
Modular conguration options allow customers
toselect themachine layout that best matches their
specic workpiece requirements. The combination
of tailstock and sub-spindle, for example, supports
efcient machining of long workpieces that
would otherwise require dedicated between-
centres support. This congurability means that
the MTY51/65 is not a single-purpose production
machine but a platform adaptable to the varying
demands ofa high-mix manufacturing environment.
Thebox guideway design adopted for theMTY51/65
merits particular attention in the context of hard
material machining. Box guideways provide
the damping and contact stiffness characteristics
necessary to maintain stability during interrupted
cuts and aggressive material removal in hardened
steels and difcult alloys, conditions that would
provoke chatter anddimensional instability inlighter
guideway congurations. MYLAS reports that this
design contributes toa reduction inmachining time
ofmore than 50 percent compared to conventional
equipment in the relevant application range.
The machine also incorporates energy-saving
features that reduce power consumption relative
toearlier platform generations, positioning itwithin
thesustainable manufacturing theme ofTMTS 2026.
MYLAS
MING YANG MACHINERY CO., LTD.
technikaatrh.cz | 35