- Additives
- Instruments
- Appearance
- Color
- Physical Properties
- Abrasion
- Adhesion
- Application
- byko-charts
- Opacity Drawdown Charts
- Penopac Charts / Opacity Measurement
- Display-, Checkerboard-, Spreading Rate Charts
- Brushout / Plain White Cards
- Uncoated Test Charts, Drawdown Plate
- Sag and Leveling Test Charts, Spray Monitors, Inter-leaf Paper
- Clear Polyester Film, Scrub Test Panels
- High quality drawdown bar film applicators with calibration certificates
- 4-Sided Applicator / Applicator Frame
- Bar Type / U Shaped
- Multiple Clearance Square Applicator
- BYK-Gardner Film Casting Knife
- Wire-wound rods
- Step Gap Film Applicator
- Dow Latex Film Applicator
- Leveling/Sagging Tester
- NYPC Leveling Test Blade
- Anti-Sag Meter
- Pfund Cryptometer
- Vacuum Pump
- Vacuum Plates
- Automatic Film Applicators
- byko-drive
- Balances
- Conductivity
- Density
- Dispersion
- Fineness of Grind Gages - Hegman Gages
- Dispermat® High Speed Dissolvers
- Dispermat® CN High Speed Dissolvers
- Dispermat® CA High Speed Dissolvers
- Dispermat® AE High Shear Mixers and Dispersers
- Dispermat® Air Pressure Systems (APS) for High Speed Dissolvers
- SystemDispermat® TML Basket Milling System
- Dispermat® Disperser CDS Vacuum Dissolver Attachment
- Dispermat® VL® Disperser High Speed Vacuum Dissolvers
- WIN-DISP® Software Program for C-Type Dispermats®
- Safety Device / Stainless Steel Covers
- Stainless Steel Containers
- Light-Weight Dispersion Impellers
- Heavy-Duty Dispersion Impellers
- Propeller Blades
- Media Mill Impellers for Using Dissolvers as Vertical Bead Mills
- Disperser Homogenizer
- Dispermat® SL-M disperser with constant speed control
- Dispermat® SL-C with constant speed and constant mechanical power control
- Dispermat® AS Rotor-Stator Dispersion System
- “Quickee” Ball Mill
- Drying Time
- Permeability Cups
- Film Thickness
- Wet Film Thickness Gages
- Interchemical Thickness Gages
- byko-test 4500/4200 dry film thickness gages
- byko-test 8500 dry film thickness gage
- byko-test MP0R dry film thickness gage
- micro-TRI-gloss µ glossmeter film gauge
- Certified Precision Plastic Shims
- byko-cut universal
- Destructive Film Thickness Measurement
- Buchholz Hardness Test
- Multi-Cut Tools for Cross-Cut Test
- PosiTector 6000 film gauge – Basic Models
- PosiTector 6000 film gauge – Standard Models
- PosiTector 6000 film gauge – Memory Models
- PosiTector 6000 Probe Details
- Hardness
- Impact / Flexibility
- Light-Duty Impact Tester
- BYK-Gardner ISO Impact Tester
- Heavy-Duty Impact Tester
- SPI Modified Impact Tester
- Automatic Lift Impact System
- ASTM Methods for Impact Testers
- Accessories for Impact Testers
- BYK-Gardner “Coverall” Bend and Impact Tester
- Mechanical Cupping Tester
- Cupping Tester
- Cylindrical Mandrel Tester
- Conical Mandrel Tester
- Microscopes
- Temperature
- Viscosity
- Bubble Viscometers
- Bubble Viscometer Tubes
- Viscosity Cups
- DIN/ISO Dip Cup
- Zahn-Type Dip Cups
- S90 Signature and EZ Series Zahn Cups
- Flow Cups
- Rotational Viscometers
- DV-E Rotational Viscometer
- UL Adapter
- Helipath Stand
- Digital KU-2 Stormer-Type Viscometer
- CAP 1000+ / CAP 2000+
- CAPCALC 32 Software
- Standard Oils for Zahn and Ford Flow Cups
- Standard Oils for Rotational Viscometers
- Standard Oils for KU-Series Stormer-Type Viscometers
- Standard Oils for CAP Viscometers
- Standard Oils for Analog Cone and Plate Viscometers
- Publications / Books
- Shop
- Promotions
- Support
- Press & Events
- Innovation
- Company
- Contact Us
- back
- closeopen
- enlargereduce
Step 1: Appearance Control after E-coat
Same E-coat system was applied on rough and smooth steel. The influence of rougher steel can be seen in increased Wb and Wc-values.
Orange Peel and DOI measurement ... appearance control is no longer limited to final topcoat inspection. Close the appearance control loop Thus, the surface quality after each paint process step can be objectively evaluated. No more guessing which substrate layer is influencing the final appearance. The wave-scan dual will help you to objectively analyze appearance problems and reduce the time necessary for trouble shooting.
on high to semi gloss surfaces
The orange peel meter scans the optical profile of high gloss surfaces using a laser light source. An additional, infrared - high energy LED allows measuring the same structure spectrum (0.1 - 30 mm) on medium gloss surfaces. The dullness measurement is recorded with state-of-the-art CCD camera technology. It gives information on the image forming qualities of the surface caused by structures < 0.1mm.
for the entire paint process
Example: Influence of Steel Quality
on Final Appearance
wave-scan dual
Step 3: Appearance Control after Topcoat
The final appearance shows higher shortwave values on the rougher steel panel. Therefore, the smooth panel will appear more brilliant.
wave-scan dual – a diagnostic tool for trouble shooting and optimizing appearance
Now, you can establish appearance specifications for each paint layer to ensure the final appearance is always on target.
Step 2: Appearance Control after Primer Surfacer
The primer surfacer was applied on both panels. The roughness of the steel quality can still be detected in increased Wb and Wc- values. This primer system could not completely cover the steel influence.
Always ready
The orange peel meter is operated with a rechargeable battery pack (Li-Ion). The docking station automatically charges the battery pack and transfers the measured data to the PC.
Optionally, the instrument can be operated with 3 standard mignon alkaline or rechargeable batteries - good for 1000 readings.
Objective and reliable
appearance data
-
Good correlation to wave-scan DOI on high gloss surfaces
-
Good correlation to mechanical profilometer
readings on medium gloss surfaces
Easy to use with one hand
- For flat and curved areas
- Small and light weight
- Scroll wheel operation and multilingual menu
- Selectable scales and scan lengths
- Full statistics with saving in selectable memories
- USB port for data transfer to PC
- Software smart-chart:
- Organizer files for sample identification
- Data management with SQL Database
- Standard QC Reports
select mode ...
and measure
Comes complete with:
Orange peel meter, Protective cover,
Reference tile with certificate,
Software smart-chart on CD,
Docking station and interface cable,
2 rechargeable Li-Ion battery packs,
Battery holder for AA batteries,
3 Batteries, Operating manual,
Carrying case
Training
Free 1x preventive maintenance service
during warranty period
System requirements:
Operating system 32-bit: Windows® XP SP3,
Vista SP2 or Windows 7 SP1
Microsoft® .NET Framework 4
Excel® version: 2003 or 2007, incl. VBA
Hardware: Core 2 Duo, 2.2 GHz, or equivalent
Memory: 2 GB RAM
Hard-disk space: min. 100 MB
Monitor resolution: 1280 x 1024 pixel or higher
Disk drive: CD-ROM or DVD drive
Interface: free USB port
¹Standard deviation
| Ordering Information |
| Cat. No. | Description | Price | ||
| AW-4840 | wave-scan dual | |||
| SE-4840 | Extended Warranty one year additional | |||
| Technical Specifications |
| Application | ||
| High to Semi Gloss | du < 65, linear range |
|
| Structure Spectrum du Wa Wb Wc Wd We |
<0.1 mm 0.1 to 0.3 mm 0.3 to 1 mm 1 to 3 mm 3 to 10 mm 10 to 30 mm |
|
| Repeatability¹ | du < 40: 4% or > 0.4 du > 40: 6% or > 0.6 |
|
| Reproducibility¹ | du < 40: 6% or > 0.6 du > 40: 8% or > 0.8 |
|
| Object Curvature | radius > 500 mm | |
| Min. Sample Size | 35 mm x 150 mm | |
| Scan Length | 5 / 10 / 20 cm | |
| Resolution | 375 points/cm | |
| Memory | 1500 readings | |
| Interface | USB 1.1 | |
| Languages | English, French, German, Italian, Japanese, |
|
| Light Source | Laser diode, LED and IR-SLED | |
| Laser Energy | < 1 mW (Laser class 2) | |
| Dimensions | 150 x 110 x 55 mm (5.9 x 4.3 x 2.2 in.) | |
| Weight | 650 g (1.5 lbs) | |
| Power Supply | rechargeable battery pack or 3 alkaline AA Batteries, approx. 1000 readings |
|
| Temperature Range | operation: +10 °C to 40 °C (+ 50 °F to 104 °F) storage: 0 °C to 60 °C (+ 32°F to 140 °F) |
|
| Rel. Humidity | up to 85 % at 35 °C (95 °F) non-condensing | |
- Data analysis using standard QC-reports:
- Summary by lines to show at one glance how various
colors are running at different paint lines
- Trend chart to show how specified zones perform
over a defined time range
- SPC-chart for daily process control of your critical
colors and highrunners: xR-chart
- Zone profile for trouble shooting using the
structure spectrum - Create your own reports in Excel®
- Transfer data from the database to Excel®
- Pivot function to define layout in Excel®
The training can be performed in one day or two half days. It is recommended to split the training into two half days:
Day 1: Theory and basic operation (set-up organizer,
taking readings and saving data in a database)
Day 2: 3-4 weeks later to ensure readings were taken and
saved in a database. Data analysis and standard
QC reports can be explained using customer
specific data.
Training wave-scan dual
BYK-Gardner offers you more than just an instrument. We assist you in operating the wave-scan system and understanding your appearance readings. As a result you will be able to use the orange peel meter to save time and money and at the same time improve your quality.
Therefore, the instrument comes with a one day training course including:
1. Orange Peel and DOI Theory
- Visual perception and instrumental measurement of Orange Peel and DOI
- Data interpretation: How can the structure spectrum be used to optimize process / material parameters
2. Operation and Software Training
- Set-up of an “Organizer” to create a routine measurement procedure
- Programming of the instrument with “organizer” and measurement of several samples
- Direct data transfer to Excel for documentation of individual readings
- Data transfer to smart-chart software and saving in a database for routine QC
For Certification Services and Preventive Maintenance
see pages 268 - 270.
| Ordering Information | Accessories |







