Konica Minolta Security White Paper
Security Basic Policies and Technologies Provided by Konica Minolta

Version 5.2 January 2010

Notice: This White Paper is for KM subsidiaries. In the White Paper, there is information of specifications that are supported only for unreleased models. When explaining to users, please refer to the attached list of security specifications on each model.
Documentation for Konica Minolta Group Company.
Version 1 Version.1 Version 2.0 Version 2.1 Version 2.2 Version 3.0 Version 4.0 Version 5.0 Version 5.1 Version 5.2
August 2004 September 2004 February 2005 February 2005 March October May Oct. Aug. January 2008 2010
First release Added description of applicable models Added description of applicable models Corrected Version2.0 Corrected Version2.1 Revised functions and description of applicable models Revised functions and description of applicable models Revised functions and description of applicable models Addition of applicable models Addition of functions and applicable models
Konica Minolta products come with various security technologies. However, these technologies work effective only when customers use their products based on the Konica Minoltas security policies. For each setting, please see Users Manual of the products. Also, please understand that this document does not assure a complete security. Active Directory is the trademark of Microsoft Corporation. VxWorks is the registered trademark of Wind River Systems, Inc. Felica is the registered trademark of Sony Corporation. Adobe Acrobat is the registered trademark of Adobe Systems Incorporated.
Konica Minolta Security White Paper PAGE 1 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Table of Contents Chapter 1 Introduction I. Security Basic Policies 1. Equipment of Latest Security Technologies 2. Certification from 3rd party company Chapter 2 Device -Related Security Items and Technologies Used I. Security from public telephone line 1. Security with FAX line 2. Security with line used for remote diagnosis device II. Security with LAN connection 1. Security with Network protocol 2. User authentication 3. Security of device control from network 4. Encryption of data communication 5. Quarantine Network Support 6. Action against virus 7. Protection against virus from USB memory III. Security of data stored in MFP 1. Security on image processing and printing 2. User authentication 3. Box security 4. Complete data deletion when discarding HDD 5. Protection of data in HDD by password and encryption 6. Access management by audit log 7. Encryption of data in PDF file 8. Encryption of the data in e-mail 9. Digital signature on the e-mail 10. Scan to Me, Scan to Home & Scan to Authorized Folder. Security of output data 1. Copy Security Function. Authentication Devices 1. Security of the data for the biometric authentication device 2. ID & Print (Secured printing by One Touch). Extended functions in cooperation with PageACSES 1. Scan with authentication 2. Print with authentication 3. Access control per file
Konica Minolta Security White Paper PAGE 2 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Chapter 1 Introduction In the current market where network infrastructure has been developed and IT is widely spread, huge amount of information is distributed. information assets. And at the center of business, information is gathered in diverse ways and translated into higher-level It is a significant task for every company to protect these information assets for risks management. This document introduces basic security functions provided with Konica Minolta bizhub, Sitios, and DiALTA series.
I. Basic Security Policies 1. Equipment of Latest Security Technologies Konica Minolta develops and provides all possible and latest security functions from every angle, in order to protect customers information assets from various threats that are categorized below. (1) Unauthorized access and/or information leak via network (2) Unauthorized use and/or information leak by direct operation on device (3) Alteration, copying and/or erasing of electronic and/or paper information (4) Information destruction by human disaster or device failure (5) Trace function with logs, etc. 2. Certification from 3rd party company Konica Minolta has been certified according to ISO15408 on all MFP products (A4/20 or higher PPM) released from March 2004, to objectively prove equipment of security functions.

Chapter 2 Device-Related Security Items and Technologies Used
Konica Minolta Security White Paper PAGE 3 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
I. Security from public telephone line 1. Security from FAX line Communication with FAX line uses only FAX protocol and does not support other communication protocols. If somebody attempts to intrude from outside with a different protocol via public line or send data that cannot be decompressed as FAX data, Konica Minolta products handle that kind of event as error and blocks off the communication.
Public Telephone Line 1. Call to FAX Line MFP 2.Response by G3 protocol 4.Check whether correct command response by G3 protocol is made or not 5. If G3 protocol is used, the communication is continued. But, if other than G3 protocol is used, the communication is blocked off.

3.Response by protocol

G3 Protocol
Figure 1 2. Security from line used for remote diagnosis device The remote diagnosis system uses public line and allows Konica Minolta products to communicate with their service centers. Through this system, Konica Minolta products send the main body data to the service centers and the service centers can change the main body settings remotely. ID is preset on every main body and service center, so they can communicate each other only when the ID is matched.
Service Center 2.Registration is made with passwords 3.Call for getting data 6.Checck the password, and then start communication Center ID Device ID Public Telephone Line MFP 1.Call for registration of communication 4.Check the password, and then start communication 5.Send the data of device status Center ID Device ID

Unique protocol

Figure 2 II. Security from LAN connection 1. Security from network protocol Operation can be enabled/disabled for each port. Konica Minolta Security White Paper PAGE 4 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Invasion from outside can be prevented by disabling unnecessary ports.

Port No. 25

SMTP Server

Port No. 80

Web Server

Port No. 110

POP Server
Figure 3 Filtering function of IP address enables selection of access to devices on the network by setting the addresses.
Sample of setting addresses OK Permitted addresses 121.121.121.1 121.121.121.255 121.121.125.1

Prohibited addresses

121.121.121.127 121.121.121.255 121.121.125.8 121.121.125.56

Filter for permission

Filter for prohibition
Figure 4 2. User authentication This is available for network related functions using the network authentication function provided by Active Directory service. And not only for network function but also for device function, authentication by Active Directory is available. Authority to use is given by combination of pre-registered user ID and password. Internal data is protected since only the pre-registered users can use the devices.
Konica Minolta Security White Paper PAGE 5 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
MFP 1.Input user ID and password for authority 2.Send user ID and password for authority 3.OKNG
4.When the authority is given, user can use the function of device within the preset limit of use.

Active Directory

Server for authentication
( preset) limit of use Permitted functions Copy Print Scan Fax Yes Yes No No Upper limitation Color B/W No Yes 0 500
Figure 5 3. Security of device control from network (1) Security on address book data import from network Input of device administrators password is required to import address book data collectively from network. If wrong password is input, data cannot be registered. Since the data registration is password-protected, there is no chance to alter the existing address book data at a time.
PC 1.Send administrators password 3.Require to send address 5.Modify address book 6.Export the modified address book - PS Data Administrator or PS Adress Book Utirity - PS Web Connection MFP 2.After checking the password, the result (whether registration has been made or not) is sent. 4.Send address book Abbreviated Address Group Address Programmed Address
Figure 6 (2) bizhub OpenAPI bizhub OpenAPI* acquires and sets the data of devices via network by SSL encryption protocol. And by using its original password, communication will be made more safely. When managing the important data of the device (e.g. setting information of user authentication), the data is safely protected by bizhub OpenAPI.
Konica Minolta Security White Paper PAGE 6 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
PC 1. Send password of bizhub OpenAPI

3. Issue commands

MFP 2. After checking the password, the result (whether registration has been made or not) is sent to PC. 4. Process the command and send the data.
Network setting Address book utility Information of user authentication Communication by SSL

SSL; Secure Socket Layer

Figure 7 4. Encryption of data communication SSL encryption protocol is used for data communications between LDAP server, PageScope Data Administrator or Address Book Utility, and PageScope Web Connection, and the main body. Data is protected as it is encrypted during communications between networks. 5. Quarantine Network Support The IEEE802.1x feature allows you to authenticate the device against the RADIUS (Remote Access Dial in User System) server in order to connect to the quarantine network. These networks will only allow devices into the network if the RADIUS server approves the authentication
Network Device (Supplicant)
IEEE802.1X Switching Hub (Authenticator)

Managed Port

Other Network Devices

Unmanaged Port

Regular Traffic Authentication Traffic
RADIUS Server (Authentication Server)
6. Action against virus Differently from usual PCs, controllers that are built-in Konica Minolta products use VxWorks for OS. Therefore, it is considered to be rare that controllers are
Konica Minolta Security White Paper PAGE 7 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
affected by viruses via LAN. Server typed Fiery controllers made by EFI use Windows for OS. However, the vulnerability of Windows is covered by providing necessary Windows security patch on a timely basis. 7. Protection against virus from USB memory Virus infection from USB memory is caused by program files automatically executing when the USB memory is inserted in the device. Konica Minolta devices do not support functionality to automatically execute files by inserting the USB memory. Therefore, Konica Minolta devices are not affected by these types of viruses. Konica Minolta devices support capability to print image data stored in USB memory, as well as store scanned data and User Box data in the USB memory. However, these tasks are done through user operation and not through automatic execution.
III. Security of data stored in MFP 1. Security on image processing and printing Data read with the scanner is image-processed, compressed, and then written onto main body memory volatile DRAM. Further, print data is decompressed, sent to printer and then output on paper. Data is overwritten by page on memory. Therefore, reoutput of data is not possible. Since job data (compressed data) is deleted from the memory at the same time when it is output or transferred, reoutput or retransfer of the data by 3rd person is prevented.
Compression of scanned images (Konica Minolta unique format)

Decompression

Printing

Overwrite on the former data Delete after the job
Figure 8 Job data is stored on DRAM or HDD in Konica Minolta unique compression format. Therefore, even if somebody reads out the internal data, it is extremely difficult to analyze it. And even if HDD is taken out, security of data in HDD is protected because the data in HDD is encrypted when stored. Konica Minolta Security White Paper PAGE 8 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Further, when using Secure Print function, print job is once stored on the main body memory and print operation takes place after the assigned password is input from the main body operation panel. This function prevents the output from being taken by other people.
Command for secure printing

Waiting print cue at MFP

Input password on the operation panel
Figure 9 2. User authentication The engine supports the user authentication feature. Users can authenticate against the MFP, external authentication server such as Active Directory, or PageScope Authentication Manager. Authentication can be done by entering the User ID and PW, or by using IC Cards/Biometrics. Users can limit functions such as copy/print/scan/fax as well as limit the usage of color by user. Also, access to destinations (such as fax or e-mail destinations) can be limited according to authorization levels. (1) Authentication can be done by using external authentication server, however, even if the customer does not have an external authentication server in their network, users can still authenticate by using the authentication feature embedded within the device. (2) Usage of copy/print can be managed per user by presetting upper limit on the device. (3) It is possible to set authentication and upper limitation per user by color and B/W. 3. Box security In addition to the user authentication, access to the data inside of the box can be protected by password.
Konica Minolta Security White Paper PAGE 9 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.

Taking out the data

Password
Figure 10 4. Complete data deletion when discarding HDD There is a function to erase the internal data of HDD by overwriting with a certain pattern of numbers and/or random numbers. Using this function, customers can prevent confidential data from leaking after MFP main body is disposed. 5. Protection of data in HDD by password and encryption HDD can be locked by password. When HDD is locked, even if HDD is taken out of the MFP main body and set with PC, without password, access to the data becomes not possible. And, the data in HDD can be encrypted with AES. Even if the data is taken out, the data cannot be decrypted without the key of encryption. 6. Access management by audit log All history of MFP operations for security can be stored into audit log data. With this log data, it is possible to trace unauthorized accesses.

Konica Minolta Security White Paper PAGE 10 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
User Authentication Department Authentication Administrator Authentication BOX Registration/ modification/deletion Network setting Access to secret documents
Log data is registered by kind of operations and settings Audit Log MFP Print
Print sample of Audit Log
Date-Time 2005/10/20-10:23:30 2005/10/20-10:23:53 2005/10/20-10:27:20 2005/10/20-10:30:01 2005/10/20-10:33:59 2005/10/20-10:40:03 Action User Authentication User Authentication Change Pass Word Box registration Admin.Authentication Deletion of Box OperatorID ObjectID Result suzuki NG suzuki OK suziki OK suzuki BOX OK Admin. BOX OK Admin. BOX OK
Figure 11 7. Encryption of data in PDF file When storing scanned data as a PDF file, the data can be encrypted by using the common key. In order to open the PDF file with Adobe Acrobat, it is necessary to input the common key.

Scan to Box

Encrypted PDF file with password
Figure 12 8. Encryption of the data in e-mail When an e-mail is sent from MFP, the data in the mail can be encrypted by the recipients certificate (public key, which can be registered in the address book in MFP), and the recipient can decrypt the data in the mail by his private key. By this procedure, the data in the mail can not be interrupted by others and secured correspondence will be available. The certificate registered in the LDAP server can be used for the public key on the network.
Konica Minolta Security White Paper PAGE 11 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Figure 13 9. Digital signature on the e-mail When an e-mail is sent from MFP, digital signature can be made by use of the private key of MFP, and the recipient can verify the signature by the public key and check whether the data on the mail has been modified illegally or not.
Figure 14 10. Scan to Me, Scan to Home & Scan to Authorized Folder This function allows you to scan data easily back to yourself. When user authentication feature is turned ON, the Me button will appear in the Address Book. Also, by enabling in Administrator Mode, the Home button can be displayed in the Address Book. By selecting the Me button as the scan destination, users can send the scanned data to their own e-mail address. By selecting the Home button as the scan destination, users can send the scanned data to their pre-registered PC folder. When registering the SMB destination, by leaving the User ID and PW blank, the login User ID and PW can be carried over to be used as the User ID and PW to access the registered SMB destination. This will prevent the SMB destination to be used by unauthorized users. Also, the administrator can limit/prohibit users from registering destinations in the Address Book, or manually entering the destination, allowing the administrator to be able to manage destinations that can be sent from the device.

Konica Minolta Security White Paper PAGE 12 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Figure 20. Security of output data 1. Copy Security Function (1) Copy Protect Function This function is putting the woven pattern on the copied or printed image as the original document. When the original document is copied, the woven pattern of message (e.g. Copy) comes up and by that message the copied document can be clearly distinguished from the original one. Besides the message, serial No. of MFP and copied date and time can be set for the pattern. Combination of the information on the woven pattern and audit log helps to trace the person who copied illegally.
Security White Paper indicates the security functions of bizhub, Sitios, and DiALTA series. I. Security Basic Policies Copy 1. Equipment of Latest Security Technologies 2. Certification from 3rd party 1. Equipment of Latest Security Technologies 2. Certification from 3rd party Security White Paper indicates the security functions of bizhub, Sitios, and DiALTA series. I. Security Basic Policies
Original document with the woven pattern
Copied document with message of the woven pattern
Figure 15 (2) Copy Guard Function/Password Copy Function This function allows you to embed a Copy Guard security pattern on the output so that when a user tries to make a secondary copy of the output, the device will display a message that says Copying Prohibited and will prohibit copying. Also, the Password Copy Function allows you to set a password so that by entering the correct password, the Copy Guard security pattern embedded document can be copied. Konica Minolta Security White Paper PAGE 13 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
Original Copy Output with security pattern Copy guard pattern detected

Copying prohibited

Print Password pattern detected
Protection can be cancelled by entering a password
Figure 21 V. Authentication Devices 1. Security of the data for the biometric authentication device The data for the biometric authentication device, AU-101 is handled in a very secure manner, and can not be used illegally. The Vein on the finger as the biometric data The vein is located in the body and it can not be scanned/read without notice unlike finger print. So, it is very difficult to forge. The way of process hired by this system This system implements the security guide line based upon U.S. Government Biometric Verification Mode Protection Profile for Medium Robustness Environments (BVMPP-MR) Version 1.0* Some of the important security/privacy specifications supported by this system are as follows: <Reconstruction of the biometric data> The data registered into the HDD is the random numbers calculated based on the feature of the scanned data. And it is theoretically impossible to reconstruct the original vein data from the data in the HDD. <Structure of the data in the HDD> The structure of the data in the HDD is not made public. So, it is impossible to forge and pretend somebody. <Erase of the data in the authentication device> The data left in the device is encrypted when storing in the RAM temporarily, and is erased after transferring to MFP.

Konica Minolta Security White Paper PAGE 14 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.

Figure 16

U.S. Government Biometric Verification Mode Protection Profile for Medium Robustness Environments (BVMPP-MR) Version 1.0 : Please refer to http://www.commoncriteriaportal.org/public/files/ppfiles/PP_VID10140-PP.pdf
2. ID & Print (Secured printing by One Touch) By equipped with the biometric authentication device AU-101-, or with the IC card authentication device AU-201-, not only easy authentication but also simple and high secured print job (ID & Print) will be available. ID & Print will prevent the print from being taken away and also from being intermingled with other prints.
(1)Send the print cue. The password stored In the driver will be sent At the same time.
(2) Just by closing the card or scanning the finger to the device in seconds, the job will be printed out.

Figure 17

. Extended functions in cooperation with PageACSES By cooperation with PageACSES, the security function of MFP will be extended and the usability will be improved. 1. Scan with authentication (1) Authorized user can log-in with IC card (FeliCa) instead of password.
Konica Minolta Security White Paper PAGE 15 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.
(2) The scanned data is encrypted by PageACSES and transmitted to PC securely. (3) Scan (and received Fax) log data (incl. image) can be transferred to the server and traced by the administrator.
Figure 18 2. Print with authentication (1) Authorized user can log-in with IC card (FeliCa) instead of password. (2) The print data is encrypted by PageACSES and printed out securely. (3) Print log data can be stored in PageACSES and traced with its file name.
Figure 19 3. Access control per file (only Page ACSES Pro) Right of access per PDF file can be set with PageACSES Pro. Even if the file is carried out illegally, the data is encrypted and can not be read.
Konica Minolta Security White Paper PAGE 16 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.

Figure 20

Konica Minolta Security White Paper PAGE 17 Copyright 2004 Konica Minolta Business Technologies, Inc. All Rights Reserved.

System Diagram

Cell CM-A97 (2 mm)

Cell CM-A98 (10 mm)

only CM-3600A Cell Plastic Cell Plastic Cell Plastic Cell CM-A99 CM-A130 CM-A131 CM-A132 (20 mm) (2 mm; set for 100) (10 mm; set for 100) (20 mm; set for 100)

USB Cable IF-A21 (3 m)

Personal Computer

SPECTROPHOTOMETER

USB Cables IF-A22 (5 m) Target Mask CM-A107 (SAV) ( 4 mm measurement / 7 mm illumination)

CM-3600A/CM-3610A

SpectraMagic NX CM-S100w
Transmittance Specimen Holder
Transmittance. Zero Calibration Plate CM-A100

CM-A96

AC Adapter
Built for Precision. Compact yet powerful.
Target Mask CM-A106 (MAV) ( 8 mm measurement / 11 mm illumination)
Spectrophotometer CM-3600A/CM-3610A Color Tiles (14 colors) Zero Calibration Box CM-A119 (CM-3610A) Dust Cover CM-A110 CM-A118 (CM-3600A) (CM-3610A) Accessory Case CM-A215 Opacity Jig CM-A134 (only CM-3610A)
Target Mask White Calibration Zero Calibration Box CM-A105 (LAV) Plate CM-A103 CM-A104 (with CD containing ( 25.4 mm measurement / (CM-3600A) calibration data) 30 mm illumination) Standard accessories Optional accessories

Specifications

Reflectance; di:8, de:8 (diffused illumination, 8-degree viewing), equipped with simultaneous measurement of SCI (specular component included) / SCE (specular component Illumination/observation excluded) Conforms to CIE No.15, lSO7724/1, ASTME1164, system DIN5033 Teil7 and JIS Z8722 condition C standard. Transmittance : di:0, de:0 (diffused illumination, 0-degree viewing) Conforms to CIE No.15, ASTME1164 and DIN5033 Teil7 standard. Light-receiving element Silicon photodiode array (dual 40 elements) Spectral separation Diffraction grating device Wavelength range 360 to 740 nm Wavelength pitch 10 nm HaIf bandwidth Approx.10 nm Reflectance range 0 to 200%; resolution: 0.01% Sphere size 152 mm Light source 4 pulsed xenon lamps Minimum Normal SCI/ SCE measurement: 4 sec. interval between Transmittance measurement: 3 sec. measurements UV-cut/ UV-adjusted measurement: 5 sec. LAV : 25.4 mm/ 30 mm Measurement / MAV : 8 mm/ 11 mm (Selectable) illumination area SAV : 4 mm/ 7 mm When white calibration plate is measured 30 times at 10-sec. intervals after white calibration has been performed; Repeatability Spectral reflectance: Standard deviation within 0.1% Colorimetric values: Standard deviation within E*ab 0.02 Mean E*ab 0.15 (SCI) Average for 12 BCRA Series II color tiles compared to values measured with master body. Instantaneous numerical adjustment 400 nm cutoff and 420 nm cutoff Width: 133 mm; depth: approx. 50 mm; measurement dia.: approx. 17 mm Transmittance chamber Transmission sample holder (Optional accessory): Sample holder for both plate-shaped and liquid samples (removable) Interface USB 1.1 Power AC100 to 240 V 50/60 Hz (Using included AC adapter) Operating temperature/ 13 to 33C, relative humidity 80% or less (at 35C) with no humidity range (*1) condensation Storage temperature/ 0 to 40C, relative humidity 80% or less (at 35C) with no humidity range condensation Size (WxHxD) CM-3600A 244 x 205 x 378 mm, CM-3610A 300 x 597 x 315 mm Weight CM-3600A 11.5 kg, CM-3610A 16.5 kg *1 Operating temperature/humidity range of products for North America : 13 to 33C, relative Inter instrument agreement UV adjustment UV cut filter
humidity 80% or less (at 31C) with no condensation
Displays shown are for illustration purposes only. The specifications and drawings given here are subject to change without prior notice. KONICA MINOLTA and the Konica Minolta logo and the symbol mark, and "The essentials of imaging" are registered trademarks or trademarks of KONICA MINOLTA HOLDINGS, INC.

Plastics

Textiles

Liquids

Fine particles

Worldwide support network

SAFETY PRECAUTIONS

For correct use and for your safety, be sure to read the instruction manual before using the instrument. Always connect the instrument to the specified power supply voltage. Improper connection may cause a fire or electric shock.
Outstanding Performance through Innovative Technology
Certificate No : LRQ 09600941A Registration Date : March 3, 1995 Certificate No : JQA-E-80027 Registration Date : March 12, 1997
CM-3600A Horizontal Spectrophotometer Highly accurate, reliable and rugged Versatile instrument for most colorimetric applications Simple operation CM-3610A Vertical Spectrophotometer for best application support Speeds up textile and paper measurements Ideal for non-contact measurements such as powders, pigments Quick sample handling and measurement
2011 KONICA MINOLTA SENSING, INC.
9242-4868-32 BBDAPK 1 Printed in Japan
Spectrophotometers CM-3600A and CM-3610A: High-Accuracy Color Measurement in the Laboratory and for Production
Spectrophotometers CM-3600A and CM-3610A inherit the innovative Konica Minolta Innovative Optical System technology used in the highly popular CM-3600d/CM-3610d, maintaining their high accuracy and excellent performance while offering USB communication and other improvements.
* CM-3600A and CM-3610A are computer-controlled. Software such as optional required.
Simultaneous SCI/SCE measurement
By firing two xenon lamps in quick succession, the patented Numerical Gloss Control (SCI/ SCE) system of the CM-3600A and CM-3610A eliminates the need for a mechanical gloss trap while providing virtually simultaneous SCI and SCE measurements and enabling the calculation of 8 gloss.

SCE SCI Sensor

CM-3600A: Compact footprint fits easily on your desk
The CM-3600A has about the same footprint as laptop computer or a sheet of B4 paper so it can fit easily where space is limited.

244 mm 378 mm

14-7/8 in. 9-5/8 in.

CM-3610A unique features

The vertical-type CM-3610A retains most of the features of the CM-3600A plus some unique features.
Sample holder - Easier handling of sheet materials Direct measurement of powder materials

SCI: Specular component included SCE: Specular component excluded

% Reflectance 0 SCI

Mechanical gloss trap system Sensor
Reflectance and transmittance in one instrument

SCE Wavelength nm

205 mm

8-1/16 in.

Numerical Gloss Control
The CM-3600A/CM-3610A can measure both the reflectance of opaque objects and the transmittance of transparent or translucent solid materials such as plastics. With accessories, the CM-3600A can even measure the transmittance of liquids.
* Liquid measurements not possible with CM-3610A.
UV adjustment for accurate measurements of fluorescent materials
Accurate measurement of materials such as paper or cloth treated with fluorescent whitening agents (FWA) requires precise control of the UV component and its effects. The Numerical UV Control method used by the CM-3600A and CM-3610A provides such control by combining results from flashes of two xenon lamps (one with full UV energy, the other with UV energy removed by a 400 nm or 420 nm UVcutoff filter) using proprietary calculations. This method eliminates the need for mechanical filter positioning, and enables UV adjustment by Whiteness Index, Tint, Brightness, or UV profile.
% Reflectance 700 Wavelength nm
Reflectance Measurement: The CM-3600A/CM3610A employs di:8, de:8 geometry (diffuse illumination, 8 viewing) which conforms to ISO, CIE, ASTM, DIN, and JIS standards.
Transmittance Measurement: The CM-3600A/ CM-3610A employs the d:0 geometry (diffuse illumination, 0 viewing), which conforms to ISO, CIE, ASTM, and DIN standards.
(Optional) Supports WindowsXP/Vista/7
UV-included data UV-adjusted data UV-excluded data
Brighter, clear sample viewing system

Shirt treated with FWA

Improved CM-3600A sample holder
3 measurement areas for diverse needs

Paper treated with FWA

Opening the sample viewer provides a clear, illuminated view of the sample at the measurement port. On the CM-3600A, this view is reflected in a mirror so that you can view it easily even while seated.
Sample holder opens 90 for easy positioning of thick samples and is equipped with a "soft-close" mechanism that prevents it from slamming shut and possibly damaging samples.
Masks for the CM-3600A's three measurement areas (SAV: 4 mm, MAV: 8 mm, and LAV: 25.4 mm) are included as standard accessories, so you can select the one that fits your measurement requirements.
enables you to perform comprehensive color inspection and analysis of incoming raw materials, inprocess production, and outbound color-critical goods and materials in virtually any industry. With you can insert digital images with measured data. Measure samples in any of 8 universally accepted color spaces. Select from 16 illuminants, and up to 40 indices to determine specific color and appearance properties, such as strength, brightness, haze, yellowness, opacity and whiteness. You can even configure up to 8 customized color equations. Reports range from simple Pass/Fail to trend charts, histograms, color plots, and spectral graphs. comes with predefined templates, or you can create your own templates. For illustrations and explanations to understanding color and color measurement technology, there is a link to Konica Minolta's well-known and respected Precise Color Communication, as well as step by step navigation help.

Windows is a trademark of Microsoft Corporation in the USA and other countries.