LUVD
Sovereign Precision Hardware Design & Manufacturing · Queensland, AU

Precision Mechanical Hardware.
Designed with absolute discipline.

From sub-micron kinematic flexures to aerospace-grade structural enclosures. LUVD Inc. designs, simulates, and machines monolithic hardware components with unyielding dimensional accuracy.

Inspect Tolerances & Materials
Kinematic Sub-Assembly

Actuator Gimbal Module MK-VII

STAGE 01 // Casing Flange STAGE 02 // Angular Contact Bearings STAGE 03 // Harmonic Flexure Pivot STAGE 04 // 5-Axis Monolithic Base
Mode: Standard Synchronized Kinematic Assembly
ID: LVD-MK7-4726
Machining Tolerance
±0.002 mm
Sub-micron repeatability
Kinematic Axis
5-Axis Synced
Simultaneous continuous milling
Surface Roughness
Ra 0.08 µm
Diamond optical turning
Manufacturing Base
Aramac QLD
Sovereign Australian facility
Engineering Capabilities

Engineered for extreme performance envelopes.

From initial kinematic synthesis to multi-axis CNC subtractive execution, our integrated process eliminates the gap between theoretical CAD and tangible hardware.

Kinematic Architecture & Flexures

Zero-backlash compliant mechanisms, planar flexure stages, and crossed-roller gimbal assemblies designed for precision optical positioning and cryogenic space payloads.

Repeatability Sub-0.5 µrad

5-Axis Monolithic CNC Milling

Simultaneous 5-axis high-speed machining centers equipped with thermal compensation algorithms for single-setup hog-out of complex aerospace chassis and optomechanical housings.

True Position ±0.002 mm (2 µm)

FEA & Thermo-Structural Analysis

Finite Element Analysis covering structural resonance, high-G shock survivability, thermal gradient dispersion, and topological mass-reduction for high-stiffness-to-weight ratios.

Simulation ANSYS / Nastran Validated

Hermetic & Environmental Sealing

IP68 and MIL-STD-810H rated chassis designs with laser-welded bellows, custom fluorosilicone gland geometry, and vacuum helium-leak testing down to 10⁻⁹ mbar·L/s.

Sealing Standard Helium Mass Spec Verified

Optical Surface Metrology

Cleanroom Zeiss bridge CMM, white-light interferometry, and contact profilometry reporting serialized GD&T certificates conforming strictly to AS9100 / ISO 9001.

Metrology Resolution 0.1 µm Volumetric

Pilot Batch Assembly & DFM

Rapid iteration bridging initial engineering prototypes to pilot-run batches of 10 to 5,000 units with complete torque logging, alignment jigging, and clean packaging.

Turnaround 72-Hour Rapid Prototypes
Material Science

Engineered alloys. Absolute traceability.

Every raw billet certified with mill-test metallurgical pedigree. Select an alloy below to inspect physical characteristics and CNC machining properties.

ASTM B348 / AMS 4928 Aerospace & Biomedical Grade

Titanium Ti-6Al-4V (Grade 5)

The premier workhorse of high-performance mechanical design. Exceptional strength-to-weight ratio, superior corrosion resistance in saline/atmospheric conditions, and outstanding biocompatibility.

Tensile Yield Strength 880 MPa
Density (Mass Efficiency) 4.43 g/cm³
Thermal Dimensional Stability (CTE) 8.6 µm/m·K

Machining & Finishing Profiles

Milling Speed / Feed 45–70 m/min (Cryo Coolant)
Surface Treatment Type II Anodize, Micro-Bead Blasted
Typical Application Kinematic Gimbal, Aero Structural Nodes
Standard Tolerance ±0.0025 mm achievable
Material Certified: AS9100D
Sovereign Manufacturing Center

Aramac, Queensland.
Engineered in isolation.

Situated at 203 Gracevale Road, Aramac QLD 4726, our advanced manufacturing center benefits from minimal urban seismic interference, enabling ultra-precise metrology and vibration-free micro-milling unattainable in congested city corridors.

Thermally Stabilized Metrology Lab: Kept at exactly 20.0°C ± 0.2°C to eliminate thermal coefficient distortions during high-tolerance optical validation.

Sovereign Supply Chain Integrity: Direct custody from billet receipt to hermetic clean packaging, meeting Australian sovereign defense and commercial aerospace compliance.

Direct National & Global Logistics: Dedicated air-freight dispatch pathways via Queensland hubs for international delivery with shock-logging telemetry.

Official Facility Address
203 GRACEVALE ROAD, ARAMAC QLD 4726, AUSTRALIA
Open Coordinates
FACILITY DISPOSITION // 4726-QLD Active Production
BAY A: 5-AXIS CNC Thermal Invar Beds BAY B: CMM LAB ISO Class 7 // 20.0°C ZONE C: INTEGRATION, HELIUM TEST & DISPATCH 203 Gracevale Road Sovereign Loading Bay
Lat: 22.9739° S Long: 145.2425° E AS9100D Certified
Direct Operational Inquiry: info@luvd.me
Engineering Methodology

Four stages of mechanical purity.

How our engineers transform kinematic challenges into serialized hardware reality.

01

Kinematic Synthesis

Degrees-of-freedom allocation, flexure stress modeling, and dynamic joint clearance analysis in parameterized 3D CAD.

CAD / Flexure Topology
02

Non-Linear FEA

Thermal shock simulations, random vibration harmonic response (NASA GEVS), and cyclic fatigue limits verification.

Stress & Vibration Proofing
03

Continuous 5-Axis Milling

High-speed monolithic hog-out, customized micro-tooling, and proprietary trochoidal path strategies to minimize residual stress.

±0.002 mm Execution
04

Metrology & Dispatch

Full Zeiss CMM scan report, helium leak serialization, ultra-pure solvent wash, and vacuum-sealed dispatch from Aramac.

Certified Serialization
Leadership & Governance

Governed by precision engineers.

The engineering directors, kinematic researchers, and manufacturing custodians steering LUVD's sovereign hardware operations.

Marcos Wunsch
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Marcos Wunsch

Chief Executive Officer & Managing Director

Sovereign Strategy & Governance

Directs corporate operations, sovereign facility expansion at Aramac, and high-reliability precision hardware procurement contracts across defense, aerospace, and advanced optoelectronics programs.

Executive Station Brisbane / Aramac QLD
Dr. Julian Henderson
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Dr. Julian Henderson

Chief Technology Officer & Lead Kinematic Architect

Kinematics & Micro-Flexures

Oversees non-linear FEA simulation architectures, kinematic topology synthesis, and novel cryogenic flexure mechanisms with prior research contributions in sub-micron interferometry.

Specialization Kinematic Synthesis
Claire Zhang
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Claire Zhang

Vice President, Advanced Metrology & Quality Systems

AS9100D & Quality Assurance

Directs the ISO Class 7 cleanroom Zeiss CMM inspection lab and Aramac plant operations. Ensures full GD&T compliance and mill-test alloy pedigree across all flight-ready serializations.

Specialization Zeiss CMM Metrology

Direct Engineering Engagement with Executive Team

Every RFQ and CAD package is inspected directly by senior engineering leadership prior to machining.

Inquiries & Quotations

Commission your hardware.

Directly connect with our senior mechanical hardware team. We sign non-disclosure agreements prior to CAD inspection.

Direct Executive Contact
info@luvd.me
Compose Mail
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