MIRK SYSTEMS
Microfabrication, Intelligent Robotics & Kinematics
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FLAGSHIP HARDWARE • DIGITAL TWIN EMBEDDED

Smart 3-Axis Modular CNC with Digital Twin AI

The MIRK Lab-3X™ delivers industrial-grade precision machining at educational affordability. Engineered with rigid 6063-T6 modular aluminum extrusions, dual linear guide rails, and a built-in cyber-physical Digital Twin engine that eliminates student tool crashes and allows multi-machine fleet monitoring across campus WiFi.

Launch Live Twin HUD Simulator Metrology Specifications Request Lab Quote
Kinematics
3-Axis XYZ
Synchronized Closed-Loop
Architecture
Modular
Aluminum 6063-T6
Spindle
24,000 RPM
ER16 Water-Cooled
Safety Guard
< 5 ms
Zero Crash Trip
MIRK Lab-3X Smart Modular CNC
CYBER-PHYSICAL TWIN CONNECTED
MIRK Lab-3X™ Educational CNC
Modular T-Slot Frame • 400x300x120 mm Envelope
View Twin
INTERACTIVE CYBER-PHYSICAL ENGINE

Live Digital Twin Telemetry HUD Simulator

Test the cutting telemetry, virtual G-code dry-run, and automated tool-breakage stall trip running directly on the MIRK Lab-3X™ motion controller.

MIRK-TWINOS™ [CYBER-PHYSICAL ENGINE]
NODE: CNC-LAB-01 (IP: 192.168.1.104 • 5ms Telemetry Bus)
SPINDLE LOAD 42%
18,240 RPM
CUTTING FORCE OPTIMAL
14.6 N
VIBRATION RMS SMOOTH
0.08 mm/s²
SAFETY GUARD NO CRASH
ARMED (5ms)
SYNCHRONIZED KINEMATICS ABSOLUTE (G54)
X-AXIS
142.350
mm
Y-AXIS
089.120
mm
Z-AXIS
-002.500
mm
Feedrate: 1200 mm/min Tool: T1 (3.175mm Endmill)
DIGITAL TWIN SYNCHRONIZER STREAM TELEMETRY SYNC: 100%
[00:00:01] > MIRK-TwinOS linked to 3-Axis CNC controller. Sensor handshake OK.
[00:00:02] > G01 X142.350 Y89.120 Z-2.500 F1200 S18000
[00:00:03] > Virtual dry-run verified zero fixture collisions. Material engagement active.
[00:00:04] > Cutting load: 42% (Normal). Acoustic sensor: Nominal.
DIGITAL TWIN AI ENGINE

Why Digital Twin Changes College Machining

Engineering students learn fearlessly without expensive crashes or tool breakages.

Virtual Collision Sandbox

Students can run their G-code in the 3D twin environment prior to physical cutting. The software simulates clamping jaws, workpiece boundaries, and spindle clearances in real time.

5ms Overload Stall Trip

High-frequency current and acoustic sensors detect excessive tool deflection or hard workpiece bottoming in 5ms, halting feed motion before carbide tools snap.

Campus Fleet Dashboard

Professors and lab instructors can view 1 to 30 CNC machines simultaneously across the department via web dashboard, tracking student progress, runtime, and alarms.

Real-Time Cutting Metrology

Log cutting forces, chip load dynamics, and surface finish metrics for manufacturing research papers, mechanical design labs, and robotics thesis projects.

MACHINE METROLOGY & HARDWARE

Modular Aluminum 6063-T6 Engineering

Constructed with heavy-wall extruded aluminum profiles to provide rigid mechanical damping without the prohibitive shipping and maintenance overhead of cast iron.

Modular CNC Spindle Closeup
24k RPM High-Speed Water-Cooled Spindle
Precision ER16 Collet • Dual MGN12H Linear Rails
C7 BALLSCREWS
400x300x120 mm
Work Envelope
±0.015 mm
Positioning Repeatability
5,000 mm/min
Max Rapid Feed

Technical Architecture MIRK-LAB-3X

Structural Frame Modular 6063-T6 Heavy-Wall T-Slot Extrusions
Kinematic Travel (XYZ) 400 × 300 × 120 mm
Linear Guides Dual MGN12H Precision Steel Rails (All 3 Axes)
Drive Mechanism Anti-Backlash SFU1204 Ground Ballscrews
Spindle Options 1.5 kW / 2.2 kW Water-Cooled (24,000 RPM)
Machinable Materials Al 6061, Brass, Delrin, Acrylic, PCB, Hardwoods
Digital Twin Interface Campus WiFi / Ethernet 5ms Synchronous Bus
Safety Features Full Acrylic Enclosure, Interlock & Physical E-Stop
Test Simulator HUD Request Configuration Quote
DEPLOYMENT PACKAGES

Institutional Deployment Configurations

Tailored packages for mechanical engineering workshops, robotics research, and multi-machine university labs.

ACADEMIC WORKSHOP EDITION

Standard 3-Axis Modular CNC

Basic 3-axis aluminum modular CNC machine for fundamental workshop and introductory machining exercises.

  • Modular 6063-T6 Aluminum Frame
  • 300 × 200 × 80 mm Envelope
  • 800W Air-Cooled Spindle (12k RPM)
  • Industrial USB G-Code Controller
Inquire Academic Workshop Edition
RECOMMENDED FOR COLLEGES
SMART DIGITAL TWIN EDITION

MIRK Lab-3X™ Cyber-Physical

Full cyber-physical CNC system with real-time cutting load telemetry, virtual dry-run collision sandbox, and 24,000 RPM spindle.

  • 400 × 300 × 120 mm Heavy Travel Envelope
  • 1.5 kW Water-Cooled 24,000 RPM Spindle
  • Full Digital Twin AI & 5ms Crash Guard
  • Campus WiFi / Ethernet Multi-User Hub
  • Acrylic Safety Enclosure & Emergency Stop
Inquire Smart Digital Twin Edition
5-MACHINE CLASSROOM LAB

Turnkey Campus Lab Package

Complete turnkey setup for an entire department or university innovation center with central fleet monitoring.

  • 5× MIRK Lab-3X™ Smart CNC Units
  • Central Professor Multi-Machine Dashboard
  • 10-Week CNC & Digital Twin Curriculum
  • Complete Tooling, Clamping & Collet Kits
Inquire 5-Machine Lab Package
OFFICIAL INSTITUTIONAL PROPOSAL

Request a Formal CNC Machine Proposal

We provide formal academic quotes, specification sheets, and university PO invoices within 24 hours.