Explore our high-performance OEM/ODM product lines and specialized cosmetic packaging solutions engineered for global cosmetic brands, clinical skincare formulations, and personal care lines.
MYT Cosmetics operates at the nexus of advanced material science, automated cleanroom filling, and custom cosmetic packaging design. We provide global beauty enterprises with robust end-to-end original equipment manufacturing (OEM) and original design manufacturing (ODM) services.
Equipped with high-precision CNC molding tech and automated injection-stretch blow molding (ISBM) lines, we construct proprietary bottle designs, custom closures, airless pump systems, and ergonomic cosmetic jars tailored to exact technical specifications.
Our Class 100,000 cleanroom production environments prevent microbiological contamination during formulation and packaging assembly. All manufacturing workflows adhere strictly to EU Cosmetics Regulation (EC) No 1223/2009 and US FDA MoCRA directives.
Every packaging resin—from PETG and Acrylic to PCR and Aluminum—undergoes multi-chamber accelerated heat stability testing, zero-leak vacuum chamber validation, and chemical migration profiling to guarantee product integrity across international climate zones.
Selecting the optimal container substrate is critical for preventing active ingredient oxidation, phase separation, or container degradation. The matrix below details key engineering properties across major cosmetic packaging materials manufactured at our factory facilities.
| Packaging Substrate | Barrier Efficiency (OTR / WVTR) | Chemical Compatibility | Recyclability & Eco Profile | Ideal Skincare Applications |
|---|---|---|---|---|
| PETG (Polyethylene Terephthalate Glycol) | High moisture barrier, moderate gas barrier. Excellent clarity. | Resistant to botanical oils, low-concentration alcohols, and mild acids. | 100% Recyclable (Code 1 / PET streams depending on regional infrastructure). | Hydrating toners, micellar waters, lightweight facial serums, body lotions. |
| PMMA (Acrylic Multi-Layer) | Superior optical clarity resembling glass; rigid structural wall. | High chemical inertia; requires inner layer barrier for high essential oil formulas. | Non-biodegradable; recyclable through specialty industrial plastic processing. | Luxury anti-aging creams, premium eye creams, cosmetic gift packaging sets. |
| Airless PP (Polypropylene) Systems | Maximum protection against ambient air exposure and microbial ingress. | Exceptional resistance to solvents, active acids (AHA/BHA), and Retinoid serums. | High recyclable value; readily available Mono-material PP refill options. | L-Ascorbic Acid (Vitamin C), Pure Retinoids, Peptide Complex formulas. |
| Borosilicate Flint Glass | Absolute gas and moisture barrier (Zero Oxygen Transmission Rate). | Chemically inert; zero leach risk across all cosmetic active ingredients. | Infinitely recyclable without quality loss; premium weight profile. | Concentrated facial oils, clinical chemical peels, organic plant extracts. |
| Post-Consumer Recycled Resin (PCR 30%-100%) | Matches virgin resin barrier metrics through multi-layer co-extrusion. | Tested for non-migration; suitable for emulsion and rinse-off products. | Dramatically reduces virgin plastic usage and lifecycle carbon footprint. | Eco-friendly shampoo, body wash, sustainable daily face moisturizers. |
As international environmental legislation tightens and consumers demand brand transparency, B2B procurement leaders must pivot toward sustainable, smart, and ultra-protective packaging formats. Here are the core structural shifts defining the beauty supply chain.
Traditional cosmetic pumps often mix metal springs, rubber gaskets, and multiple plastic resins, rendering them non-recyclable. Next-generation procurement prioritizes 100% Mono-Material Polypropylene (PP) Airless Pumps, where springs and valves are molded from the same polymer family. This enables end-consumers to toss the entire empty bottle into standard recycling streams without manual disassembly.
Dermacosmetic active formulations—such as un-stabilized L-Ascorbic Acid, fermented probiotics, and delicate bio-peptides—degrade rapidly when exposed to atmospheric oxygen. Advanced Piston-Driven & Pouch-in-Bottle Airless Systems create a vacuum seal that dispenses 98%+ of product without allowing back-flow air ingress, drastically reducing the need for synthetic preservatives.
The implementation of the U.S. Modernization of Cosmetics Regulation Act (MoCRA) and the EU Packaging and Packaging Waste Regulation (PPWR) mandates rigorous safety testing, heavy metal limit verification, and transparent supply chain documentation. Sourcing managers are consolidating orders with GMP-certified OEM factories that provide comprehensive Certificate of Analysis (CoA), SDS sheets, and REACH/RoHS compliance verification.
Luxury cosmetic packaging is evolving toward a "Keep the Shell, Replace the Pod" model. Heavy glass outer jars and decorative aluminum cases are designed to be retained by the consumer, while lightweight, eco-friendly replacement inner pods (made of thin PCR plastic or aluminum) are purchased repeatedly. This architecture slashes long-term freight costs and cuts carbon emissions by up to 60% across the product lifecycle.
From initial concept ideation to high-speed automated packaging assembly and international freight dispatch, our integrated factory workflow eliminates supply chain friction for global brand owners.
Consultation
R&D & Design
Sample Approval
Registration
Mass Production
Global Delivery
Take a closer look at our high-capacity production facility, dust-free filling rooms, precision injection machinery, and secondary finishing workshops.
Clear, direct technical answers regarding minimum order quantities, custom mold tooling lead times, formula compatibility, and international compliance documentation.
For standard in-stock packaging shapes with custom silk-screen printing or hot stamping color matching, our MOQ starts at 3,000 to 5,000 units. For fully customized mold injection, unique structural geometry, or custom color masterbatch runs, the standard production MOQ is typically 10,000 units per sku.
We execute rigorous 12-week accelerated stability and compatibility protocols. Packaging samples filled with your active formulation are subjected to controlled temperature stress (ranging from -10°C to 50°C), UV radiation chambers, and vacuum leak testing to verify zero chemical swelling, cracking, color leaching, or pump failure.
We provide comprehensive eco-packaging options including 30% to 100% Post-Consumer Recycled (PCR) resins in PET, PE, and PP, mono-material recyclable airless pumps, bio-based sugarcane plastics, and infinitely recyclable glass containers paired with bamboo or FSC-certified wooden closures.
3D CAD design rendering and rapid prototyping samples take 3 to 7 days. Steel mold tooling fabrication takes approximately 25 to 35 days. Once pre-production samples are signed off, mass injection molding, decoration, filling, and final assembly require 20 to 30 days depending on order complexity.
Yes. MYT Cosmetics operates under ISO 22716:2007 and GMPC standard certification. We provide complete raw material Dossiers, Safety Data Sheets (SDS), Heavy Metal & Phthalate-free test reports, and Certificate of Analysis (CoA) required for registration with FDA MoCRA and EU CPNP portals.
Absolutely. We operate a full-service turnkey model. You can either select from our 500+ pre-tested, clinical-grade formulation libraries (anti-aging serums, toners, creams, sunscreens, hair care) or have our R&D chemists engineer a custom bespoke formulation to be filled directly into your chosen packaging.
Partner with an industry-leading ISO 22716 certified cosmetic packaging manufacturer. Request free packaging samples, custom mold engineering consultations, or instant B2B wholesale quotes today.