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 3D Line band

3D Line

 

(ultimate)

TR Scan


Trimos N° 700 405 30 42


Pack including

3D Line band-2

  • TRSCAN with 3 CNC Axes ( Z / X / Y )
  • CCMP Line 1.92 mm or 4.8 mm
  • 2 Screen TFT 19”
  • Ultra power Workstation Dell with Windows Seven 64 bits Ultimate

       with 32 Gb DDR4 / IK 2200 with 4 Gb DDR 5

  • Trimos Measurement and Trimos Analysis STT software & Contour module


Application  :  

Ultimate measure , large surface size with plenty of points,

Quick calculation, with Xeon processors new generation,

For roughness in 3D and microtopography for all parts,

The ultimate analysis for your business

 
3D Line Ultimate

Technical specifications for CCML1 ( 3D line )

 

CCML1

The chromatic confocal line sensor TRIMOS CCML1 offers an incredibly fast 3D measurement of 384.000 points per second with nanometric scale resolution.

A robust and compact design, as well as outstanding dynamic range and an excellent signal to noise ratio, make the TRIMOS CCML1 the best measuring tool for all materials – including polished and highly tilted surfaces. With its unrivaled performance/price ratio, TRIMOS CCML1 is the best choice for ultrafast 3D inspection

                         
CCM-L1 0.2mm CCM-L1 1mm CCM-L1 4mm

OPTICAL PROBE

CCM-L1 0.2 mm

CCM-L1 1 mm

CCM-L1 4 mm

Measuring range

200 µm

0.95 mm

3.9 mm

Line length

0.96 mm ± 0.01 mm

1.91 mm ± 0.01 mm

4.78 mm ± 0.02 mm

Lateral pitch (Y)

5 µm

10 µm

25 µm

Working distance1)

5.3 mm ± 0.2 mm

18.5 mm ± 0.2 mm

41 mm ± 0.2 mm

Spot diameter

2 µm

4 µm

10 µm

Lateral resolution

1 µm

2 µm

 5 µm

Axial resolution (Z)

20 nm

80 nm

320 nm
 Accuracy 2)
  ± 80 nm
 ± 300 nm
 ± 1.2 µm 
 Numerical aperture
  0.7
 0.55
  0.33
 Measurement angle to surface3)  90°+/-44° 90°+/-33°   90°+/-20°
 Thickness measuring range4)  20 μm - 280 μm 75 μm - 1.35 mm   300 μm - 5.5 mm
 Dimension length diameter

70.4 mm / 37 mm

  93.3 mm / 54 mm
 120 mm / 58 mm

1) bottom of optical probe to middle of measuring range
2) measurement on perpendicular mirror at 20°C
3) decreasing accuracy on the limits
4) refractive index n = 1.5