Precision engineering for everyone.
Arkametrix designs and manufactures optical control technologies — galvanometer scanner systems, the control electronics that drive them, and the integration that makes them work inside your machine.
Built for applications where accuracy is not negotiable.
Vision Systems — the galvanometer scanner platform.
One platform, three configurations. Every Vision Systems scanner shares the same calibration, cooling and mounting architecture, so moving from a single laser to four does not mean re-engineering the machine around it.
Three design decisions that hold accuracy over time.
Optical closed-loop calibration
An integrated laser and optical calibration system maintains scan field accuracy in place, rather than depending on a single factory calibration held at the point of manufacture.
Additively manufactured cooling
Cooling channels are printed within the scanner body, dissipating heat from the motors and optical components so the scan field remains stable through extended operation.
Single integrated head plate
Dual- and quad-head configurations mount to one machined plate. Every head shares the same mechanical datum, minimising head-to-head alignment error at installation.
Optical hardware, control systems, and the engineering that connects them.
Arkametrix works across the full stack — optics, electronics, control and software — so a system arrives as one designed solution rather than a set of sourced parts.
Galvo Scanner Systems
Precision laser scanning and beam positioning systems engineered for speed, accuracy and reliability.
Custom Control Systems
Intelligent control solutions designed around your specific machine, process and automation requirements.
Optical-Electrical Systems
Integrated optical and electrical technologies developed to bring advanced applications from concept to production.
System Integration
End-to-end integration of hardware, electronics, controls and software for coherent system performance.
After-Sales Services
Responsive technical support and lifecycle services that keep systems performing reliably long after installation.
Where Vision Systems is used.
Laser powder bed fusion
Multi-laser scan heads on a shared reference plane for large-format metal additive manufacturing.
Laser marking and engraving
High-speed beam positioning with repeatable field accuracy across long production runs.
Micro-machining
Fine-feature processing where field linearity and thermal stability determine tolerance.
Laser welding
Controlled beam delivery for precision joining in aerospace and medical assemblies.
Scientific instrumentation
Beam steering and optical control for laboratory and research systems.
Spectroscopy
Optical control assemblies developed for analytical and measurement applications.
An engineering process, not a catalogue.
Application review
We start from the laser source, field size, cycle time and integration constraints — not from a catalogue part number.
System specification
Configuration, optics and control architecture are defined against your application and issued as a written specification.
In-house build
Additive manufacture, optical assembly, control electronics and firmware are produced under one roof, on an internal supply chain.
Integration and support
Commissioning, calibration and lifecycle service, with development and serviceability designed in from the first drawing.
An engineering company, first.
Arkametrix Solutions was founded by Shivaprasad DV and Bhanushree Sridhar Balaram, bringing together more than fifteen years of combined experience across advanced electrical engineering, biomedical technologies and additive manufacturing.
The company was built on a straightforward belief: the technologies that power advanced manufacturing should be accessible to the industries that need them. Every system is designed, manufactured and serviced in Bengaluru.
Tell us about your application.
Send the laser configuration, field size and cycle requirement. Our engineering team will confirm the appropriate Vision Systems configuration and issue the corresponding specification.
