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Barbieri Spectro LFP QB
The Spectro LFP qb is an Automatic Reflection and Transmission Spectrophotometer for color measurement of all substrates in various digital printing applications like Creation of ICC-profiles for color management, Linearization and calibration of Digital Output devices
and Color accuracy and stability control.
It offers fully automated reflection and transmission measurements for materials up to 20 mm with its variable 2-6-8 mm measurement aperture.
Description
Product Info
- Fully automated reflection and transmission color chart measurements
- Measure reflective materials up to 20 mm
- Built-in Barbieri qb technology including M0-M1-M2-M3 measurement conditions (ISO 13655)
- Removable measurement head for wireless spot color measurements
- Sensing unit for autopositioning of color charts
- Supported by most RIP-software
- Includes free measurement software Barbieri Gateway for Mac and PC
- Variable measurement aperture (2mm – 6 mm – 8 mm)
6
measuring modes for reflection and transmission3
switchable Measuring Apertures7
media sample holders available4
Measurement conditions: M0, M1, M2, M320
mm thick media supported30
and more software applications supporting deviceProduct Video
Technical Specifications
Temperature sensor
- range -20 … +50 °C (-4 … +122 °F)
- resolution 0,1 accuracy: +/- 1,0
- range 0 … 100 %
- resolution 1 accuracy: +/- 5%
- USB 2.0 type C
- WiFi 2,4 GHz IEEE 802.11b/g/n (2,4 GHz only)
- Open, WEP, WPA, WPA2 Security
- FCC (USA), IC (Canada), CE (Europe), MIC (Japan), KCC (South Korea); UKCA (UK) Certified
- 237 x 82 x 65 mm - Weight: 1000 g
- variable between 2, 6 and 8 mm diameter (reflection and transmission)
Geometry
- reflection 45°:0° circumferential (ISO 5-4:2009)
- transmission d:0 (ISO 5-2)
- automatic with internal white reference
- Reflection: 3 point circumferential, 7 LED-chip
- Transmission: diffuse, 6 LED module
- dynamic (> 200%) for measurement of fluorescent specimens
- 0.05 ΔE00 on white ceramic tile (standard deviation, 10 measurements made in spot mode) < 0,2 ΔE00 in scanning mode
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