150ml Cup Vacuum Mixer With Built In Vacuum Pump For Battery Slurry Ceramic Powder Dispersion

Product Overview

This compact vacuum mixing and dispersion system combines material mixing with vacuum processing in one laboratory unit. By completing agitation under vacuum, the equipment minimizes or eliminates entrained air bubbles, improving material filling behavior and helping produce denser, more consistent molded or processed materials. An integrated vacuum pump supports convenient operation without requiring a separate external pumping system.

The unit is designed for positive- and negative-electrode slurry preparation during battery research, as well as mixing powder materials and ceramic compounds. It is suitable for battery R&D laboratories, advanced materials research, powder processing, ceramics development, and academic laboratories where small-batch process control is important.

A soft-sealing design, variable-frequency drive, adjustable mixing speed, programmable operating time, and compact footprint support dependable daily operation. The clean geometric enclosure is suited to professional laboratory environments, while routine cleaning, lubrication, and fastener inspection help preserve smooth movement and long-term operating consistency.

Key Features

• Integrated Vacuum Mixing and Dispersion: The system combines vacuum treatment and mechanical agitation in a single workflow. Processing under vacuum reduces air inclusion and supports improved filling performance and material density.

• Effective Soft-Seal Construction: An industry-leading soft-sealing process provides reliable sealing performance during vacuum operation. Consistent sealing helps maintain the required negative-pressure environment throughout the mixing cycle.

• Variable-Frequency Speed Adjustment: The mixing motor uses a gearbox with frequency-converter control. Operators can select an appropriate speed and torque for different process requirements and material viscosities.

• Wide Mixing Speed Range: Adjustable operation from 0 to 320 revolutions per minute provides process flexibility for battery slurries, powders, ceramic materials, and other laboratory formulations requiring controlled agitation.

• Programmable Mixing Duration: The operating timer can be set from 0 to 9999 minutes. This supports repeatable batch preparation and helps standardize experimental procedures across different users and material systems.

• Stepless Oscillation Control: The oscillation function uses stepless speed adjustment, allowing the operator to refine movement according to the formulation and desired dispersion behavior.

• Compact Laboratory Footprint: The equipment has an approximate length of 330 mm, width of 310 mm, and height of 510 mm. Its small external dimensions conserve valuable bench and laboratory floor space.

• Stable Low-Power Operation: A rated power of 150 W provides a practical balance between laboratory energy consumption and controlled mixing performance for small-batch research work.

• Professional Enclosure Design: The three-dimensional geometric exterior is clean, refined, and space-conscious. The finished enclosure complements controlled laboratory environments and supports straightforward access for routine care.

Applications

Technical Specifications

The electrical and mechanical configuration is intended for controlled laboratory-scale processing. The AC220V supply and 150 W rated power support installation in laboratories equipped for standard industrial or research electrical service. Before commissioning, purchasers should confirm that the available power supply matches the specified voltage and that the installation location provides sufficient access for loading, cleaning, inspection, and maintenance.

The adjustable mixing range is a central process-control feature. Operation from 0 to 320 rpm allows users to select slower movement for sensitive or highly viscous materials and higher movement for suitable dispersion tasks. Because the motor is coupled to a gearbox and controlled through a frequency converter, the operator can adapt speed and torque to the material rather than relying on one fixed operating condition. This flexibility is valuable when formulations change during battery development or when powder characteristics vary between research batches.

Vacuum processing is equally important for applications in which entrained air can compromise filling, forming, or density. The specified vacuum level of ≤ -80 KPa or higher, together with the built-in pump and soft-sealing construction, supports mixing in a reduced-pressure environment. The reference specification identifies a 250ml stainless steel vacuum mixing tank as the supplied accessory vessel and states that the vessel can be customized according to customer requirements. Purchasers should confirm the required vessel configuration and working volume when requesting a quotation, particularly for applications based on a 150ml cup format.

The programmable 0 to 9999 minute mixing period helps laboratories establish consistent procedures. Users can define a repeatable duration for each formulation, record the selected condition, and compare results across development cycles. The stepless oscillation adjustment provides an additional operating variable for refining material movement. Together, these controls support practical experimentation without requiring a large or complex production installation.

Maintenance requirements are straightforward but important for preserving performance. The tank and mixing head should be wiped clean before and after each operating cycle so that residue does not affect the next batch or interfere with sealing and movement. Moving parts should remain clean and receive appropriate lubrication to maintain smooth operation. Screws, nuts, pins, and other fasteners should be inspected regularly because loosening can affect mechanical stability and create avoidable quality or safety risks.

Why Choose This Product

• Purpose-Built for Research Workflows: This system addresses the specific need to combine mixing, dispersion, and air removal in small-batch battery and advanced-materials development. It supports practical laboratory workflows without requiring a separate vacuum installation.

• Controlled, Repeatable Processing: Variable-frequency speed control, gearbox-assisted torque delivery, stepless oscillation, and a programmable timer give operators meaningful control over process conditions. These features help reduce variation between batches and users.

• Premium Mechanical Attention: Soft-sealing construction, a stainless steel mixing vessel, and a robust 20 kg overall structure provide a solid foundation for repeated laboratory use. The design emphasizes stable operation, maintainability, and consistent vacuum performance.

• Space-Efficient Installation: The compact approximately 330 mm × 310 mm × 510 mm footprint fits laboratories where bench and floor space are limited. The refined geometric enclosure also presents a professional appearance in shared research environments.

• Adaptable Configuration and Support: The reference configuration includes a 250ml stainless steel vacuum mixing tank, with customization available according to customer requirements. Contact us for a quotation, vessel configuration review, or a custom solution matched to your material, process, and laboratory workflow.

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