SNAP 200

Description:

The SNAP™ 200 is a compact unit equipped with a Large FOV Telecentric lens and a motorized stage with a 250 x 100 mm measuring area. Dual-Mag optics increase capability by providing a much larger magnification range, even within a program. SNAP-X metrology software supports simple “walk up and measure” use, comparison to an electronic overlay, creation and running of automatic programs, including complex measurements and GD&T. AutoID limits operator requirements.

  • Large FOV, telecentric dual magnification optics
  • Collimated back-light, programmable ring light, and coaxial surface light
  • Motorized axes with up to 250 x 100 mm measuring range
  • SNAP-X Metrology Software
  • Optional ZONE3 Metrology Software
Standard Optional
Measuring Unit Rigid, cast aluminum base and nickel plated worktable; 4 kg load capacity, evenly distributed
Stage Motorized, programmable 150 mm X and 75 mm Z axis (focus) adjustment with push-button controls
Maximum Measuring Range (X,Y) 250 mm x 100 mm
Optics Telecentric, dual optical magnification with 4x high magnification lens
XY FOV Accuracy (E2) Low Magnification Lens: (4.0 + L/50) µm

4x High Magnification Lens: (2.0 + L/50) µm

XY Area Accuracy (E2) (7.0 + L/50) µm

More OGP Products:

SmartScope® M20 is the next evolution of the worldwide standard in 3D multisensor metrology.

The patented IntelliCentric™-M Optical System features fully telecentric fixed lens optics and VIRTUAL ZOOM™ technology, paired with a high-density 20 MP digital metrology camera and a built-in electronic aperture, delivering an ultra-high-resolution image with low distortion – perfect for high-speed edge detection metrology.

Ultra-High-Resolution Images – All LED coaxial, substage profile, and SmartRing™ light illumination comes standard

Sturdy, Stable Construction – Compact elevating bridge design with machined in squareness for built-in accuracy

Multisensor Versatility – Optional TP-20 and TP-200 touch probes, SP-25 Scanning Probe, Feather Probe™, Through-the-Lens (TTL) Laser, Rainbow Probe™, TeleStar® Probe

Standard Optional
XYZ Travel 300 x 300 x 250 mm
XYZ Scale Resolution 0.1 μm including dual Z-axis scales 0.05 µm
XYZ Volumetric Accuracy E3 = (3.8 + 5L/1000) μm
XY Area Accuracy E2 = (1.8 + 5L/1000) μm
Z Linear Accuracy E1 = (3.0 + 5L/1000) μm E1 = (2.5 + 5L/1000) µm (requires touch probe or TTL laser) E1 = (2.0 + 5L/1000) µm (requires TeleStar probe)

SmartScope® M45 is the next evolution of the worldwide standard in 3D multisensor metrology.

The patented IntelliCentric™-M Optical System features fully telecentric fixed lens optics and VIRTUAL ZOOM™ technology, paired with a high-density 20 MP digital metrology camera and a built-in electronic aperture, delivering an ultra-high-resolution image with low distortion – perfect for high-speed edge detection metrology.

Ultra-High-Resolution Images – All LED coaxial, substage profile, and SmartRing™ light illumination comes standard

Sturdy, Stable Construction – Parts move on a precision DC motor-driven Y-axis stage while the optics travel in the X-axis mounted on a rigid bridge support structure for metrological integrity

Multisensor Versatility – Optional TP-20 and TP-200 touch probes, SP-25 Scanning Probe, Feather Probe™, Through-the-Lens (TTL) Laser, Rainbow Probe™, TeleStar® Probe

Standard Optional
XYZ Travel 500 x 450 x 200 mm Extended Y-axis: 610 mm Extended Z-axis: 300 mm
XYZ Scale Resolution 0.1 μm 0.05 µm
XY Area Accuracy E2 = (2.5 + 5L/1000) μm
Z Linear Accuracy E1 = (3.0 + 8L/1000) μm E1 = (2.5 + 8L/1000) µm (requires touch probe or TTL laser) E1 = (2.0 + 8L/1000) µm (requires TeleStar Probe)

 

SmartScope® M50 is the next evolution of the worldwide standard in 3D multisensor metrology.

The patented IntelliCentric™-M Optical System features fully telecentric fixed lens optics and VIRTUAL ZOOM™ technology, paired with a high-density 20 MP digital metrology camera and a built-in electronic aperture, delivering an ultra-high-resolution image with low distortion – perfect for high-speed edge detection metrology.

Ultra-High-Resolution Images – All LED coaxial, substage profile, and SmartRing™ light illumination comes standard

Sturdy, Stable Construction – Fixed granite bridge and base rest on a sturdy steel support structure to provide a rigid, orthogonal structure for measurement stability

Multisensor Versatility – Optional TP-20 and TP-200 touch probes, SP-25 Scanning Probe, Feather Probe™, Through-the-Lens (TTL) Laser, Rainbow Probe™, TeleStar® Probe

Standard Optional
XYZ Travel 450 x 600 x 200 mm Extended Z-axis: 300 or 400 mm
XYZ Scale Resolution 0.1 μm 0.05 µm
XYZ Volumetric Accuracy E3 = (3.0 + 5L/1000) μm
XY Area Accuracy E2 = (1.8 + 5L/1000) μm
Z Linear Accuracy E1 = (2.5 + 5L/1000) μm E1 = (2.0 + 5L/1000) µm (requires touch probe or TTL laser) E1 = (1.5 + 5L/1000) µm (requires TeleStar Probe)

SmartScope® M130 is the next evolution of the worldwide standard in 3D multisensor metrology, ideal for manufacturers inspecting large or heavy parts.

The patented IntelliCentric-M Optical System features fully telecentric fixed lens optics and VIRTUAL ZOOM™ technology, paired with a high-density 20 MP digital metrology camera and a built-in electronic aperture, delivering an ultra-high-resolution image with low distortion – perfect for high-speed edge detection metrology.

Ultra-High-Resolution Images – All LED coaxial, substage profile, and SmartRing™ light illumination comes standard

Sturdy, Stable Construction – Fixed granite bridge and base rest on a sturdy steel support structure to provide a rigid, orthogonal structure for measurement stability

Multisensor Versatility – Optional TP-20 and TP-200 touch probes, SP-25 Scanning Probe, Feather Probe™, Through-the-Lens (TTL) Laser, Rainbow Probe™, TeleStar® Probe

Standard Optional
XYZ Travel 790 x 815 x 200 mm Extended Z-axis: 300 or 400 mm
XYZ Scale Resolution 0.1 μm 0.05 µm
XYZ Volumetric Accuracy E3 = (3.2 + 5L/1000) µm
XY Area Accuracy E2 = (2.0 + 5L/1000) µm
Z Linear Accuracy E1 = (2.5 + 5L/1000) µm E1 = (2.0 + 5L/1000) µm (requires Touch Probe or TTL Laser) E1 = (1.5 + 5L/1000) µm (requires TeleStar Probe)
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