Description:
Introducing our premium Personalized Silicone Dining Plate for Children Care Solutions, expertly crafted from 100% FDA-certified, food-grade silicone for unmatched safety and durability. Utilizing injection molding and precision laser engraving, each plate features vibrant, fade-resistant designs and a non-slip base for stability. Rigorously tested to meet LFGB, BPA-Free, and CPSIA standards, our products ensure child-safe mealtime experiences. As a certified manufacturer, we specialize in OEM and custom services, offering tailored solutions for colors, shapes, logos, and packaging to align with your brand vision. Elevate your childcare product line with our compliant, commercial-grade silicone tableware designed for easy cleaning and long-term use. Request a quote today to explore scalable customization options.
Features:
Item | Details |
Sample | Available |
Place of Origin | Xiamen, China |
Brand Name | OEM |
OEM Service | Available |
Usage | Home, Hotel, Restaurant |
Color | Customized Color |
Size | Custom |
Logo | Customized Logo |
MOQ | According to Your Requirement |
OEM | Warmly Welcomed |
Material | Food Grade Silicone |
Certification | ROHS, FDA, ISO |
Benefits of Our Plate:
- Durable, Uniform Construction – High-precision injection molding ensures consistent thickness and seamless edges, enhancing crack resistance and long-term usability.
- Fade-Resistant Personalization – Laser engraving etches designs permanently into the silicone surface, preventing peeling or color loss even after repeated washes.
- Non-Toxic Safety – Food-grade silicone material undergoes FDA-compliant vulcanization, eliminating harmful residues and ensuring heat/cold resistance (-40°F to 446°F).
- Optimized Grip Design – Molded non-slip base textures are integrated during casting, providing stability on any surface without chemical adhesives.
Production Process:
- Custom Mold Design – High-precision CNC machining creates durable, child-safe molds tailored to ergonomic shapes and non-slip base textures.
- Material Mixing & Preparation – FDA-grade liquid silicone is compounded with non-toxic pigments, ensuring color consistency and BPA/Phthalate-free compliance.
- Injection Molding – Silicone is injected into molds under controlled heat/pressure, forming seamless plates with uniform thickness (2-5mm) and crack-resistant edges.
- Laser Engraving/Printing – Designs, logos, or names are permanently etched or printed using eco-friendly, food-safe inks for personalized branding.
- Vulcanization & Curing – Plates undergo heat treatment (300–400°F) to enhance elasticity, temperature resistance, and structural integrity.
- Trimming & Quality Inspection – Excess material is removed, followed by rigorous checks for defects, dimensional accuracy, and LFGB/CPSIA compliance.
- Anti-Slip Base Integration – Textured grips are molded or bonded without adhesives during casting for immediate stability.
- Sterilization & Packaging – UV sterilization ensures hygiene before eco-friendly, retail-ready packaging.
Factory Show:
Our state-of-the-art manufacturing facility is equipped with advanced technologies, including CNC machining, Mirror EDM, EDM, and Slow-Speed Wire Cutting (WC) machines, enabling us to achieve unparalleled precision in mold creation. With an efficient production setup that includes 15 rubber compression molding machines and 2 LSR injection molding machines, we maximize both production capacity and operational effectiveness.
To maintain the highest quality standards, we employ cutting-edge inspection tools such as 3D projectors, sealing testers, durometers, and elasticity testers, all monitored by a team of certified quality control experts. Our operations are ISO 9001 and IATF 16949 certified, ensuring the consistent delivery of reliable and high-quality components.
In addition, we integrate automated systems, including AutoDryers, high-speed doming machines, and die-cutting equipment, to streamline processes and enhance precision across every stage of production. These sophisticated technologies guarantee exceptional product performance, optimizing both productivity and consistency throughout the manufacturing cycle.