Core Advantage: Redefining Dispensing Accuracy and Safety
1. Scientific flow field design, with a significant boost in mixing efficiency

Three-dimensional turbulence generator: The vessel is equipped with a stator–rotor dual-shear-layer system and a flow-directing cylinder, enabling high-viscosity media up to 30,000 cP to achieve a mixing uniformity of ≥98% (CV ≤1.5%) within 90 seconds.
Nanoscale surface treatment: The inner wall is electropolished to an ultra-smooth mirror finish with Ra ≤ 0.2 μm, complemented by full-coverage laser welding of weld seams to eliminate residual dead zones, reducing cleaning time by 40%.
Intelligent Edge Anti-Vortex System: Automatically adjusts the tilt angle of the agitator blade based on the liquid level to prevent vortices—caused by high-solid-content materials such as cellulose suspensions—from leading to metering errors.
2. Modular Sterile Assurance System

Double O-ring self-locking quick-opening lid: in combination with the -0.05 MPa slight negative pressure inside the can, it effectively isolates environmental microorganisms;
CIP multi-angle rotary nozzle: spray ball coverage reaches 200% (overlapping wash pattern); a water hammer impact of 1.5 MPa can remove scale with a particle size of 0.1 mm.
All-pipeline solution with a union fitting: utilizes 316L stainless steel combined with EPDM fluororubber composite seals, resistant to acids and alkalis (pH 1–14) and high-temperature steam (150°C).
3. Digital Precision Intelligent Control Platform

Equipped with a mass flow meter and a high-precision weighing sensor module, the system achieves liquid batching accuracy within ±0.1% and powder dosing accuracy of ±10 g/ton.
Supports cloud synchronization of formulation parameters, allows retrieval of historical process curves via QR code scanning, and triggers automatic alarms when deviation values in the batching process exceed set limits.
The electronic batch record complies with the GAMP 5 standard, and its tiered access control enables traceability down to the operator’s ID fingerprint.
Deep empowerment across multiple industries: from the laboratory to 10,000‑ton‑scale production lines
Biopharmaceuticals: A Revolution in the Precise Preparation of Cell Culture Media
A monoclonal antibody CDMO company uses a 50 m³‑class low‑shear blending system to simultaneously dissolve 500 L of fetal bovine serum and 3 tons of chemically defined medium, reducing protein aggregation to ≤1.2%.
The mRNA vaccine manufacturing facility uses an ultra-low-temperature lipid nanoparticle (LNP) formulation tank to encapsulate the mRNA in PEGylated liposomes at −30°C under nitrogen purging, with the particle size distribution index (PDI) maintained below 0.08.
Food & Beverage: Solving the Challenge of Blending High-Solids Formulations
A leading plant-based protein beverage company has commissioned a stepped dissolution tank with a premix chamber, increasing the dissolution rate of pea protein isolate by 45% and reducing the residue rate to below 0.01%.
The functional beverage plant is equipped with an online CO₂ saturation system, enabling molecular-level mixing of syrup and carbonated water under dynamic pressure (0.8 MPa), increasing bubble uniformity to 92%.
Fine Chemicals: Inherently Safer Breakthroughs for Hazardous Materials
Lithium battery material companies use inert-gas-protected batching units (with oxygen content <10 ppm) to achieve zero-oxidation mixing of NMP solvent and nano-silicon slurry.
A photoresist factory employs a magnetic-levitation, non-contact stirring system to eliminate metal-ion contamination, reducing the defect rate in spin coating from 3.5 wafers per box to 0.2 wafers per box.
Cosmetics: Guardians of Active Ingredient Efficacy
A functional skincare brand has introduced a vacuum emulsification mixing tank, allowing vitamin C derivatives to dissolve in an oxygen-free environment with an active retention rate of over 99% within 48 hours.
The lyophilized serum production line is equipped with a -50°C ultra-cold homogenization module, which performs low-temperature depolymerization of hyaluronic acid molecular chains, raising transdermal absorption to 78%.