cosmetic cream mixer machine
A cosmetic cream mixer machine combines phase preparation, high-shear homogenization, wall-scraping agitation, vacuum deaeration, heating and cooling in one controlled production system.
URMACHINE supplies 5–20 L laboratory models for formulation work and pilot batches, together with 30–2,000 L industrial systems for commercial production. The equipment can be configured for face creams, body creams, lotions, sunscreens, conditioners, gels and other skincare emulsions.
URMACHINE Cosmetic Cream Mixer Machine Solution
| Specification | UR-5 | UR-10 | UR-20 | URZRJ-30 | URZRJ-50 | URZRJ-100 | URZRJ-150 | URZRJ-200 | URZRJ-350 | URZRJ-500 | URZRJ-750 | URZRJ-1000 | URZRJ-2000 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Volume / Capacity | 5L / 7L | 10L / 15L | 20L / 30L | 30L | 50L | 100L | 150L | 200L | 350L | 500L | 750L | 1,000L | 2,000L |
| Homogenizer Power | 0.75 kW | 0.75 kW | 1.5 kW | 1.5 kW | 3 kW | 3 kW | 4 kW | 4 kW | 5.5 kW | 7.5 kW | 11 kW | 11 kW | 22 kW |
| Homogenizer Speed | 3,500 rpm | 3,500 rpm | 3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm | 0–3,500 rpm |
| Scraper Mixer Power | 0.55 kW | 0.55 kW | 0.75 kW | 0.75 kW | 0.75 kW | 1.5 kW | 1.5 kW | 1.5 kW | 2.2 kW | 2.2 kW | 3.7 kW | 3.7 kW | 7.5 kW |
| Scraper Mixer Speed | 0–70 rpm | 0–70 rpm | 0–60 rpm | 0–70 rpm | 0–70 rpm | 0–70 rpm | 0–70 rpm | 0–70 rpm | 0–70 rpm | 0–50 rpm | 0–50 rpm | 0–50 rpm | 0–50 rpm |
| Heating Options | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam | Electric or steam |
Built for Precision Cosmetic Homogenization & Emulsification
This high-shear vacuum emulsifying mixer integrates high-shear homogenization, wall-scraping mixing, precise heating/cooling, and vacuum-degassing into one efficient system. It is engineered for cosmetic and personal care manufacturers requiring stable, smooth, and bubble-free formulations.
Cosmetic Products You Can Process
For custom cosmetic, skin care, or specialized emulsion formulations, share your material characteristics and target batch volume with our technical team before final configuration.
Face and Body Creams
Moisturizers, nourishing creams, cold creams, and body creams combine water, oils, emulsifiers, thickeners, and active ingredients. The machine provides sufficient bulk movement for product viscosity while applying homogenization only where the formulation requires it.
Lotions and Moisturizers
Lower-viscosity lotions need stable phase incorporation without excessive aeration. Adjustable homogenizer and scraper speeds allow the process to change from initial emulsification to controlled cooling and finishing agitation.
Sunscreens
Sunscreen formulations contain dispersed powders, oil-soluble materials, and viscosity modifiers. Equipment selection supports powder feeding, wetting, circulation, temperature control, and specific product testing requirements.
Conditioners and Hair Masks
Conditioners and richer hair masks require melting, phase mixing, emulsification, and cooling in the same vessel. Wall scraping maintains optimal agitation and temperature profiles as viscosity develops during cooling.
Cosmetic Gels
Cosmetic gels require controlled powder hydration and low-aeration mixing. The homogenizer, agitator, feeding method, and vacuum sequence are configured around the actual gelling system and target batch volume.
Serum Emulsions
Milky serums and lightweight emulsion serums combine liquid handling with precise droplet dispersion. A laboratory mixer can be used to establish the process before transferring to a larger production vessel.
Schematic diagram of the Cosmetic Cream Mixer Machine
Explore detailed structural breakdowns and component layouts
123456789Cosmetic Cream Mixer Machine Working Video
How to Specify Your Cosmetic Cream Mixer Machine
Provide the following information so the equipment can be matched to the actual formula and production environment. This information allows the technical team to review vessel size, agitation, homogenizer position, heating, cooling, vacuum, controls and auxiliary systems as one process rather than as unrelated options.
- Cosmetic product type and formulation description: Detail cream, lotion, serum, or gel characteristics.
- Estimated finished-product viscosity: Expected thickness (in cP/mPa·s) during and after processing.
- Target working batch and minimum batch size: Standard batch volume and minimum operating limit.
- Water-phase, oil-phase and final processing temperatures: Target melting, emulsification, and cooling profile.
- Heat-sensitive ingredients or temperature limits: Thresholds for active additions and fragrance dosing.
- Powder, liquid and active-ingredient feeding methods: Manhole charging, auxiliary tank transfer, or vacuum suction.
- Required homogenization and dispersion stages: High-shear structure (Top/Bottom/External circulation) and pass counts.
- Foaming behavior and vacuum requirements: Deaeration pressure rating for bubble-free finish.
- Preferred cleaning method and changeover frequency: Manual washdown vs. CIP spray ball requirements.
- Finished-product discharge and transfer requirements: Hydraulic tilting, bottom valve, or transfer pump setup.
- Contact material & surface polish: Contact parts grade (e.g., SS316L, Ra ≤ 0.4μm mirror finish) and hydraulic lid lifting.
- Manual, button-panel or touchscreen control preference: Relay controls vs. Siemens PLC with HMI touchscreen and recipes.
- Local voltage, frequency and phase: Industrial power supply standards (e.g., 220V/380V/415V, 50/60Hz, 3-Phase).
- Auxiliary units & pre-treatment tanks: Requirement and sizing for oil-phase and water-phase melting vessels.
- Available electric power, steam, cooling water or chiller supply: On-site infrastructure capacity.
- Installation area, access height and maintenance clearances: Doorway width, ceiling height, and floor layout limit.
- Destination country and receiving port: Shipping mode, freight calculation, and port logistics.
- Required material, inspection and project documents: Mill test certificates, FAT/SAT, IQ/OQ, and CE certification.
Why Configure Your Cosmetic Mixer with URMACHINE?
Discover how URMACHINE tailored cosmetic mixing systems meet your exact production requirements from pilot testing to full-scale manufacturing.
- 🧪 Lab to Industrial Scale Coverage
- 🛡️ High-Grade Stainless Steel Specs
- 🔥 Flexible Heating & Process Options
The published range covers 5 L, 10 L and 20 L laboratory systems as well as URZRJ industrial models from 30 L to 2,000 L. This allows buyers to discuss formulation trials, pilot work and commercial production with the same equipment supplier while keeping each machine specification separate.
URMACHINE's current laboratory model table specifies SUS316L for product-contact material and SUS304 for other structural material. Material grade for an industrial model, auxiliary vessel, pipe, valve or optional component should be confirmed in the technical proposal rather than inferred from the laboratory range.
The published laboratory and industrial model tables list electric or steam heating. The appropriate method depends on processing temperature, batch size, local utilities and the required heating profile. Cooling-water conditions should also be supplied during configuration review.
The machine should be selected from the formula outward: first the product type, viscosity, batch and process stages; then the vessel, agitation, homogenizer, vacuum, temperature control, discharge and controls. This requirements-led approach is more reliable than selecting a machine from capacity alone.
Choose the Right Capacity for Ointment R&D and Production
Select the ointment mixer capacity according to the actual working batch, minimum batch, viscosity, changeover pattern and production target—not only the nominal vessel volume.
5 L, 10 L & 20 L Models
Laboratory ointment mixers support formulation development, samples, process trials and pilot batches. They allow teams to study ingredient order, melting temperature, agitation, homogenization, vacuum and cooling before specifying an industrial machine.
30 L to 200 L Models
These industrial capacities may suit pilot manufacturing, smaller commercial batches, new product launches and facilities that run multiple formulas with frequent changeovers. Selection should be based on required working volume and minimum operating volume.
350 L to 2,000 L Models
Larger systems are intended for higher batch volumes and require project review of utilities, floor space, vessel access, cleaning, discharge, transfer and downstream filling. Production output cannot be calculated from vessel volume alone because heating, cooling, mixing and changeover time vary by formula and site.
| Configuration | Typical Use | Capacity Coverage | Core Functions | Common Options |
|---|---|---|---|---|
| Laboratory ointment mixer | Formula development, samples, process trials and pilot batches | 5 L, 10 L and 20 L | Homogenization, scraper mixing, vacuum, heating and cooling | Control upgrades, auxiliary heating or cooling equipment, vessel accessories |
| Industrial ointment mixer | Routine production of ointments, medicated creams and topical gels | 30 L to 2,000 L | High-shear homogenization, scraper agitation, vacuum processing and temperature control | Phase vessels, homogenizer arrangement, lifting, discharge, controls and cleaning systems |
| Custom ointment manufacturing system | Formulations or factory layouts requiring a tailored process | Project-dependent | Functions selected around the formula, batch sequence and plant layout | Automated transfer, phase preparation, recipe control, CIP-compatible devices and downstream connections |
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Emulsifier Operation, Cleaning, and Maintenance Support
A high-performance vacuum emulsifying machine depends on proper operation, thorough cleaning and sanitation, routine system inspection, and timely replacement of high-shear wear parts. Before operation, operators should follow the instruction manual and verified parameters for the specific formulation.
Cosmetic Cream Mixer Machine FAQ
A cosmetic cream mixer machine is a processing system used to combine the oil phase, water phase, emulsifiers, thickeners and other ingredients used in creams and lotions. A vacuum emulsifying configuration normally integrates a rotor-stator homogenizer, low-speed scraper agitator, sealed vessel, vacuum system and heating/cooling jacket. The correct configuration depends on the formula, viscosity, working batch and manufacturing sequence.
Typical applications include face creams, body creams, lotions, moisturizers, sunscreens, conditioners, hair masks, cosmetic gels and emulsion serums. One machine may process several related products when its working volume, agitation, homogenizer, feeding, temperature control and cleaning method suit each formula.
Choose capacity from the required working batch, not only the vessel’s nominal size. URMACHINE publishes 5 L, 10 L and 20 L laboratory working models for development and trials, followed by industrial models from 30 L to 2,000 L. Also consider minimum batch size, changeover frequency, heating and cooling time, factory space and downstream filling capacity.
Vacuum helps manage air introduced during feeding, circulation, homogenization and cooling. Depending on the process, it can support vacuum-assisted transfer and reduce entrained air before discharge. Foaming behavior, volatile ingredients, temperature and vessel fill level all influence the appropriate vacuum sequence.
It may be possible when the agitator, homogenizer, motor power, working volume and discharge system cover both products. Light lotions need stable circulation without unnecessary aeration, while thick creams place greater demand on bulk movement, wall scraping and discharge.
Yes. The published range uses jacketed vessels and lists electric or steam heating options. Cooling normally uses factory cooling water or a connected chiller circuit. Buyers should provide the phase temperatures, final cooling target, preferred heating medium and cooling-water conditions.
Record ingredient order, phase temperature, fill level, agitator speed, homogenizer speed, mixing time, vacuum sequence and cooling profile during laboratory trials. Industrial scale-up must also account for changes in vessel geometry, circulation, heat-transfer area and energy input.
Provide the product type, estimated viscosity, target batch, minimum batch, processing temperatures, feeding method, heating and cooling requirements, vacuum use, cleaning method, discharge method and preferred controls. Also include the factory voltage, available utilities, installation space, destination country and required documentation.
Contact information
venti@urmachine.com
Tel
+86 17365104069
Address
No. 163 Wangjiang Street, Dongshan Subdistrict, Ruian City, Wenzhou City, Zhejiang Province, China
Working Hours
Monday to Friday: 9:00 - 18:00
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