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KOZMAG CreamMix Series
Our CreamMix vacuum emulsifying mixer range covers 5–3000 L reference batch capacities, with Lab/Pro homogenizer speeds up to 3000 rpm and listed limit vacuum down to −0.09 MPa on selected configurations.
A vacuum emulsifier combines agitation, high-shear homogenization and air removal for face creams, body lotions and gels. Choose CreamMix Lab for formulation trials, Pro for hydraulic lifting access or Ultra for a fixed-type installation, with heating, cooling and transfer arrangements matched to your process.
Download Mixer Specifications (PDF)The access arrangement and the processing configuration are separate choices. A lifting or fixed structure can be assessed alongside the required homogenizer, agitation, heating and transfer arrangement.
The hydraulic system raises the cover and associated mixing assembly, giving access for inspection, cleaning and maintenance. Allow for the raised position, overhead services and the space needed to work around the vessel.
Compare access requirements, available lifting clearance and the intended discharge arrangement.
Discuss a CreamMix Pro Mixer
The fixed-type structure is the non-lifting alternative in this range. Cover access, maintenance points, cleaning connections and product discharge are planned around the installed vessel and its connected equipment.
Compare the installed layout, piping interfaces and the planned cleaning and maintenance method.
Discuss a CreamMix Ultra MixerCreamMix Lab presents 5 L and 10 L hydraulic lifting reference configurations for laboratory and pilot customization. Choosing an emulsifying machine for trial work starts with the usable working range, ingredient-addition sequence and the process observations you need to make. The final configuration is matched to the intended formulation and trial.
Discuss a CreamMix Lab RequirementIn a vacuum homogenizer mixer, agitation moves material through the vessel. A rotor-stator homogenizer applies localized high shear. Vacuum processing helps remove entrained air and can support material introduction in a suitable system. These functions need to work together with the formulation and temperature sequence.
A Typical Emulsifying Process
The order and overlap of these stages depend on the formulation and selected equipment configuration.
Vacuum processing helps remove air introduced during powder addition and agitation. We match the vacuum arrangement to your formulation and mixing sequence to support air removal before product transfer.
Material movement and heat transfer become more demanding as viscosity changes. Wall-scraping, alternative agitation structures and the chosen homogenizing path provide different ways to organize movement through the vessel. Agitator selection and motor power belong in the same assessment.
Cleaning and inspection depend on access to the cover, mixing assembly, seals and transfer lines. A lifting arrangement opens access above the vessel; a fixed-type design needs a defined approach to those same working areas. Plan the cleaning procedure together with the installed layout.
Compare batch capacity, motor ratings, listed limit vacuum, total system power and dimensions across our Lab, Pro and Ultra reference configurations.
Homogenizer: 0–3000 r/min. Agitator: 0–63 r/min.
Scroll horizontally to compare all specification columns.
| Listed batch capacity (L) | Homogenizer motor (kW) | Agitator motor (kW) | Listed limit vacuum (MPa) | Total power: steam-heated (kW) | Total power: electrically heated (kW) | L × W × H / overall height (mm) |
|---|---|---|---|---|---|---|
| 5 | 0.37 | 0.18 | −0.09 | 2 | 5 | 1260 × 540 × 1600/1850 |
| 10 | 0.75 | 0.37 | −0.09 | 3 | 6 | 1300 × 580 × 1600/1950 |
Homogenizer: 0–3000 r/min. Agitator: 0–63 r/min.
Scroll horizontally to compare all specification columns.
| Listed batch capacity (L) | Homogenizer motor (kW) | Agitator motor (kW) | Listed limit vacuum (MPa) | Total power: steam-heated (kW) | Total power: electrically heated (kW) | L × W × H / overall height (mm) |
|---|---|---|---|---|---|---|
| 50 | 3–5.5 | 1.1 | −0.09 | 9 | 18 | 2600 × 2250 × 1950/2700 |
| 100 | 4–7.5 | 1.5 | −0.09 | 13 | 32 | 2750 × 2380 × 2100/2950 |
| 200 | 5.5–11 | 2.2 | −0.09 | 15 | 45 | 2750 × 2750 × 2350/3350 |
| 300 | 7.5–11 | 2.2 | −0.085 | 18 | 49 | 2900 × 2850 × 2450/3500 |
| 500 | 11 | 4 | −0.08 | 24 | 63 | 3650 × 3300 × 2850/4000 |
| 1000 | 15 | 5.5 | −0.08 | 30 | 90 | 4200 × 3650 × 3300/4800 |
| 2000 | 15 | 7.5 | −0.08 | 40 | — | 4850 × 4300 × 3800/5400 |
Homogenizer: 1440/2880 r/min. Agitator: 0–63 r/min.
Scroll horizontally to compare all specification columns.
| Listed batch capacity (L) | Homogenizer motor (kW) | Agitator motor (kW) | Listed limit vacuum (MPa) | Total power: steam-heated (kW) | Total power: electrically heated (kW) | L × W × H (mm) |
|---|---|---|---|---|---|---|
| 100 | 2.8–4 | 1.5 | −0.09 | 13 | 32 | 2750 × 2700 × 2250 |
| 200 | 6.5–8 | 2.2 | −0.09 | 15 | 45 | 3100 × 3000 × 2500 |
| 300 | 6.5–8 | 2.2 | −0.085 | 18 | 49 | 3500 × 3350 × 2650 |
| 500 | 6.5–8 | 4 | −0.08 | 22 | 61 | 3850 × 3600 × 2750 |
| 1000 | 9–11 | 5.5 | −0.08 | 28 | 88 | 4200 × 3850 × 3300 |
| 2000 | 11–14 | 5.5 | −0.08 | 34 | — | 4500 × 4050 × 3800 |
| 3000 | 15–18 | 7.5 | −0.08 | 40 | — | 4800 × 4300 × 4100 |
Reference configurations. Total power is the listed system power for the heating configuration shown; — means not listed. Vacuum figures are catalog limits; confirm the measurement basis and operating setpoint with the selected equipment. Working volume, selected motor ratings and installation dimensions are confirmed during configuration review. The lifting tables retain the source height / overall-height pair.
Download Mixer Specifications (PDF)The same batch capacity can be paired with different agitation, homogenization and heating arrangements. We select these elements together with product flow, the temperature profile and the installation.
| Configuration choice | Practical difference | Selection focus |
|---|---|---|
| Top or bottom homogenization | Changes the location of the high-shear zone and access to the homogenizing assembly. | Working level, material movement, maintenance access and the process sequence. |
| Internal or external circulation | Changes how material moves through the homogenizing path; an external loop also introduces product-transfer and cleaning sections. | Product flow at process temperature, loop hold-up, discharge and cleaning scope. |
| Agitation arrangement | Wall-scraping, single-direction, bidirectional and alternative mixing structures create different material movement. | Viscosity through the batch, solids loading and shear sensitivity. |
| Electric or steam heating | Uses different plant utilities and equipment arrangements. | Available utilities, target temperature profile and the intended batch cycle. |
| Cooling arrangement | The vessel and cooling utility work together to remove heat. | Cooling-water conditions, formulation viscosity and the required discharge temperature. |
| Controls and discharge | Button or PLC control, bottom discharge, pumping and circulation arrangements change operation and transfer. | Required control functions, product flow and the receiving equipment. |
Compare the Product Path
A — In-vessel homogenization
Material is processed at the homogenizing head inside the vessel.
B — External circulation
Material passes through an external processing path and returns to the vessel or proceeds to transfer, according to the design.
For cleaning in place, review spray coverage, transfer piping and the circulation loop together with the selected vessel and cleaning procedure.
Review My Process Configuration| Product group | Processing considerations |
|---|---|
| Face cream, eye cream and hand cream | Phase preparation, viscosity development, homogenization and cooling before transfer. |
| Body lotion and other cosmetic emulsions | Oil/water phase handling, circulation, air removal and the required filling temperature. |
| Gels and viscous formulations | Thickener addition, solids dispersion, shear sensitivity and discharge behavior. |
Configure CreamMix as a cosmetic cream mixer for face and hand creams, or as a lotion mixing machine for body lotion. Match phase preparation, homogenization and cooling to the formulation, then plan transfer at the product’s filling temperature.
We can discuss the mixer as an individual machine, part of an existing-line upgrade or within new-line planning. The review includes receiving height, piping and pump requirements, holding conditions and the interface with filling equipment.
KOZMAG by SaintyCo
Cosmetic Equipment Solution Provider
We bring equipment selection, configuration requirements and project communication through one point of contact. Our scope covers cosmetic processing and packaging, so the mixer can be considered together with phase preparation, water treatment, storage, cleaning interfaces and filling.
Configuration and layout review.
CreamMix Pro and Ultra provide different starting points for access and installation, while CreamMix Lab supports laboratory and pilot configuration review. Agitation, homogenization, thermal processing and discharge are then matched to the intended work.
A mixer proposal needs to connect with upstream preparation and downstream transfer. We bring these equipment requirements into the same discussion, including retained equipment when the project is an upgrade.
We coordinate technical communication and receive installation, training and after-sales questions through KOZMAG. The installation method, training scope, acceptance requirements and service responsibilities are defined for each project.
| Topic | What to expect |
|---|---|
| Lead time | For individual machines, typically 30–60 days after order confirmation, depending on configuration. Complete-line lead time is scheduled per project. |
| Warranty | A 2-year warranty, excluding wear parts such as seals and gaskets. |
| Installation | Installation by your team with our remote guidance. On-site installation and commissioning by our engineer are available at additional cost. |
| Operator training | Training by video call, or on site during an agreed installation visit. |
| Spare parts | The initial spare-parts scope and further spare-parts requirements are defined for the selected equipment. |
| Technical support | One point of contact through KOZMAG for technical questions and after-sales support. |
Pre-shipment testing, video review and acceptance arrangements are agreed for the selected mixer. The order scope should identify the equipment, required documents and installation responsibilities.
Start with the smallest and largest batches you need to produce. Then check whether the operating liquid level suits the agitator, homogenizing head and product-transfer path.
| CreamMix family | Structure | Listed capacities in the reference tables |
|---|---|---|
| Lab | Hydraulic lifting | 5 L and 10 L |
| Pro | Hydraulic lifting | 50–2000 L |
| Ultra | Fixed-type | 100–3000 L |
Use your smallest and largest planned batches to select the working range. Check operating level, product density, ingredient additions and discharge needs alongside the listed batch capacity, so one mixer can serve the batches you actually make.
Vacuum processing
Addresses entrained air and can assist material introduction in an appropriate configuration. Assess it around an identified air-removal or ingredient-handling requirement and the formulation’s suitability for the intended conditions.
Rotor-stator homogenization
Applies localized mechanical shear. Its contribution depends on the formulation, homogenizer geometry, material flow and processing conditions.
CreamMix Lab and Pro offer listed homogenizer speeds of 0–3000 r/min; CreamMix Ultra lists 1440/2880 r/min. Select speed together with homogenizer geometry, material flow and the formulation’s target texture.
Use CreamMix Lab to study ingredient addition, usable batch range and access during formulation trials. Record the process conditions that will guide the production configuration.
For a cream that thickens during cooling, assess the complete sequence:
Record the addition sequence, temperature profile and product characteristics that production needs to reproduce. Review geometry, working level, circulation and heat transfer during scale-up, then confirm the production settings through suitable process trials.
Use the complete product-contact path as your checklist:
Hydraulic lifting opens access above the vessel for inspection and cleaning. For frequent changeovers, review residue removal, disassembly points and access to seals and valves. Include any cleaning-in-place requirements in the equipment layout and procedure.
Heat-transfer area and material movement also affect the thermal cycle. Cooling deserves particular attention when viscosity increases as the batch approaches its discharge temperature.
Compare electric and steam heating against the services available at your site. Review heating and cooling capacity alongside the batch quantity, viscosity and temperature targets to plan a practical thermal cycle.
Compare quotations using the same equipment boundary:
| Package boundary | Scope to identify |
|---|---|
| Main mixer | Vessel, agitation, homogenization, vacuum equipment and controls |
| Phase preparation | Any oil/water vessels and their heating or transfer arrangements |
| Connected process | Holding, pumping, piping and interfaces with receiving equipment |
Contact materials, cleaning provisions, instrumentation and installation requirements can also change the package. KOZMAG provides one point of contact for project communication. Installation arrangements, training, acceptance requirements, documentation and service responsibilities are defined for the specific project.
Share the formulation type, intended batch range and whether the mixer will join an existing line or a new installation. Heating, cooling, cleaning and discharge requirements help define the equipment scope.