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Vertical Machining Center (Linear guide way)

HSM

HSM-560

Driving the future of semiconductor micro machining

Spindle runout under 6 μm ensures precise positioning of every hole.

One & only :


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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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μm

Performance and standard on the same as Japanese machines

Roundness within 5μm


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BBT Dual Contact Spindle

30% rigidity raise per spindle BBT double contact, which is 30 % better than general spindles


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SSCT (Super Speed Cycle Time)

Machining efficiency 30% better than peers


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years

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

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

B30K Built-in High-Speed Spindle

High-Quality, High-Rigidity Spindle

Spindle runout ≤ 6 μm

  1. B30K Spindle Torque: S1/S6: 8.1 / 10.55 N·m
  2. Spindle Thermal Expansion: < 20 μm (during 8 hours of variable-speed operation from 2,000 to 15,000 rpm)
  3. Spindle Runout: ≤ 6 μm (measured with a 300 mm test bar in-house)

Stability_Optimized Structure Design to Enhance Rigidity up to 30%

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One-piece base design

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Box-type integrated motor and bearing design

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High-precision linear guideways

Improving cutting stability and dynamic precision

  1. One-Piece Base Design:High-rigidity, one-piece cast base ensures superior structural stability.
  2. Integrated Saddle Motor and Bearing Housing:The motor and bearing housing are integrally formed on the saddle for enhanced support rigidity.the saddle rib structure adopts a circular layout, significantly increasing overall structural stiffness.
  3. High-Precision Linear Guideways:Supports high-speed machining with rapid traverse speeds up to 30,000 mm/min.

3-Axis Direct-Drive Transmission with Protective Cover Design

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3-axis direct-drive transmission design

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3-axis telescopic way cover design

3-axis direct drive improves efficiency and accuracy, while way covers ensure long-term guideway and ballscrew stability

  • Direct-drive Z-axis servo motor with ballscrew: The servo motor drives directly with no backlash or servo lag, improving machine efficiency and stability.
  • The X/Y/Z axes feature telescopic way covers that effectively prevent chip damage to the guideway surfaces.

The Same Level of Performance as Japanese Machines

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Drilling

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Face milling

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End milling

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Tapping

1. Decades of machine tool manufacturing technology, plus new developed AI technology, makes the machining accuracy/efficiency/finish almost equal to the level of Japanese machines

2. “Super Speed Cycle time” makes cutting efficiency 15% ~ 50% higher than Taiwanese peers


．Model：HSM-560

．Time：5 h 20 min

．Hole Depth: 1 mm (T1)

．Spindle: 5,000 rpm built-in spindle

．Workpiece Material: PEEK

Inspection standard reaches the pursuit of perfection.

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

Persuasive Inspection Standard

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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

700 x 430

mm

Max. load (Average)

300

kg

Travel

X axis travel

560

mm

Y axis travel

430

mm

Z axis travel

450

mm

Spindle

Spindle nose taper

#40

Spindle speed (Built-in)

30000

rpm

ATC

Capacity

16

pcs

Tool shank

HSK-E40

Motor

Spindle drive motor (Cont. / 30min)

6.4

kw

Related models

TGV-128

Linear guide