High-Precision Systems
For industries where performance is measured in microns and milliseconds, standard solutions are not enough. Axiom Tech excels in the design, development, and integration of high-precision systems that push the boundaries of what is possible in stability, accuracy, and dynamic performance.
The Pursuit of Ultimate Performance
Building high-precision systems requires a holistic, multidisciplinary approach. It's an exacting discipline where mechanical design, control theory, electronics, and software engineering converge. Success depends on managing heat, isolating vibration, and achieving nanometer-level control under demanding operational conditions.
Our Solutions
We provide the deep engineering expertise required to create best-in-class equipment:
High-Rigidity & Stability Structure Design
Leveraging advanced materials, FEA, and sophisticated thermal management to design structures with exceptional stability and rigidity.
Advanced Control & Decoupling
Implementing complex control algorithms, including kinematic decoupling and input shaping, to achieve superior multi-axis performance.
Comprehensive Vibration Analysis
From modal analysis in simulation to hands-on DoE and signal processing, we identify and mitigate vibration at its source.
Ultra-Precision Assembly & Metrology
Mastery of precise assembly and tuning processes, validated with advanced metrology tools like laser interferometers to meet the most stringent specifications.
Core Capabilities for Precision Engineering
CAE Simulation Expertise
In-depth modal, harmonic, and dynamic analysis using Solid Edge and ANSYS to optimize designs before manufacturing.
Proprietary Control Technology
In-house development of controllers, drives, and firmware, giving us full command over system performance and capabilities.
Real-Time Software & RTOS
Development on validated real-time operating systems (FreeRTOS, Micrium OS) for deterministic and reliable performance.
Multidisciplinary Integration
Seamlessly blending mechanical, electronic, electrical, and software engineering to deliver a cohesive, high-performance system.