From laboratory micro-dosing and pilot-scale batching to multi-ton vacuum emulsification skids and aseptic high-speed packaging corridors, explore our precision OEM/ODM processing systems designed for cosmetics, cosmeceuticals, and personal care.
Engineered for concentrated active serums, peptidic elixirs, and ampoule lines. Features ceramic valveless piston metering with ±0.5% fill accuracy within cleanroom isolators.
Complete closed-loop compounding skid engineered with dual-action counter-rotating wall scrapers and bottom-entry shear heads up to 3,600 RPM for sub-micron emulsions.
Fully integrated servo-driven rotary packaging system featuring diving dive-in filling nozzles, no-bottle-no-fill optical sensors, and servo torque-controlled closure chucks.
Modular biopharmaceutical-grade batch formulation platform featuring gravimetric load-cell metering, hygienic buffer storage skids, and automated jacket thermal control loops.
Industrial vacuum emulsifying compounding suite equipped with external circulation pipes, hydraulic tilt discharge, and progressive cavitation homogenizers for thick creams and ointments.
Heavy-duty compounding plant specifically configured for dental gels and abrasive pastes. Features double planetary helical blades and high-vacuum sub-surface powder induction.
Multi-nozzle linear filling platform engineered with tool-less SMED quick-changeover mechanisms, servo-driven rotary valves, and clean-in-place recovery channels for viscous emulsions.
Fully integrated cosmetic processing center incorporating oil/water phase pre-treatment kettles, main homogenizing vessel, automatic de-aeration, and sanitary transfer pumping skids.
Operating at the intersection of precision pharmaceutical engineering and cosmetic elegance, our manufacturing complex in Esenyurt, Istanbul bridges the gap between raw compound synthesis, physical process engineering, and stringent international compliance.
Certified cleanroom environments operating under positive pressure differential, equipped with HEPA filtration cascades, daily microbiological particulate surveillance, and full batch genealogy tracing.
Over 95% of active ingredients, natural botanical derivatives, and functional emulsifiers are direct-sourced from Tier-1 European producers, strictly complying with EU Cosmetics Regulation (EC) No 1223/2009.
Experienced cosmetic chemists develop custom formulations or optimize tech-transfer formulas. We provide accelerated thermal stability testing, freeze-thaw cycles, challenge testing, and packaging compatibility checks free of charge.
Facility credentials include ISO 9001 Quality Management, The Vegan Society registration, and full Halal certification, ensuring frictionless product registration across the European Union, UK, GCC, and United States (FDA MoCRA).
Modern cosmetic manufacturing has transitioned from simple thermal blending to high-energy rheological manipulation. In stable biphasic systems (O/W and W/O emulsions), droplet coalescence and phase separation are predominantly governed by Stokes' Law. Achieving thermodynamic stability requires droplet dispersion below 1.5 microns, a physical milestone attainable only through dynamic rotor-stator cavitation combined with synchronized planetary scrapers.
Our turnkey compounding plants integrate coaxial counter-rotating agitators that generate high turbulent shear at peripheral velocities exceeding 28 m/s. Concurrently, vacuum de-aeration down to -0.095 MPa eliminates dissolved micro-bubbles, preventing product oxidation, reducing foaming, and establishing pristine crystal lattice stabilization in lamellar gel networks.
Technical Metric: Processing under continuous high vacuum (-0.09 MPa) reduces cream density variance to under 0.8%, ensuring that volumetric packaging nozzles fill accurately without air-pocket dropouts.
The primary point of failure in contract cosmetic manufacturing occurs during technology scale-up: an exquisite 500-gram laboratory beaker formulation often undergoes viscosity drift, phase inversion, or thermal degradation when transitioned into a 2,000-liter commercial vessel. To mitigate this risk, our facility enforces a three-stage scale-up matrix:
Choosing the correct equipment architecture is paramount to balancing capital efficiency with formulation flexibility. The table below delineates key engineering parameters across primary industrial cosmetics categories:
| Processing Platform | Target Formulation Matrix | Viscosity Handling | Shear Mechanism | Cleanroom CIP/SIP Cycle | Filling Precision |
|---|---|---|---|---|---|
| Laboratory Desktop Dosing | Active Serums, Peptides, Eye Elixirs | 1 – 2,500 cps | Low Shear / Gentle Induction | Autoclave & Sterile Disposable | ± 0.5% (Volumetric Ceramic) |
| Turnkey Vacuum Homogenizer | Anti-Aging Creams, Foundations, Sunscreens | 5,000 – 150,000 cps | Rotor-Stator Cavitation (3600 RPM) | Automated Rotary Spray Balls (3 Bar) | ± 0.3% (Servo Diving Piston) |
| Modular Compounding Skid | Shampoos, Body Washes, Micellar Waters | 500 – 12,000 cps | High-Flow Marine Impeller + Dispersion | Closed CIP Circulation Matrix | ± 0.2% (Mass Flow Meter) |
| High-Viscosity Planetary Plant | Clay Masks, Toothpastes, Heavy Balms | 80,000 – 500,000 cps | Dual Helical Ribbons + Hydraulic Shear | High-Pressure Automated Wash Skid | ± 0.5% (Auger / Positive Cavity) |
Global cosmetic supply chains are experiencing unprecedented realignment. Procurement directors, brand founders, and product developers must navigate transformative market forces, from regulatory homogenization to decarbonized cold-compounding.
The implementation of the U.S. FDA Modernization of Cosmetics Regulation Act (MoCRA) has unified global compliance standards with the long-standing EU Regulation (EC) No 1223/2009. Sourcing managers can no longer rely on unverified toll fillers. Facilities must provide verifiable GMP audit trails, facility registrations, substantiated safety dossiers (CPSR), and automated fragrance allergen tracking aligned with the IFRA 51st Amendment.
With corporate Scope 1 and Scope 2 emissions under intense scrutiny, cosmetic compounding is shifting away from energy-intensive thermal boiling cycles (85°C cooling to 30°C). Advanced polymeric emulsifiers, cold-water-dispersible gelling networks, and energy-optimized processing skids allow room-temperature blending. This reduces carbon footprint by up to 60% per metric ton of bulk formula produced.
The era of committing to rigid 50,000-unit minimums before consumer validation is ending. Contemporary digital beauty brands demand agile contracts: initial pilot runs of 2,500 to 5,000 units with sub-4-week repeat manufacturing agility. Turnkey facilities are integrating inline NIR (Near-Infrared) spectrometry and digital viscosity sensors to confirm batch homogeneity in real time without pausing for offline incubation.
Technical, regulatory, and commercial responses addressing the most critical operational inquiries posed by procurement heads, sourcing managers, and brand developers.
Under Original Design Manufacturing (ODM / Private Label), you license our laboratory’s pre-formulated, pre-stabilized, and regulatory-certified chassis (over 400 available formulas). You customize active claims, botanical extracts, signature fragrances, and packaging components. This provides the fastest route to market. Under Original Equipment Manufacturing (OEM / Contract Manufacturing), our chemical engineers manufacture directly according to your proprietary formulation, master batch records, and technical specifications, followed by tech-transfer scale-up and validation.
We offer structured, tiered MOQs tailored to project stage. For turnkey private label formulations using our standard packaging libraries, MOQs start flexibly to support pilot launch verification. For fully bespoke OEM formulations requiring dedicated chemical synthesis, raw ingredient procurement, and specialized primary tooling (e.g., custom-molded glass or silk-screened airless bottles), MOQs generally range from 3,000 to 5,000 units per SKU to guarantee cost-competitive pricing.
When clients purchase or commission turnkey industrial processing and filling equipment from our machinery division, we adhere to rigorous GAMP-5 engineering guidelines. We execute comprehensive Design Qualification (DQ), Installation Qualification (IQ), Operational Qualification (OQ), and Performance Qualification (PQ). Prior to dispatch, FAT is conducted at our facility using real production bulk to verify fill tolerance, torque stability, vacuum seal integrity, and CIP/SIP spray-coverage validation.
Every production batch undergoes mandatory analytical release testing in our quality control lab prior to shipment. This includes total viable aerobic count (TVAC < 100 CFU/g for facial products), yeast and mold quantification, and screening for pathogens including Pseudomonas aeruginosa, Staphylococcus aureus, and Candida albicans. Product development programs include ISO 11930 Antimicrobial Preservative Efficacy Testing (PET / Challenge Testing) and accelerated thermal stability at 45°C/75% RH for 12 weeks to substantiate a 36-month shelf life.
We provide comprehensive documentation required by legal regulatory authorities. For European Union and UK distribution, we supply complete Product Information File (PIF) documentation, including Part A and Part B Cosmetic Product Safety Reports (CPSR) prepared by certified safety assessors, quantitative INCI breakdowns, IFRA Certificates, Certificate of Analysis (CoA), and Material Safety Data Sheets (MSDS / SDS). For US clients, we furnish full facility registration data and ingredient declaration packages required under FDA MoCRA.
Yes. Our Istanbul production plant holds active facility registrations with The Vegan Society and accredited international Halal inspection bodies. We maintain strict segregation protocols to prevent cross-contamination: non-animal derived ingredients, no pork or bovine derivatives, and zero ethyl-alcohol contact where required. Additionally, our R&D team formulates according to major clean beauty retailer standards (e.g., Sephora Clean, Ulta Conscious Beauty, Credo Clean), rigorously excluding parabens, sulfates, phthalates, synthetic microplastics, and formaldehyde-releasers.
Whether you are commissioning a complete turnkey processing plant, scaling up a complex clinical skincare formulation, or sourcing a reliable ISO 22716 cGMP manufacturing partner in Turkey, our engineering and formulation teams provide immediate, actionable technical consultation.
Contact Us