PetroSpec PAC QuickSpec
QuickSpec provides a broad analysis range of ethanol from 0.1 vol% to 100.0 vol%, which is crucial for ethanol blending in gasoline and for measuring purity of fuel-grade ethanol.
ShapeGrabber 3D Laser Scanning systems deliver fast, accurate and automated 3D measurement. The ShapeGrabber is ideal for measuring complex shapes such as molded plastics, castings, stampings, and machined parts and that are time-consuming, costly, and difficult to measure. Using multiple motion axes, ShapeGrabber laser scanners eliminate the need for software alignment and registration and ensure fast, accurate results.
ShapeGrabber automated scanners are well suited for situations in which speed and ease of use are important. These systems scan parts in a wide variety of materials, colors, and finishes and excel in rapid prototyping, manufacturing, quality control, and reverse engineering applications.
BENEFITS |
FEATURES |
|---|---|
| Delivers accurate measurement of a wide variety of materials, colors, textures, and finishes | High-resolution 3D scanheads with high dynamic range |
| Easy to use, no need to write special code | Scanning parameters are easily selected and saved |
| A versatile system that is configurable to meet a wide variety of application requirements | Multiple motion axes and laser sensors |
| Fast and easy full part coverage when measuring complex shaped parts | Integrated and calibrated scanning and part positioning |
| Data capture is not dependent on the operator. Results are highly repeatable | Automated transports including a linear and rotary axis |
ShapeGrabber systems are available in three models to match part size and configuration.
Benchtop system for fully automated 3D laser scanning
Floor model system for fully automated, accurate and easy 3D Scanning
Large capacity automated 3D laser scanning system
QuickSpec provides a broad analysis range of ethanol from 0.1 vol% to 100.0 vol%, which is crucial for ethanol blending in gasoline and for measuring purity of fuel-grade ethanol.
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