SCANOLOGY / PORTABLE COORDINATE MEASURING ARM

AccuArm

Accurate contact measurement. Where you work.

Video: SCANOLOGY · AccuArm
AccuArm

01 / OVERVIEW

Accurate contact measurement. Where you work.

A portable coordinate measuring system for inspecting parts and assemblies. Carbon construction, measuring probes and flexible mounting connect measurement in the lab and on the shop floor.

2–4,5 m

working range

Versions listed in the manufacturer's current technical table.
6 / 7

axes

Two arm versions.
S / E / C

performance classes

Superior, Enhanced and Classic; MPE values depend on the version.

02 / QUALITY CONTROL

Measure directly on the part.

The coordinate arm lets you check geometry even on large workpieces. The measurement process links capture, analysis and reporting.

AccuArm contact-measuring a long metal workpiece
Internal encoders and mechanics of AccuArm

03 / MEASURING DESIGN

Accuracy starts in the mechanics.

Encoders and bearings support stable position capture. Algorithms compensate for temperature effects and probing load.

04 / ERGONOMICS

Easier movement through the measurement.

Carbon construction and spring balancing reduce effort in use. The portable design supports on-site work.

Detail of the AccuArm construction and housing

05 / MEASURING PROBES

The right probe for your access.

Quick probe change lets you adapt to the measuring task without recalibration, following the manufacturer's procedure.

Changing contact probes on AccuArm

06 / MOUNTING

A stable base in different environments.

Mounting options include stands, magnetic bases and vacuum mounts. Choose the base according to the surface and process.

Mounting the AccuArm on a base

07 / ARM+

Extend the measurement process.

AccuArm can complement SCANOLOGY handheld scanners, optical systems and photogrammetry in a shared DefinSight workflow.

AccuArm and the Arm+ industrial measuring process

08 / SOFTWARE SUPPORT

From measurement to decision.

Process measurements in DefinSight or supported inspection software. Reviewing deviations helps set up and check assemblies.

AccuArm with measurement data and software analysis

09 / FROM TASK TO RESULT

01

Fixture setup

Checking positions and deviations while setting up measuring and assembly fixtures.

02

Inspecting large parts

Contact inspection of geometry right where the workpiece is.

03

Assembly inspection

Measuring housings, sealing surfaces and assemblies before further assembly.

10 / TECHNICAL DATA

Details for your decision.

A selection of key parameters. When choosing, consider object size, required accuracy and working conditions.

System type
Portable coordinate measuring machine — PCMM
Versions
6 or 7 axes
Classes
S / E / C
Working ranges
2; 2,5; 3; 3,5; 4; 4,5 m
Contact measurement standard
ISO 10360-12
Example EUNI — S, 6 axes, 2 m
±0,022 mm MPE
Example EUNI — S, 7 axes, 2 m
±0,023 mm MPE
Probes
Quick change without recalibration, per manufacturer's instructions
Power supply
Hot-swappable batteries
Software
DefinSight; stated support for PolyWorks, Metrolog X4 and Verisurf

The two EUNI errors are examples for a specific version. MPE means maximum permissible error; accuracy depends on class, number of axes, working range and measured parameter. The full SPAT, EUNI, PFORM, PSIZE and LDIA table is in the official brochure.

11 / RELATED EQUIPMENT

The next step in the process.

3D ING / TALK ABOUT YOUR PROJECT

Show us the task.
Let's find the right solution.

What do you want to scan and what result do you need?

Describe the object, its size, material and the intended use of the data. Together we can clarify the basis for choosing equipment.