Thousands of Hardware Configurations
Regardless of scientific discipline or application, we have your lab balance needs covered with our customizable line of products. Choose from among 50 weighing modules, two user interfaces and seven draft shields for a great variety of possible hardware configurations.
Product Highlights
Weighing Modules
Choose from a range of 50 different weighing modules the one that fits best with your preferences.
- Ultra-Micro and Micro Balances
- Maximum capacity between 2.1 g and 10.1 g | scale interval with a range of 0.1 μg to 1 μg
- Automatic, round, glass draft shield with learning capability, illumination and integrated motion sensor
- Manual stainless-steel draft shield for filter weighing applications
- High-Capacity Micro Balances
- Maximum capacity between 32 g and 111 g | scale interval with a range of 1 μg to 2 μg
- Optional manual or motorized round inner glass draft shield
- Guided process for daily and deep instrument cleaning
- Semi-Micro Balances
- Maximum capacity between 120 g and 220 g | scale interval with a range of 0.005 mg to 0.1 mg
- Integrated Ionizer with 4 ionizing nozzles guarantees full discharge
- Upgradeable hardware options for integrated ionizer and auto draft shield. If necessary also automatic or manual inner glass draft shield available.
- Software guidance for daily and deep instrument cleaning
- Analytical Balances
- Max. capacity between 120 g and 520 g | scale interval of 0.1 mg
- Automatic glass draft shield with or without integrated ionizer to eliminate interfering electrostatic charges on samples and sample containers
- Manual glass draft shield with smooth-action doors
- Precision Balances
- Max. capacity between 320 g and 14,200 g | scale interval with a range of 1 mg to 100 mg
- Easy-to-use manual glass draft shield
- Alternatively removable flat stainless-steel draft shield frame
- High-Capacity Balances
- Max. capacity between 11,200 g and 70,200 g | scale interval with a range of 100 mg to 1 g.
Sample Holders and Weighing Pans
Our accessories are specially designed to make lab workflows easier via ergonomic weighing and error-free weighing tasks. We offer a selection of sample holders designed for various vials, flasks and samples – all to give you faster response time and better repeatability.
- Filter Pans – Enable flawless weighing of filters up to a diameter of 150mm. Designed for ultra-micro, micro, semi-micro and analytical balances.
- Save-Lock Tube Holders – Our holders for reaction tubes enable effortless, secure positioning of Eppendorf tubes and centrifuge reaction tubes up to 5ml on the balance.
- Holders for Vials and Round-Bottom Flasks – Enjoy easy positioning of round-bottom flasks or without a fixed stand on the weighing pan.
- Syringe Holder – With the syringe holder, you can easily weigh filled or unfilled syringes of various sizes.
- Holder for Weighing Boats or Papers - Allows easy positioning and secure fixation of weighing boats or weighing papers on the pan. It also reduces electrostatic influences because of the Faraday cage effect.
- Stent Holder – For easy positioning and measurement of stents. Made of extra pure titanium.
- Q- Grid Pan – The best solution when working in weighing cabinets and other enclosures. Thanks to the extraordinary design, resistance to air currents is minimized which results in better zero-point return values and stable weighing results. Designed for precision balances.
Display and Control Units
With our customizable balances comes a seamless user interface designed to meet your needs. Control your balance, your way with the following options:
- Advanced User Interface MCA
- Even in the most complex lab scenarios, this interface provides advanced user guidance with outstanding ease-of-use. The 7” high-performance color touch screen features touch, scroll and swipe functionality and includes factory-installed weighing applications.
- Essential User Interface MCE
- This interface is designed for those who require the highest level of weighing accuracy but do not operate in complex applications. The large, high-contrast touch display features factory-installed essential weighing applications for easy operation.
Draft Shields
To ensure your Cubis® II lab balance operates at peak functionality and is protected against external contaminants and influences, we offer a robust selection of draft shields.
- Optimal protection against drafts ensures top-level weighing accuracy
- Glass panels guarantee maximum visibility of weighing pan and workspace, while their conductive coating minimizes the influence of electrostatic charges
- Well-protected against spillage, as all parts can be easily disassembled for thorough cleaning
- Durable weighing pan materials such as titanium and stainless-steel
- Non-magnetic materials like titanium
Hardware Configuration
MyCAP CCX Cell Expansion
The software application Mycap CCX cell expansion is made for the aseptic transfer of media or inoculum between Mycap CCX flasks using peristaltic pumps. By means of the connected pump, media or inoculum is transferred from a donor flask into a recipient flask and the amount transferred is checked gravimetrically. The application can control and regulate the Watson-Marlow pump models 323Du, 530DuN and 630DuN via serial communication.
Pharma Filling
The application Pharma Filling is used to transfer liquid products or samples from a reservoir into smart consumables like vessels or bags. The transferred liquid weight is gravimetrically measured and recorded by the balance. The application works with Watson-Marlow pump models 323Du, 530DuN and 630DuN.
pH Measurement
The application Sampling with IDS sensor is used to record and report a series of samples (generally liquids or solvents). Each sample has an ID and optionally a weight. Additionally, measured values (e.g., pH, temperature) from a connected IDS sensor can be acquired and added to each sample. The Cubis® MCA balance can communicate with an IDS sensor via the IDS Gate, which must be in the same network. Tagged values, which are stored inside the IDS system, can also be read out and reported by this application.
