Fecision manufactures custom silicone rubber pacifiers and soothers, baby-care oral contact parts with platinum-cured LSR, cleanroom LSR injection molding for US and EU compliant product.
A pacifier must remain intact through repeated use and cleaning. Its nipple needs the intended softness, and its shield must meet the applicable shape and ventilation requirements. Material selection and finished-product testing establish whether the design meets those requirements.
Fecision helps baby-care brands develop custom silicone rubber pacifiers and bring approved designs into production. We use liquid silicone rubber injection molding and follow the agreed inspection and packaging procedures, with documentation prepared for the required tests.
We develop one-piece pacifiers and overmolded soother components for private-label programs. Nipple and shield designs are sampled for review before production, including round, anatomical, or symmetrical nipple styles.
Pacifier parts are used by infants and young children, so surface cleanliness and handling discipline matter. Fecision supports cleanroom injection molding in an ISO Class 8 cleanroom, also known as a Class 100,000 cleanroom.
Cleanroom production is not the same as sterilization. It controls particles, people flow, material transfer, inspection, and packaging exposure. If the product program requires terminal sterilization, bioburden control, or sterile packaging validation, those requirements should be defined as a separate test and validation plan.
Because a pacifier nipple is used in direct oral contact, the curing system needs careful selection. Residual substances and odor must be controlled through processing and checked against the material requirements. Test records document the results.
Peroxide-cured silicone rubber uses peroxide decomposition to create crosslinks. If processing or post-curing is not tightly controlled, residual by-products may affect odor, taste, and extractables. That risk is not ideal for baby-care products.
Platinum-cured LSR uses addition curing and avoids peroxide decomposition by-products. It is supplied as a two-part liquid system for accurate metering, mixing, and cleanroom injection molding. Fecision selects traceable food-grade platinum-cured LSR from qualified suppliers and reviews hardness, color, post-curing, material certificates, and contamination controls before production.
Nipple geometry is developed for the intended age group and how it contacts the mouth. The shield and cleaning method must be considered alongside the applicable product safety requirements.
The round nipple is the classic shape. It is designed to feel closer to a mother's nipple, allowing the baby's tongue to wrap upward around both sides during sucking.
Brands often choose this style for breastfed babies, starter pacifier lines, and programs where reducing nipple confusion is an important product goal.
An anatomical nipple has a rounded top and a flatter bottom. The shape is designed to fit the baby's upper palate more naturally while reducing pressure on the gums.
This type can be a good fit when the baby tends to push the pacifier against the upper palate during sucking.
The symmetrical nipple has a droplet-like profile with the same upper and lower shape. It stays correctly oriented even when the baby turns it in the mouth.
Its flatter form also leaves more room for tongue movement, making it practical for babies who often use a pacifier in either direction.
Fecision keeps design, material, tooling, molding, and testing support connected so custom pacifier projects can move from sample to production with fewer handoff issues.
We review the nipple and shield against the target market's requirements. Particular attention goes to wall thickness and ventilation, then to how the molded part will release from the tool without damage. The planned cleaning method is included in that review.
We select food-grade platinum-cured LSR that provides the required softness without sacrificing tear resistance. The chosen grade must also meet the project's appearance and extractables requirements, supported by the appropriate material records.
The mold can be designed and built in our own tooling shop, so sampling feedback and production adjustments stay close to the team making the tool.
The two LSR components are metered and mixed before injection into the heated mold. After curing, the parts are removed and inspected under the agreed handling procedures.
Many pacifiers are not only a soft silicone rubber nipple. They may also include a rigid plastic shield, handle, or grip feature designed to help prevent the pacifier from being fully drawn into the baby's mouth.
This structure can be made with silicone rubber overmolding. In one controlled molding cycle, the soft LSR nipple is molded directly onto a rigid plastic substrate, such as medical-grade polypropylene. The process creates a strong chemical and mechanical bond between the two materials.
High-quality liquid silicone rubber parts often need a post-curing step after molding. For baby-care products, this usually means heating the parts in an industrial convection oven at high temperature, often around 200°C, for several hours based on the selected material and validation plan.
Post-curing helps complete polymer crosslinking, improve bite resistance and service life, and reduce residual low-molecular-weight siloxanes. It also supports low-odor, low-allergen, and biocompatibility targets when confirmed by the selected LSR grade and third-party testing.
Pacifiers are regulated child-use products. Fecision can support third-party testing, material records, and production documents for the standards required by your destination market.
The shield must help prevent the whole pacifier from being swallowed, while ventilation holes support airflow if the shield covers the mouth area.
Nipple and handle geometry is reviewed so the pacifier is less likely to be forced too far into the baby's mouth during a fall or impact.
Physical and mechanical tests simulate normal use and foreseeable abuse, helping confirm that the pacifier does not break into small parts.
Pacifiers should not be sold with ribbons, strings, cords, chains, twine, leather, yarn, or similar attachments.
| Market | Design Points To Check | Testing And Documentation Points | How Fecision Supports The Project |
|---|---|---|---|
| United States | Guard or shield size, ventilation openings, nipple and handle protrusion, one-piece integrity, no small detachable parts, and no ribbons, strings, cords, chains, twine, leather, yarn, or similar attachments sold with the pacifier. | 16 CFR Part 1511 covers shield performance, ventilation, protrusion limits, structural integrity, attachment restrictions, and labeling. CPSIA requirements may also require CPSC-accepted third-party lab testing, relevant ASTM F963 chemical checks, tracking labels, and a Children's Product Certificate (CPC). | We review CAD, shield geometry, ventilation-hole layout, nipple projection, handle or ring structure, material grade, and sample test needs. We can prepare drawings, material records, batch traceability, and third-party test reports for the importer or brand owner. |
| European Union | Shield template fit, teat penetration, ventilation-hole size and spacing, rounded hole edges, ring or knob projection, cleanable structure, material selection, warning layout, and product information for babies and young children. | EN 1400:2013+A2:2018 covers dimensional checks, shield testing, ventilation-hole testing, mechanical durability, material safety, warnings, and user information. GPSR (EU) 2023/988 and REACH restricted substance review may also apply to market access and technical documentation. | We support DFM review, material declarations, third-party test coordination, technical file inputs, labeling review inputs, and traceability records for EU soother programs. |
Baby-care buyers need evidence that the approved material and process were used. Inspection records and relevant test reports support review by their retail and regulatory teams.
Our ISO 13485 quality workflow connects material lot records to molding and inspection results. For pacifier programs, we agree acceptance criteria and packaging instructions with the customer, and review changes before applying them to production.
Third-party testing can be arranged for the specific target market, including US and EU pacifier safety requirements, restricted substances, BPA-free claims, and food-contact or oral-contact material expectations.
A silicone pacifier project depends on material trust, mold precision, clean handling, and compliance readiness. Fecision keeps these controls inside one manufacturing workflow.
Send your drawing, sample and expected volume. Fecision can review the material, design and production plan before quoting.
