1. Value for the future, not just a short term investment!
RheolabQC
Value for the future, not just a short term investment!

2. RheolabQC It’s not just another QC viscometer or rheometer
It’s a complete new rheometer concept
Based on the newest and most innovative technologies
And it’s far beyond any other QC rheometer that you know!

3. RheolabQC
It’s much easier to use
ToolmasterTM, Plug and Play
Quick Connect Coupling
It’s more intuitive
Offline and Online Programming
LAN/Ethernet, Serial, PS/2, Barcode Reader
It’s more reliable
According to international standards
Absolute viscosity measurement
It’s far beyond the competition
Technically compatible with MCR rheometers
Measuring range from water to semisolid
EC motor technology (brushless DC motor)
Fastest shear rate steps (one measuring point every 10ms) in shear mode /CSR
Direct flow point / yield point measurement in stress mode /CSS
NEW: Peltier temperature control for concentric-cylinder systems
Data exchange via LIMS system and/or FDA ’21 CFR part 11’ conformity

4. RheolabQC - Specification
Configuration
ToolmasterTM
Geometry
Quick Coupling
Bearing
Mechanical Ball Bearing
Motor type
EC-Motor, brushless DC
Torque Range
0.25 – 75 mNm, permanent
Speed Range
0.01 – 1,200 1/min
Viscosity Range
0.001 – 1,000,000 Pas
Shear Step Change Data Rate
<10ms per measuring point
Direct Yield Point Testing
Yes, Shear Stress Control
Shear Stress Range
0,5 – 30,000 Pa
Torque Resolution
<0,1 µNm
Deflection Angel (preset)
1 to ¥ µrad
Internal Angular Resolution
2 µrad
Temperature Range
0 to +180 °C Peltier controlled
Krebs Unit Output
40 – 150 KU 
Serial Interface
PC, Printer
LAN-Ethernet Interface PC
PS/2
Keyboard, Barcode Reader

5. RheolabQC High Resolution Optical Encoder
Online position control of shear rate & strain
Resolution 2 µrad

6. The unique synchronous EC motor True Shear Rate / Shear Stress Control
RheolabQC
The unique synchronous EC motor True Shear Rate / Shear Stress Control
Non Contact Magnetic Drive Motor a b a
a electronic field
b magnetic disk
wI = wII
geometry shaft
from top
electronic field
-stator-
magnetic disk
-rotor-

7. RheolabQC Connections and Ports PC or Printer (RS232) Power
Temperature device or circulator (RS232)
PC or Network
Keyboard or Barcode Reader
Temperature Probe or Calibration

8. RheolabQC Connections and Ports
You would like to print out your measurements?
For using own printers with parallel port:
item-no.: SERIAL-PARALLEL CONVERTER RHEOLABQC
item-no.: PRINTER FOR RHEOLABQC

9. Unique quick connect coupling
RheolabQC
QuickCoupling
Geometry change: What would you prefer?
Unique quick connect coupling
RheolabQC
Any description needed ?

10. RheolabQC ToolmasterTM No more errors making the wrong selection
Advantages known from the most sophisticated MCR rheometers
No more errors making the wrong selection
Intelligent automatic configuration
All geometry factors stored in the chip
Unique identification with Name and SN
Error free documentation e.g. 21 CFR Part 11

11. Available Measuring Geometries
RheolabQC
Available Measuring Geometries
Variations
Concentric Cylinder geometries – ISO 3219
Double Gap cylinders – DIN
Disposable measuring systems
Vanes and stirrers
Special geometries – profiled or sandblasted
RheolabQC Brookfield spindles - ASTM
Rheolab QC Krebs spindles – ASTM D562
Haake & Brookfield Adapters
Flexible Cup Holder - beaker holder
Solvent Trap

12. RheolabQC Special Geometries Coarse disperse materials
Ball Measuring System BMC/QC
Building materials (cement, plaster, ...)
Food (meat sauce, jam, curd cheese, ...)
Coarse disperse materials
Ball measuring system consisting of:
(item-no: 26893)
Measuring cup + holder (volume: 480 ml / diameter: 115 mm)
Temperature probe with clamp
Recommended BMS measuring systems:
BM08/104/QC (item-no: 26896)

13. RheolabQC Special Geometries item-no: 22146 - Stirrer ST54-1V/1V (KU1)
Krebs Option according ASTM D562
item-no: Stirrer ST54-1V/1V (KU1)
item-no: Stirrer ST43-1V/1V (KU1-75Y)

14. Temperature control system C-PTD 180/AIR/QC
RheolabQC
Temperature control system C-PTD 180/AIR/QC
You would like to measure at different temperatures?
Based on a Peltier temperature control system
Wide Temperature range: 0 °C to 180°C
Cheaper configuration compared with the liquid temp. control systems
Special built-in air counter cooling
No external controller
No counter cooling by using an external fluid circulator necessary
Noise reduced, compared to a fluid circulator
Low power consumption
Small footprint
Easy handling
Only for CCxx geometries
Firmware V1.26 for the RheolabQC required

15. RheolabQC Flexible Cup Holder
You would like to measure in a beaker or a tin?
Quick Cup Clamping Mechanism for high throughput
Use your own beakers or tins
Easy to attach to standard stand
Easy moveable

16. RheolabQC Immersion Variant
Flexibility
Basic “Immersion” Operation
Optional temperature control jacket
Cup is directly mounted onto the RheolabQC Precision Flange
Extra Wide U-Stand for user cans & tins up to a volume of 3 liter
Quick Positioning Wheel
In Position Brake to fix RheolabQC in the measuring position

17. Typical Applications and Test Types
RheolabQC
Typical Applications and Test Types
Coatings: Flow Curve, Yield Point,
3ITT (Thixotropy)
Food: Flow Curve, Yield Point,
Temperature Test,
Building
Materials: Flow Curve, Yield Point,

18. Typical Applications and Test Types
RheolabQC
Typical Applications and Test Types
Adhesives: Flow Curve, 3ITT (Thixotropy),
Temperature Test
Cosmetics: Flow Curve, Yield Point,
Temperature Swing Test
Soft Gels: Yield Point, 3ITT (Thixotropy)
Lubricants,
Oils: Flow Curve, Temperature Test
Asphalt: Flow Curve, Temperature Test