End-to-end,
in-house.
From raw material processing to finished, inspected assemblies — our manufacturing chain is built around the demands of nuclear medicine imaging.
Material to
assembly.
Our process integrates proprietary lead foil and micro-extrusion technologies with precision tooling, controlled bonding, and structural assembly. Septa thickness, hole geometry, and channel alignment are held to the tolerances that govern resolution and sensitivity in SPECT imaging — repeatable from the first unit to the thousandth.
Precision Foil Technology
High-accuracy lead foil process producing uniform septa and tight geometric tolerances — the foundation for parallel-hole, fan-beam and pinhole assemblies engineered for spatial resolution and sensitivity across the full energy range.
Precision Extrusion Technology
Proprietary micro-extrusion of lead profiles enabling fine hole geometries and form flexibility unattainable with conventional casting.
Complex Integration & Kitting
Multi-stage assemblies built and kitted per customer BOM — sub-components, hardware, and documentation consolidated into a single delivery, ready for line integration.
Custom Manufacturing to Drawing
Production according to customer drawings and specifications, supporting both new program development and ongoing OEM supply.
Medical Imaging Component Support
Long-term replacement and service supply for SPECT systems, including legacy and hybrid platforms.
ISO-Certified Quality System
Quality management system certified to ISO 9001:2015 by DEKRA, applied across the full production chain.
In-House Production Chain
Materials, machining, bonding, assembly, and inspection performed under one roof for control and traceability.
Dimensional Verification
Inspection plans built around each customer's tolerances and drawing notes.
Global Logistics
Customer-coordinated packaging and international shipping to OEM and service partners worldwide.
Have a drawing
or a specification?
Send us your requirements. We will review feasibility, materials, and inspection criteria, and propose a manufacturing path.