MicroDynamics at TMTS 2026 in Taichung: Live Cutting Demos, Micron-Level Sample Parts, and MEGA/TERA VMC Highlights
- Apr 1
- 4 min read
TMTS 2026 context and why our booth dominated
The ninth Taiwan International Machine Tool Show (TMTS 2026) ran from 25–28 March 2026 and was hosted at the Taichung International Convention and Exhibition Center.
The organizer was the Taiwan Machine Tool & Accessory Builders' Association, and TMTS positioned the event around “AI‑Powered Sustainable Manufacturing”, with its signature “Front‑Showroom, Back‑Factory” concept that links onsite demos with nearby production capability.
In scale terms, TMTS 2026 listed 400 companies across 1,800 booths, with a stated exhibition area of 28,483 m².
This matters for anyone who missed the show because TMTS is not only about brochures—it is built for comparison shopping in real time: machine rigidity, chip evacuation, control workflows, and surface finish are easiest to evaluate when you can watch a cut and then inspect parts immediately afterwards.
What MicroDynamics presented at TMTS 2026
MicroDynamics appeared at Booth E0412, with our core offering as: Vertical Machining Center – MEGA/TERA series and Turning Center – SIGMA/OMEGA series.
The machines we had on display:
TERA 40V
MEGA 40V
MEGA 30VT
Beyond the static listing, we emphasized doing the work live: we promoted live cutting demonstrations spanning high‑speed machining, heavy cutting, and 5‑axis solutions, aimed at real‑world manufacturing demands.
What visitors saw:
Live cutting
Sample parts
The “micron” story
Live cutting, with parts you could inspect immediately
We showed off stable cutting directly on site and had on display sample parts so visitors could evaluate machining outcomes visually (surface finish, burrs, edge definition, consistency).
Some of live work included medical bone plate machining and fast aluminum cutting.
Micron-level cutting claims and how MicroDynamics supports them
We publicly position our MEGA/TERA machines around micron‑scale cutting demonstrations.
On our own media pages, we showcase:
A 1 μm phone stand machining demonstration:
A 1–8 μm craftsmanship display (Titanium Pebble):
From a technical credibility perspective, we repeatedly tie this precision to two enablers:
Thermal error control (DYPEC): DYPEC thermal compensation is standard on our machines, correcting thermally induced position errors with 0.1 μm resolution.
We also publish a mirror-surface milling example reporting flatness within 2 μm (as a test result presented by us).
Rigid spindle/tool interfaces (dual contact + HSK option): Our spindle platform is dual-contact (taper + face contact) and supports tooling interfaces including BT/BBT-style dual contact and HSK options depending on machine configuration.
Industry background: HSK systems were developed in Germany and are designed for high-speed machining with dual-contact engagement for higher rigidity/precision (as described by tooling manufacturer guidance).
Built-in spindle focus, including 40 and 50 taper platforms
The three models highlighted use BT40 / HSK‑63A-class tooling (i.e., “40 taper” class) and were presented with spindle options up to 24,000 rpm on HSK‑63A for certain configurations.
Separately, our own spindle technology materials document both:
a 40 taper dual-contact built-in spindle family (15,000 rpm standard, with higher-speed options), and
a 50 taper dual-contact built-in spindle platform specified at 12,000 rpm (standard) with 34 kW power and 570 Nm torque.
Machines on display and why each one is relevant
TERA 40V
How it was positioned at TMTS 2026
TERA 40V lists standard equipment centred on a 15,000 rpm built‑in spindle (BT40 / HSK‑63A), DYPEC thermal compensation, a Mitsubishi CNC 830VW, a 15" touchscreen, MicroDynamics HMI, and a 40‑tool magazine.
Optional equipment included 20,000 rpm built‑in spindle (BT40 / HSK‑63A), 24,000 rpm built‑in spindle (HSK‑63A), Mitsubishi CNC 850VW, a 19" touchscreen, and magazine capacity expansion (60/90/120 tools).
Performance and specification depth
Our TERA 40V spec page adds the "why it cuts" layer: 31 kW spindle power, 141 Nm cutting torque, rapid traverse up to 52 m/min (X/Y) and 48 m/min (Z), plus DYPEC thermal compensation with 0.1 μm resolution, positioning accuracy 0.005 mm and repeatability ±0.0025 mm, which translate to 5 μm and 2.5 μm respectively.
MEGA 40V
At TMTS 2026, the MEGA 40V was listed with a 15,000 rpm direct-drive spindle (BT40 / HSK‑63A) as standard, alongside DYPEC thermal compensation and the FANUC 0i‑MF Plus control, plus a 15" touchscreen, MicroDynamics HMI, FANUC iHMI, and a 40‑tool magazine.
Options included 20,000 rpm built‑in spindle (BT40 / HSK‑63A), 24,000 rpm built‑in spindle (HSK‑63A), and larger magazines (60/90/120 tools). This model is also available with Mitsubishi control.
Why the controller choice is part of the story
FANUC positions 0i‑MF Plus as a milling‑optimised CNC with a user‑friendly interface and modern connectivity options (among other features).
Our own control-feature summary highlights common shop-floor expectations tied to this control family—touch interface, programming/visualisation aids, and AI contour control features—all part of the MEGA/TERA operating experience.
This matters for visitors who judge machines by workflow: at TMTS, we promoted more control options showcasing both Mitsubishi and Fanuc, with live demos designed to show results rather than only specifications.
MEGA 30VT
The “Complete process in one cycle” angle MEGA 30VT was presented at TMTS 2026 as a solution for reducing setups—we showed off live production workflows including six-side machining in a single load on a three‑vise setup used in a medical bone plate workflow during the show.
MEGA 30VT standard listed equipment: 15,000 rpm built‑in spindle (BT40 / HSK‑63A), DYPEC thermal compensation, Mitsubishi CNC 830VW (4+1 axis), a 15" touchscreen, MicroDynamics HMI, and a 40‑tool magazine.
Options include higher-speed spindles (20,000 rpm BT40 / HSK‑63A and 24,000 rpm HSK‑63A), axis scales using Renishaw components (linear and rotary scales), upgrade to Mitsubishi CNC 850VW (5‑axis), a 19" touchscreen, and higher magazine capacities.
The MEGA 30VT has positioning accuracy of 0.005 mm and repeatability ±0.0025 mm (VDI 3441 noted in the same document family of specifications).
Consistent with how positioning error and repeatability are commonly explained under international measurement standards (ISO 230‑2 / VDI 3441 families).
For brochures, machine pages, and demo videos, the most direct source is MicroDynamics’ official site: microdynamicsfa.com
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