Performance
Fast, simultaneous measurement of Specular Included and Specular
Excluded components (SCI/SCE)
Versatility
Full wavelength range 360-740nm with 10nm pitch
Reliability
CM-3610d Vertical Model
CM-3600d and CM-3610d Spectrophotometer:
Highest Quality in Color Measurement
in the Laboratory and for Production
High reliability design with fewest moving parts of any benchtop
spectrophotometer
Large (6") sphere; d/8
°
geometry
Reflectance and transmittance sample measurements
Changeable measurement areas (ø4mm,ø8mm,or ø25.4mm)
View finder design for easy sample viewing
Compact and lightweight
Fast, Instantaneous numerical UV adjustment enables
UV-included, UV-excluded, and UV-adjusted data to be obtained
simultaneously
Precise inter-instrument agreement.
All CM-3600d spectrophotometers meet published inter-instrument
agreement.
Maintenance free technology
and ruggedness concept
The CM-3600d is equipped with maintenance-free technology
and solid state components to withstand rugged conditions.
The monolith polychromator unit assures highest durability and
stability. With one exception (Observing Lens), the CM-3600d
does not use any moving parts. Furthermore, each CM-3600d
passes a hard endurance test program to comply with KONICA
MlNOLTA's highest quality standards in accordance with
ISO-9001.
Compact but yet Powerful
Behind the compact and space-
saving design, you'll find the
skills of a top-class
instrument with 6"
large sphere and other
functions so far only
found in much larger
and more expensive
instruments.
Full range of application coverage
Konica Minolta Innovative
Optical System Technology
Multiple measurement area selection
For high-accuracy color control
The newly designed Monolith Polychromator Unit
Bright and clear
sample viewing system
Designed to meet your highest
ergonomic expectations
1.Numerical Gloss Control
Enhanced Performance Technology
Konica Minolta Innovative Optical System
2.Numerical UV Control
This technology also provides:
SCI
specular component included
SCE
specular component excluded
UV-adjusted data
LAV
25.4mm
MAV
8mm
SAV
4mm
Konica Minolta's Innovative Optical System, including
Numerical Gloss Control and Numerical UV Control,
opens the way to unlimited application versatility at a
price level never seen before.
Whatever your sample looks like, with the CM-3600d you can measure it!
Reflectance of opaque samples, Transmittance of transparent liquids or solids and
Diffuse Transmittance of translucent materials such as plastics - the CM-3600d is
truly versatile.
Transmittance Measurement-The CM-3600d employs the d/0
°
geometry (diffused lighting, 0
°
viewing), which conforms to ISO,
DIN, CIE, and ASTM standards.
Reflectance Measurement-The
CM-3600d employs d/8
°
geometry
(diffused lighting, 8
°
from normal
viewing) which conforms to JlS7 ISO,
DIN, CIE and ASTM standards.
consists of a diffraction grating with a full wavelength range, 360-740 nm,
at 10nm pitch, and 10nm half-band width, both for sample and reference
light, and dual-channel sensor array.
The retro mirror's reflected and
illuminated sample viewing
screen minimizes fatigue and
allows trouble-free sample
observation.
The compact and space-saving body as well
as all functions of the CM-3600d have been
designed to ensure easy and fatigue-free
operation in daily use. The bright mirror
sample viewing system, the sample holder
for up to A4 size samples with full 90
°
lock
down, and the versatile Transmittance
chamber for liquid or translucent samples
are all just where you expect them to be for
easy operation.
To cover all kinds of samples, the CM-3600d gives you
the choice among three aperture sizes: LAV 25.4mm,
MAV 8mm and SAV 4mm with precise measurement
spot adjustment by a motorized observing lens.
The CM-3600d and CM-3610d are equipped with Konica Minolta Innovative
Optical System technology. For users, this means high accuracy and
repeatability, improved performance, additional features, simple operation,
and - low, affordable pricing.
Instead of using a mechanically driven gloss trap,
the CM-3600d and CM-3610d feature a patented
numerical Gloss (SCl/SCE) control system.
By sequentially firing two flashes, within a few
seconds the system provides both SCI and SCE
values for each sample.
To replace the time-consuming traditional UV
measurement system that utilizes moving filters,
the CM-3600d introduces yet another patented
numerical calculation system, which is also part
of the CM-3610d: The measured values of two
sequentially fired flashes, one with full UV ener-
gy and one with UV cut-off filter at either 400 or
420 nm are combined to obtain the spectral
characteristics, and the respective whiteness
and tint value of any UV-activated fluorescence
sample. To avoid triplet effect on FWA treated
samples, the CM-3600d and CM-3610d can be
set to Soft-Flash mode. Numerical UV Control
technology makes faster, more effective and
reliable measurements of FWA treated materials
such as textiles, papers and detergents.
CM 3600d/3610d_inside.ai 2003.9.26
