Shree Rapid Technologies

ZEISS DuraMax

Built for Additive Manufacturing Inspection

Additive manufacturing introduces complex shapes, tight tolerances, and internal features that demand precise inspection. Our 3D Printing CMM solutions are engineered to measure printed components with exceptional accuracy, stability, and speed—directly supporting quality assurance across prototypes, production parts, and functional assemblies.

Designed to handle intricate geometries and challenging surfaces, these CMMs deliver reliable measurement results that help manufacturers validate designs, reduce rework, and maintain consistent part quality throughout the production cycle.

  • Optimized for Complex Geometries
  • Stable Measurement Performance
  • Flexible Sensor Compatibility
  • Production-Ready Operation
ZEISS DuraMax
ZEISS DuraMax

Features and Benefits

Engineered for Precision, Speed, and Reliability

01
High-Precision Measurement System
Engineered to capture accurate dimensional data for complex 3D printed parts, including freeform surfaces and internal geometries.
02
Rigid and Thermally Stable Structure
Designed to maintain measurement accuracy by minimizing the effects of vibration and temperature variation in production environments.
03
Multi-Sensor Probing Capability
Compatible with tactile and scanning probes, enabling flexible inspection across a wide range of materials and surface finishes.
04
Advanced Measurement Software
Provides intuitive programming, automated inspection routines, and comprehensive data analysis for efficient quality control.
05
Production-Ready Design
Built for reliable operation close to manufacturing processes, supporting fast inspections without sacrificing accuracy.
06
Future-Ready System Architecture
Scalable hardware and software design supports evolving additive manufacturing requirements and inspection complexity.

Technical Specifications

Technical Capabilities at a Glance

Technical Specifications

Measuring volume : 500 x 500 x 500 mm3

 

Length measurement : error E0 in μm E0/E40 in µm MPE according to ISO 10360-2:2009 2.4 + L/300 18°C – 22°C

 

Extended temperature range (ZEISS TVA 1) E0/E40 in µm : 2.7 + L/250 18°C – 26°C

 

Extended temperature range (ZEISS TVA 1) E0/E40 in µm : 2.9 + L/200 18°C – 30°C

 

Extended temperature range (ZEISS TVA 1) E0/E40 in µm : not available

 

Software : ZEISS CALYPSO

 

Tactile Sensor : VAST XXT TL 3

 

Stylus length : radially up to 65 mm (star stylus)

 

Probe diameter : 0.3 – 8 mm

Print Software

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