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MQX.OptimaXis is an affordable, dependable digital 2D X-ray inspection system designed for small and mid-sized manufacturers who want faster inspection, lower costs, and higher customer confidence. Instead of depending on outside labs and waiting for reports, OptimaXis helps you start in-house radiographic inspection by reducing turnaround time and making quality visible right on the shop floor. Built on MQS’s proven expertise, it is safe, reliable, and easy to use, making it ideal for manufacturers taking their first step toward in-house quality control.
Reduce dependency on external labs, shorten inspection cycles, and improve delivery timelines.
High-performance imaging enables clear visualization of internal defects in aluminium and light-alloy parts.
Fits on standard shop floors with simple joystick/touchscreen-style controls and minimal operator training.
AERB-compliant shielding, door interlocks, and emergency stop protection built in for safe use.
Designed to be upgrade-ready for future CT capability or higher kV configurations as requirements grow.
Detects common casting defects like porosity, gas holes, and shrinkage cavities with high clarity.
Easy to deploy for MSMEs and small foundries without infrastructure overhaul.
Faster, smarter inspections with enhancement tools, defect detection, measurement, and batch comparisons.
Minimal operator training; consistent results using pre-set inspection routines.
Safer use with interlocks and shielding, aligned to international DR inspection standards like ASTM E2422.
| Parameter | Specification |
|---|---|
| X-ray Tube | Monoblock, 160–200 kV |
| Detector | 8” / 9” / 17”, pixel pitch 140–200 μm |
| Manipulator Travel | 650 × 650 × 900 mm, tilt ±45°, rotation 360° |
| Max Sample Size | ~700 × 700 × 800 mm |
| Max Sample Weight | Up to ~50 kg |
| Control | CNC / Joystick / GUI |
| Cabinet Shielding | < 0.1 mSv/hr |
| Compliance | ASTM E2422 aligned (digital radiographic inspection) |
Choose the right physics for the job by optimizing for resolution, power, or part geometry.
Clear, low-noise imaging enables reliable detection of micro-defects and improves decision confidence.
Long equipment life and easier maintenance – supports upgrades and evolving inspection needs.
Accurate positioning improves repeatability, reduces re-scans, and supports multi-angle and CT acquisition.
Faster inspection cycles, structured reporting, and smoother transition from 2D checks to 3D CT.
