Sartorius Cubis II High-Capacity Micro Balance 0.001 mg
Authorized Dealer
Cubis® is the new benchmark, setting the standards for all others to follow. The Cubis® modular equipment series, consisting of display and control units, weighing modules and draft shields, interface modules .
Cubis II Ultra-High Resolution Balances
The New Benchmark in Performance
Uncompromized Accuracy and High Speed Under Real Laboratory Conditions
The characteristics of a high resolution laboratory balance are that they have a high weighing capacity and fine readability. This type of analytical instrument is used to weigh very small sample quantities directly into larger flasks. It is broadly used across many industries, such as pharmaceutical, biopharmaceutical, chemical, environmental, automotive or medical devices industries, as well as in academia. Most of these industries are subject to strict legal regulations and are looking for balances which meet the requirements for high accuracy and repeatability over the entire weighing range. However, challenging laboratory environments or effects deriving from samples often negatively impact the measurement accuracy.
The Cubis® II Ultra-High Resolution Balance is a new addition to our Cubis® II portfolio of premium laboratory balances. It offers the well know signature characteristics of the Cubis® II family: modularity, compliance, connectivity and digital data management either by directly connecting to ELN/LIMS on site or indirectly through the Ingenix Suite. Additionally, these balances are less prone to environmental effects, resulting in faster weighing workflows and improved performance in a daily laboratory environment. The balances offer spacious weighing area despite a compact design which supports ergonomic weighing into various flasks. We brought cleanability to the next level as well. Not only easy disassembly and high chemical resistance is guaranteed, but thanks to the new Cleaning App, the cleaning process can become part of compliance and SOP´s. We also made sure that the new balances are worth the investment, we offer the option to upgrade both the software and hardware of your instrument at a later stage, minimizing your upfront costs.
Your Benefits
Minimizing sample costs by excellent minimum sample weight values through the entire weighing range
Faster results and improved specifications guaranteed by the new weighing system
21CFR part 11 and EU Annex 11 compliance, all controls available directly on your balance
Intuitive cleaning, high chemical resistance. Thanks to the Cleaning App the cleaning is now part of compliance and SOPs
100% discharged samples thanks to the novel ionizing technology guarantees fast stabilization
66% larger weighing area and variety of weighing pans offer ergonomic sample weighing
Investment security thanks to the post-purchase hardware and software upgradeability
Choose from the following high-capacity microbalances:
1 microgram readability up to 61g capacity (Models: 66S/P, 36S/P)
2 microgram readability up to 111 g capacity (Model 116S)
Lab-Verified PerformanceFrom Specifications to Reality: Peak Performance Under Real Laboratory Conditions
Real lab performance often deviates from instrument specifications due to varying environmental conditions, such as changes in temperature, air-pressure, humidity or air-draft change. Samples can also be influenced, as well, e.g. problems with static charges are frequent when weighing powder compounds directly into plastic- or glass flasks. Despite these influencing factors, it needs to be ensured that a high-resolution device still meets the requirements for accuracy and repeatability.
The new Cubis® II Ultra-High Resolution Balances help to manage the challenges from a typical laboratory environment thanks to its innovative design elements. The 4th generation Monolith, invented by Sartorius, allows faster weighing results and improves specification. Hence, high degree of repeatability and fast measurement time is to be expected when working with these devices. Built-in intelligent compensating systems manage temperature-, humidity- and air pressure changes which further ensure stable balance behavior. The optimal positioning of the four ionizing nozzles and the technology behind it guarantees complete electrostatic elimination. Find out more about how these balances perform under drafty conditions and in typical lab environment in our App Note: Cubis® II Ultra-High Resolution Balances: From Data Sheet to Reality
Minimize your Sample Costs with Low Minimum Sample Weight
High resolution and high-capacity instruments allow weighing very small amounts of samples into large flasks. Expectations to achieve low minimum sample weights for these devices are high. However, the smaller the weight of the sample, the larger the relative measurement uncertainty that the weighing is subject to. The measurement uncertainty can be greatly influenced by environmental changes occurring in laboratories.
The Cubis® II High-Capacity Microbalance ensures stable and reliable performance over the entire weighing range thanks to the design elements described previously. Repeatability values with low measurement uncertainty can be achieved over the entire weighing range, resulting in low minimum sample weight. This minimizes the cost of samples. Find out more about the test results of minimum sample weight valus using various protocols according to USP in our App Note: Cubis® II Ultra-High Resolution Balances: From Data Sheet to Reality
When Pharma Compliance Matters
Industries depend on strict legal regulations and follow the US or European Pharmacopoeias. The Pharma QApp Package (QP1) of the Cubis® II MCA offers applications which are needed to comply with pharmaceutical-relevant guidelines such as 21 CFR Part 11 and USP 39, Chapter 41. It includes: user management, electronic signature, audit trail, minimum weight, USP advanced, measurement uncertainty, and user calibration.
Ergonomic Sample Weighing Without Sample Loss
To support ergonomic weighing processes, both the weighing pan size and the inner weighing area was significantly increased allowing easy handling of samples and flasks. However, while standard weighing pans are the most used surfaces during the typical weighing processes, they reach their limit as soon as samples with a unique form or vials and flasks need to be used. Also, a too small/narrow inner area can make some of these weighing processes uncomfortable or even impossible.
A great variety of sample holders are available which enable ergonomic sample weighing in workflows where using a standard pan is difficult or impossible. All weighing pans and sample holders are made of titanium, which ensure uncompromised accuracy due to its non-magnetic properties.
Compliant Cleanability
Including cleaning oas part of an analytical balance is often neglected, despite the chance of cross-contamination when uncleaned regularly and properly. The higher the resolution, the greater the risk, because even a small particle can negatively impact the weighing accuracy. Despite this, only 28% of laboratories clean their high resolution analytical devices on a daily basis according to users. Often it is unclear which parts can be removed for cleaning, or it is unclear which chemicals are good to use.
Easy Cleaning Thanks to its Tool-Free Assembly and High Chemical Resistance
All draft-shields, including the front-shield, as well as the weighing pans and the base plate, can be easily removed allowing a tool free assembly. Both the weighing floor and the weighing pan show high chemical resistance against the most frequently used cleaning agents in the laboratory. The inner weighing system is protected thanks to the high volume capacity and the design of the weighing floor. The cleaning kit, which comes with every balance, includes useful tools such as hard and soft brushes, dry cloth and forceps, helping to make weighing workflows faster.
The New Cleaning QApp: Your Intuitive Software Guidance
Follow the steps in the new cleaning QApp for error free cleaning execution. It supports your daily and advanced cleaning routines, shows the cleaning status in the status center and allows tracing the cleaning process in the audit trail. The Cleaning QApp is configurable with user management allowing the documentation of inclusive electronic signature, and comes standard with every MCA Ultra-High Resolution Balance. Find out more cleaning in Best Cleaning Practices.
User Interface
The Cleaning QApp comes with several features to make cleaning as easy and safe as possible.
Daily and Advanced Cleaning
Guided Cleaning Process adapted to your balance configuration
Traceable documentation in audit trail
Cleaning status shown in the status center
Secure Your Investment with Next Level Upgradeability
Sometimes it is difficult to predict, what kind of challenge will you be facing in the future. Is the humidity in your facility too low, or your samples are prone to static charges, but you don´t have an ionizer? Or wish you had an auto-draftshield but you already purchased your balance?
Software packages
QP1 Pharma - Contains applications concerning the topic of compliance with pharmaceutical-relevant guidelines as 21 CFR Part 11 and USP 39, Chapter 41. The Pharma package includes applications such as user management, digital signatures, audit trail, USP minimum weight.
QP2 Advanced Applications - Various complex weighing applications including evaluation. This includes applications used for density determination, percentage weighing, counting, backweighing, residual dirt analysis, residue on ignition, sieve analysis, filter weighing, checkweighing, formulation, averaging, etc.
QP3 Utilities - Contains weighing applications and function extensions such as bootscreen, color scheme, free formula, fiber coarseness, diameter determination, air buyoancy correction, paper weight, statistics and printing of QR | bar codes
QP4 Connectivity - Includes applications for data exchange; for example to Windows file server, FTPS, StarLims, etc.
QP99 - All inclusive package. Includes 4 different sub-packages for compliance (Pharma (QP1)), complex weighing applications (Advanced (QP2)), weighing applications and helpful tools (Utilities (QP3)) and connectors for data exchange (Connectivity (QP4)).
High-Capacity Micro Balances
Ultra-high resolution with up to 61 million weighing steps (digits)
End-to-end data integrity. 21 CFR Part 11 compliance, integrated audit-trail, state-of-the-art user management
Allow upgrades for hardware features like automated draft shields or built-in ionizer
Optional inner draft shield for best weighing performance
The Cubis® II laboratory balances are modular, therefore they allow to choose between applications and configurations which suit the best to the needs. These balances can be configured at the level of display, draftshields, software applications and hardware functions. The Cubis® II range of high-capacity micro balances with a maximum load between 32 g and 111 g and a readability between 0.001 mg and 0.002 mg provide the ideal choice for a broad range of applications.
Cubis® II Display and Control Units
Type
MCA
MCE
Display*
7” color touch TFT display in 16:9 format with intuitive user interface
TFT touch screen for routine weighing tasks
Software
Factory installed basic set of weighing applications (license free) and software packages which include advanced applications and functional extensions where licensing is required
Factory installed basic set of weighing applications
Hardware
Configurable functions such as automated draft-shield or built-in ionizer. Optional upgrade after purchase is available (license required)
Configurable functions such as automated draft-shield or built-in ionizer. Optional upgrade after purchase is not available.
Operation
Activated by touch key, touch-free using IR sensor or gesture sensor (optional), learning capability
Activated by touch key, touch-free using IR sensor or gesture sensor (optional), learning capability
* LED backlight 50,000 hours (if used with max. contrast), cable length 25 cm
Sartorius Cubis II Micro Balances Specs:
MODEL
MCA36S-3S00-D
MCA36P-3S00-D
MCA66S-3S00-D
MCA66P-3S00-D
MCA116S-3S00-D
MCE36S-3S00-D
MCE36P-3S00-D
MCE66S-3S00-D
MCE66P-3S00-D
Price
$36,309.00
$30,913.00
$44,289.00
$40,869.00
$26,771.00
$35,406.50
$29,611.50
$43,386.50
$35,759.50
Capacity x Readability
32 g x 0.001 mg
10 g x 0.001 mg 32 g x 0.01 mg
61 g x 0.001 mg
12 g x 0.001 mg 61 g x 0.01 mg
111 g x 0.002 mg
32 g x 0.001 mg
10 g x 0.001 mg 32 g x 0.01 mg
61 g x 0.001 mg
12 g x 0.001 mg 61 g x 0.01 mg
Interfaces
USB–A, USB–B, USB–C, Optional RS232
Power
100–240 (+10%) V 47-63 Hz
Weighing pan size
Ø 50 mm
Repeatability at 5% load
0.0015 mg
0.002
0.0015 mg
0.002 mg
0.004 mg
0.0015 mg
0.002
0.0015 mg
0.002 mg
Repeatability near Max
0.0025 mg
0.007 mg
0.004 mg
0.01 mg
0.01 mg
0.0025 mg
0.007 mg
0.004 mg
0.01 mg
Repeatability near Max (typical value)
0.0018 mg
0.005 mg
0.0025 mg
0.006 mg
0.005 mg
0.0018 mg
0.005 mg
0.0025 mg
0.006 mg
Linearity deviation Tolerance
0.012 mg
0.015 mg
0.02 mg
0.02 mg
0.03 mg
0.012 mg
0.015 mg
0.02 mg
0.02 mg
Linearity deviation Typical value
0.005 mg
0.006 mg
0.005 mg
0.008 mg
0.02 mg
0.005 mg
0.006 mg
0.005 mg
0.008 mg
Deviation at eccentric loading, positions according to OIML R76
Test weight
10 g
10 g
20 g
20 g
50 g
10 g
10 g
20 g
20 g
Tolerance
0.015 mg
0.02 mg
0.02 mg
0.03 mg
0.03 mg
0.015 mg
0.02 mg
0.02 mg
0.03 mg
Typical value
0.006 mg
0.008 mg
0.01 mg
0.012 mg
0.02 mg
0.006 mg
0.008 mg
0.01 mg
0.012 mg
Sensitivity drift between +10o C and +30o C
1 ppm/K
1 ppm/K
1 ppm/K
1 ppm/K
1 ppm/K
1 ppm/K
1 ppm/K
1 ppm/K
1 ppm/K
Tare maximum capacity: Less than 100% of maximum capacity
Accuracy class according to Directive 2014 | 31 | EU
I
Verification scale interval (e) according to Directive 2014 | 31 | EU
1
Minimum load (Min) according to Directive 2014 | 31 | EU
0.1 mg
Minimum weight according to USP (United States Pharmacopeia), Chap. 41 and Ph.Eur. 2.1.7
Optimum minimum weight
0.82 mg
1.64 mg
0.82 mg
Typical stabilization time
3.5 s
3.5 s/2.5 s
3.5 s
3.5 s/2.5 s
3.5 s
3.5 s
3.5 s/2.5 s
3.5 s
3.5 s/2.5 s
Typical measurement time
10 s
10 s / 6 s
10 s
10 s / 6 s
8 s
10 s
10 s / 6 s
10 s
10 s / 6 s
Recommended calibration weight
Recommended calibration weight
20g (E2)
20g (E2)
50g (E2)
50g (E2)
50g (E2)
20g (E2)
20g (E2)
50g (E2)
50g (E2)
isoCAL Temperature change
1.5 K
isoCAL Time span
12 h
Dimensions (L x W x H)
486 x 240 x 302
510 x 240 x 302
Weight, approx
15 kg
Sartorius Cubis II Micro Balance 32 g x 0.001 mg Specs:
MODEL
MCA36S-3S00-D
MCA36S-3S00-D ION
MCA36S-3S00-D HWL
MCA36S-3S00-D MDS
MCE36S-3S00-D
MCE36S-3S00-D ION
MCE36S-3S00-D HWL
MCE36S-3S00-D MDS
Price
$36,309.00
$36,708.00
$37,206.75
$36,907.50
$35,406.50
$35,805.50
$36,304.25
$36,005.00
Capacity x Readability
32 g x 0.001 mg
32 g x 0.001 mg
32 g x 0.001 mg
32 g x 0.001 mg
32 g x 0.001 mg
32 g x 0.001 mg
32 g x 0.001 mg
32 g x 0.001 mg
Hardware Included
Standerd
Ionizer
All hardware licenses
Motorized draft shield
Standerd
Ionizer
All hardware licenses
Motorized draft shield
Interfaces
USB–A, USB–B, USB–C, Optional RS232
Power
100–240 (+10%) V 47-63 Hz
Weighing pan size
Ø 50 mm
Repeatability at 5% load
0.0015 mg
Repeatability near Max
0.0025 mg
Repeatability near Max (typical value)
0.0018 mg
Linearity deviation Tolerance
0.012 mg
Linearity deviation Typical value
0.005 mg
Deviation at eccentric loading, positions according to OIML R76
Recommended calibration weight
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
Tolerance
0.015 mg
Typical value
0.006 mg
Sensitivity drift between +10o C and +30o C
1 ppm/K
Tare maximum capacity: Less than 100% of maximum capacity
Accuracy class according to Directive 2014 | 31 | EU
I
Verification scale interval (e) according to Directive 2014 | 31 | EU
1
Minimum load (Min) according to Directive 2014 | 31 | EU
0.1 mg
Minimum weight according to USP (United States Pharmacopeia), Chap. 41 and Ph.Eur. 2.1.7
Optimum minimum weight
0.82 mg
Typical stabilization time
3.5 s
Typical measurement time
10 s
Recommended calibration weight
External test load
20 g E2
isoCAL Temperature change
1.5 K
isoCAL Time span
12 h
Dimensions (L x W x H)
486 x 240 x 302
510 x 240 x 302
Weight, approx
15 kg
Sartorius Cubis II Micro Balance 10 g x 0.001 mg - 32 g x 0.01 mg Specs:
MODEL
MCA36P-3S00-D
MCA36P-3S00-D ION
MCA36P-3S00-D HWL
MCA36P-3S00-D MDS
MCE36P-3S00-D
MCE36P-3S00-D ION
MCE36P-3S00-D HWL
MCE36P-3S00-D MDS
Price
$30,514.00
$30,913.00
$31,411.75
$31,112.50
$29,611.50
$30,010.50
$30,509.25
$30,210.00
Capacity x Readability
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
10 g x 0.001 mg 32 g x 0.01 mg
Hardware Included
Standard
Ionizer
All hardware licenses
Motorized draft shield
Standard
Ionizer
All hardware licenses
Motorized draft shield
Interfaces
USB–A, USB–B, USB–C, Optional RS232
Power
100–240 (+10%) V 47-63 Hz
Weighing pan size
Ø 50 mm
Repeatability at 5% load
0.002
Repeatability near Max
0.007 mg
Repeatability near Max (typical value)
0.005 mg
Linearity deviation Tolerance
0.015 mg
Linearity deviation Typical value
0.006 mg
Deviation at eccentric loading, positions according to OIML R76
Test weight
10 g
Tolerance
0.02 mg
Typical value
0.008 mg
Sensitivity drift between +10o C and +30o C
1 ppm/K
Tare maximum capacity: Less than 100% of maximum capacity
Accuracy class according to Directive 2014 | 31 | EU
I
Verification scale interval (e) according to Directive 2014 | 31 | EU
1
Minimum load (Min) according to Directive 2014 | 31 | EU
0.1 mg
Minimum weight according to USP (United States Pharmacopeia), Chap. 41 and Ph.Eur. 2.1.7
Optimum minimum weight
0.82 mg
Typical stabilization time
3.5 s/2.5 s
Typical measurement time
10 s / 6 s
Recommended calibration weight
Recommended calibration weight
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
20g (E2)
isoCAL Temperature change
1.5 K
isoCAL Time span
12 h
Dimensions (L x W x H)
486 x 240 x 302
510 x 240 x 302
Weight, approx
15 kg
Sartorius Cubis II Micro Balance 61 g x 0.001 mg Specs:
MODEL
MCA66S-3S00-D
MCA66S-3S00-D ION
MCA66S-3S00-D HWL
MCA66S-3S00-D MDS
MCE66S-3S00-D
MCE66S-3S00-D ION
MCE66S-3S00-D HWL
MCE66S-3S00-D MDS
Price
$44,289.00
$44,688.00
$45,186.75
$44,887.50
$43,386.50
$43,785.50
$44,284.25
$43,985.00
Capacity x Readability
61 g x 0.001 mg
61 g x 0.001 mg
61 g x 0.001 mg
61 g x 0.001 mg
61 g x 0.001 mg
61 g x 0.001 mg
61 g x 0.001 mg
61 g x 0.001 mg
Hardware Included
Standard
Ionizer
All hardware licenses
Motorized draft shield
Standard
Ionizer
All hardware licenses
Motorized draft shield
Interfaces
USB–A, USB–B, USB–C, Optional RS232
Power
100–240 (+10%) V 47-63 Hz
Weighing pan size
Ø 50 mm
Repeatability at 5% load
0.0015 mg
Repeatability near Max
0.004 mg
Repeatability near Max (typical value)
0.0025 mg
Linearity deviation Tolerance
0.02 mg
Linearity deviation Typical value
0.005 mg
Deviation at eccentric loading, positions according to OIML R76
Test weight
20 g
Tolerance
0.02 mg
Typical value
0.01 mg
Sensitivity drift between +10o C and +30o C
1 ppm/K
Tare maximum capacity: Less than 100% of maximum capacity
Accuracy class according to Directive 2014 | 31 | EU
I
Verification scale interval (e) according to Directive 2014 | 31 | EU
1
Minimum load (Min) according to Directive 2014 | 31 | EU
0.1 mg
Minimum weight according to USP (United States Pharmacopeia), Chap. 41 and Ph.Eur. 2.1.7
Optimum minimum weight
0.82 mg
Typical stabilization time
3.5 s
Typical measurement time
10 s
Recommended calibration weight
Recommended calibration weight
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
isoCAL Temperature change
1.5 K
isoCAL Time span
12 h
Dimensions (L x W x H)
486 x 240 x 302
510 x 240 x 302
Weight, approx
15 kg
Sartorius Cubis II Micro Balance 61 g x 0.001 mg Specs:
MODEL
MCA66P-3S00-D
MCA66P-3S00-D ION
MCA66P-3S00-D HWL
MCA66P-3S00-D MDS
MCE66P-3S00-D
MCE66P-3S00-D ION
MCE66P-3S00-D HWL
MCE66P-3S00-D MDS
Price
$40,869.00
$41,268.00
$41,766.75
$41,467.50
$35,759.50
$40,365.50
$40,864.25
$40,565.00
Capacity x Readability
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
12 g x 0.001 mg 61 g x 0.01 mg
Hardware Included
Standard
Ionizer
All hardware licenses
Motorized draft shield
Standard
Ionizer
All hardware licenses
Motorized draft shield
Interfaces
USB–A, USB–B, USB–C, Optional RS232
Power
100–240 (+10%) V 47-63 Hz
Weighing pan size
Ø 50 mm
Repeatability at 5% load
0.002 mg
Repeatability near Max
0.01 mg
Repeatability near Max (typical value)
0.006 mg
Linearity deviation Tolerance
0.02 mg
Linearity deviation Typical value
0.008 mg
Deviation at eccentric loading, positions according to OIML R76
Test weight
20 g
Tolerance
0.03 mg
Typical value
0.012 mg
Sensitivity drift between +10o C and +30o C
1 ppm/K
Tare maximum capacity: Less than 100% of maximum capacity
Accuracy class according to Directive 2014 | 31 | EU
I
Verification scale interval (e) according to Directive 2014 | 31 | EU
1
Minimum load (Min) according to Directive 2014 | 31 | EU
0.1 mg
Minimum weight according to USP (United States Pharmacopeia), Chap. 41 and Ph.Eur. 2.1.7
Optimum minimum weight
0.82 mg
Typical stabilization time
3.5 s/2.5 s
Typical measurement time
10 s/6 s
Recommended calibration weight
Recommended calibration weight
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
50g (E2)
isoCAL Temperature change
1.5 K
isoCAL Time span
12 h
Dimensions (L x W x H)
486 x 240 x 302
510 x 240 x 302
Weight, approx
15 kg
Sartorius Cubis II Micro Balance 111 g x 0.002 mg Specs:
MODEL
MCA116S-3S00-D
MCA116S-3S00-D ION
MCA116S-3S00-D HWL
MCA116S-3S00-D MDS
Price
$26,771.00
$27,170.00
$27,668.75
$27,369.50
Capacity x Readability
111 g x 0.002 mg
111 g x 0.002 mg
111 g x 0.002 mg
111 g x 0.002 mg
Hardware Included
Standard
Ionizer
All hardware licenses
Motorized draft shield
Interfaces
USB–A, USB–B, USB–C, Optional RS232
Power
100–240 (+10%) V 47-63 Hz
Weighing pan size
Ø 50 mm
Repeatability at 5% load
0.004 mg
Repeatability near Max
0.01 mg
Repeatability near Max (typical value)
0.005 mg
Linearity deviation Tolerance
0.03 mg
Linearity deviation Typical value
0.02 mg
Deviation at eccentric loading, positions according to OIML R76
Test weight
50 g
Tolerance
0.03 mg
Typical value
0.02 mg
Sensitivity drift between +10o C and +30o C
1 ppm/K
Tare maximum capacity: Less than 100% of maximum capacity
Accuracy class according to Directive 2014 | 31 | EU
I
Verification scale interval (e) according to Directive 2014 | 31 | EU
1
Minimum load (Min) according to Directive 2014 | 31 | EU
0.2 mg
Minimum weight according to USP (United States Pharmacopeia), Chap. 41 and Ph.Eur. 2.1.7
