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Special machining models

SMC

SMC-7

The next-generation low-inertia motor—your ideal solution for high-speed drilling and rigid tapping

Elevating machining efficiency to a new level, enabling customers to achieve superior productivity performance.

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Hartrol Premium

One of Major 6 Brands of Self-Made NC Controllers Taiwan One and Only Hartrol Premium Controller


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AI Technology

AI intelligent technology Automatic tuning parameter maintains accuracy


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Linear Guideway Warranty

Not covered under warranty: damage caused by improper operation (e.g., collision) or by lack of regular guideway maintenance resulting in chip accumulation


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Space-Saving Footprint

The rear chip removal design increases chip evacuation efficiency and reduces the machine footprint by about 23% compared with front-chip models in line arrangements


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SSCT

30% machining efficiency better than peers.


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High-Speed Tool Change

Arm-less Fast Tool Changer (14 Tools)

Hartrol Premium

Mechanism Design

Specifications

Related models

Hartrol Premium

Continuously surpass the limits of machine through AI technology

Accuracy is not affected by environmental factors due to AI Tech application. Efficiency of machining is enhanced as factory ambient temperature remains constantly, and not affected by workpiece weight and the wear of tools. Thanks to automatic operation function, which it is similar to autopilot of Tesla.

CCD MONITOR (IP CAMERA)

Alarm Report System

Remote & Timing Boot / Warm up

Tool Database

AFC - Automatic Feed Control (Without Hardware)

Environment thermal displacement compensation

One & Only

Mechanism Design

test

High-rigidity direct-drive spindle

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Low-inertia motor (Mitsubishi M700)

High-Rigidity Direct-Drive Spindle Head

Effectively avoids the noise, backlash, and vibration commonly found in belt-driven and gear-driven spindles.

  1. High-precision machining performance meets the demanding accuracy requirements of the automotive parts, electronics, and optoelectronics industries.
  2. Optional 12,000 / 20,000 rpm low-inertia spindle motor for enhanced high-speed machining capability.
  3. Lightweight and energy-efficient motor design shortens acceleration and deceleration time, improving overall machining efficiency.

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Low center-of-gravity base design

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Top-mounted chip flushing system design

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Y/Z-axis integrated metal way covers

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Z-axis direct-drive servo with counterweight-free design

Engineered for Maximum Stability

Enhances cutting stability and dynamic accuracy through a high-rigidity structural design

  1. 850 mm wide-span, low-CG Meehanite base reduces machining vibration and improves rigidity.
  2. Top chip-flushing system with full enclosure keeps tools and workpieces at stable temperature and reduces oil mist.
  3. Integrated X/Y metal way covers prevent coolant leakage and support high-speed, low-noise movement.
  4. Z-axis direct-drive servo with ball screw eliminates belts, removes backlash, and improves dynamic response and accuracy.


    

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14/21-tool automatic tool changer

High-speed turret tool changer (14/21 tools)

Non-stop tool changes with high-speed travel across the entire stroke

  1. Servo-driven, arm-less tool changer:Tool change time is 1.5 seconds for the 14-tool magazine and 1.91 seconds for the 21-tool magazine.
  2. Rapid traverse speed: 50 m/min
  3. Acceleration:X-axis 1.4G / Y-axis 1.4G / Z-axis 1.2G

Performance and standard on the same as Japanese machines

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Face Milling

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End Milling

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Tapping

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Drilling

1. Accumulated 60 years of machine tool manufacturing technology, coupled with AI technology, makes the machining accuracy/efficiency/finish almost equal to the level of Japanese machines.
2. Super Speed Cycle time, machining efficiency higher than better than peers 15% ~50%.

．Model：SMC-7
．Time：88 sec / 20 holes
．Cutting material：AL6061

Inspection standard reaches the pursuit of perfection

it is guaranteed, the quality of each machine is almost zero defect

Inspection standard reaches the pursuit of perfection

test

test

test

We guaranteed, the quality of each machine is almost zero defect

Tolerance of 3D contouring accuracy conforms to the standard:
Result of 114 spots test is approved within tolerance (± 0.02mm).

OMV (On Machine Verification): 3D Inspection is directly employed based on OMV system, which ensures each workpiece is qualified, and efficiency is enhanced to reduce time on workpiece upload/load on the table.

Specifications

Worktable

Worktable size

850 x 400

mm

Max. load (Average)

250

kg

Travel

X axis travel

700

mm

Y axis travel

400

mm

Z axis travel

300

mm

Spindle

Spindle nose taper

#30

rpm

Spindle speed (DDS)

10000 / 12000 / 15000 / 20000 / 24000

rpm

ATC

Capacity

14/21

pcs

Tool shank

BT30

Motor

Spindle drive motor (Cont. / 30min)

2.2 / 3.7 opt.3.7 / 5.5

kw

Related models

SMC-5

Linear guide

HSA-2212

Linear guideway