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DELTA OPERA

DELTA OPERA makes loading very large parts simple, safe, and efficient

The evolution of DELTA OPERA stems back to the 1960s, with the pioneering DEA gantry machines that delivered fast and accurate inspection of large parts for decades. Drawing on this history of innovation, the DELTA OPERA’s unique half-bridge and half-gantry open structure offers with unprecedented levels of part loading efficiency, combined with high measurement precision and speed.

DELTA OPERA makes loading very large parts simple, safe, and efficient

HH-A / HH-AS Automatic 5° Probe Heads

The universal system component for use with any multicoordinate measuring machine, whatever the model or manufacturer.

HH-A-T2.5 / HH-AS-T2.5 Automatic 2.5° Probe Heads

The HH-A-T2.5 is capable of indexing in 2.5° increments and can achieve 12,240 unique positions.

HH-A-H2.5 / HH-AS-H2.5 Automatic HD Probe Heads

The HH-A-2.5 range of probe heads feature a number of innovations, including a fully embedded controller, and capacitive crash protection.

HP-S-X5 Scanning Probes

HP-S-X5 scanning probes are 3D fixed scanning heads measuring in the X, Y and Z directions to define the workpiece surfaces' orientation.

LAMBDA SP

The LAMBDA SP is a line of very large measuring machines designed for operation in industrial environments.

ALPHA 2.0

The CMM offers easy access to the measurement volume and easy loading and integration with part transportation systems.

DELTA SLANT

The DELTA SLANT is a line of gantry coordinate measuring machines (CMMs) that excel in the high-accuracy inspection of large machined parts.

Training and Resources

DELTA OPERA Specifications

Accuracy₁	Probe type compatibility	Automation ready	Temperature specification
From 3.2μm + 3.0 L/1000, MPE(E0/E150)₂) [19-21 °C] From 3.2μm + 3.5 L/1000, MPE(E0/E150)₂) [18-22 °C] From 3.6μm + 5.2 L/1000, MPE(E0/E150)₂) [16-26 °C]	Touch trigger probe Scanning probe Laser scanner probe	YES	19 - 21 °C 18 - 22 °C 16 - 26 °C

Accuracy₁

Probe type compatibility

Automation ready

Temperature specification

From 3.2μm + 3.0 L/1000, MPE(E0/E150)₂) [19-21 °C]

From 3.2μm + 3.5 L/1000, MPE(E0/E150)₂) [18-22 °C]

From 3.6μm + 5.2 L/1000, MPE(E0/E150)₂) [16-26 °C]

Touch trigger probe

Scanning probe

Laser scanner probe

YES

19 - 21 °C

18 - 22 °C

16 - 26 °C

Accuracy₁
From 3.2μm + 3.0 L/1000, MPE(E0/E150)₂) [19-21 °C] From 3.2μm + 3.5 L/1000, MPE(E0/E150)₂) [18-22 °C] From 3.6μm + 5.2 L/1000, MPE(E0/E150)₂) [16-26 °C]
Probe type compatibility
Touch trigger probe Scanning probe Laser scanner probe
Automation ready
YES
Temperature specification
19 - 21 °C 18 - 22 °C 16 - 26 °C

₁ According to ISO 10360-2 (2009)

₂ E0, MPE/E150, MPE specifications are to be formally understood as E0,MPE* /E150, MPE* for the case where non-normal CTE material calibrated test lengths are used.

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DELTA OPERA makes loading very large parts simple, safe, and efficient

DELTA OPERA Specifications

Accuracy₁	Probe type compatibility	Automation ready	Temperature specification
From 3.2μm + 3.0 L/1000, MPE(E0/E150)₂) [19-21 °C] From 3.2μm + 3.5 L/1000, MPE(E0/E150)₂) [18-22 °C] From 3.6μm + 5.2 L/1000, MPE(E0/E150)₂) [16-26 °C]	Touch trigger probe Scanning probe Laser scanner probe	YES	19 - 21 °C 18 - 22 °C 16 - 26 °C

Accuracy₁

Probe type compatibility

Automation ready

Temperature specification

From 3.2μm + 3.0 L/1000, MPE(E0/E150)₂) [19-21 °C]

From 3.2μm + 3.5 L/1000, MPE(E0/E150)₂) [18-22 °C]

From 3.6μm + 5.2 L/1000, MPE(E0/E150)₂) [16-26 °C]

Touch trigger probe

Scanning probe

Laser scanner probe

YES

19 - 21 °C

18 - 22 °C

16 - 26 °C

Accuracy₁
From 3.2μm + 3.0 L/1000, MPE(E0/E150)₂) [19-21 °C] From 3.2μm + 3.5 L/1000, MPE(E0/E150)₂) [18-22 °C] From 3.6μm + 5.2 L/1000, MPE(E0/E150)₂) [16-26 °C]
Probe type compatibility
Touch trigger probe Scanning probe Laser scanner probe
Automation ready
YES
Temperature specification
19 - 21 °C 18 - 22 °C 16 - 26 °C

₁ According to ISO 10360-2 (2009)

₂ E0, MPE/E150, MPE specifications are to be formally understood as E0,MPE* /E150, MPE* for the case where non-normal CTE material calibrated test lengths are used.