What are the MOQ and pricing for TR sunglasses wholesale?

Typical MOQs depend on whether you choose stock SKUs or private-label production. Verified factory practice: stock or ready-made TR sunglasses are often available in low-quantity buys (commonly 50–200 pieces per style) because no new tooling or color setup is required. Private-label runs that require color-specific tooling, logo dies, or custom master molds commonly start at 200–1,000 pieces per SKU (per colorway). The most frequent threshold for a full private-label program at an eyewear factory is 300–500 pieces per SKU because that point amortizes set-up labor and color batching efficiently. Actionable advice: if you are a small brand, ask the factory for stock-style availability, color consolidation (limit colorways to 2–3), or a split-run across colors to hit economic MOQs without excessive inventory.

Frame complexity directly drives both MOQ and unit price because complexity increases mold cost, cycle time, and quality inspection steps. Simple single-shot injection TR frames (single color, no metal inserts, no two-shot overmolding) use cheaper single-cavity molds with lower cycle times; these can support smaller MOQs and lower FOB unit prices. Frames with metal hinges embedded, multi-material construction, multiple molds/cavities, or precision finishing (polish, plating, or multi-step coatings) increase tooling and assembly labor—factories will require larger minimums to cover those fixed costs and longer run times. Practical factory strategy: quantify which aesthetic features are non-negotiable, then request a cost-breakdown per feature from the factory (mold amortization, additional assembly time, QC steps) to understand the MOQ elasticity and identify where a design simplification would materially reduce MOQ and price.

Price bands vary by lens specification, finish, volume, and packaging. Factory-verified, typical FOB China ranges for TR-frame sunglasses (representative market bands): basic non-polarized sunglasses with standard injection-molded TR frames often land in the low single-digit USD range per unit at mid-volume (for example, roughly $1.5–$4.5 per unit depending on volume and finish). Adding polarized lenses typically increases material cost by approximately $1–$3 per unit. Premium lenses (polarized + AR coatings + high-index substrates) or prescription ready assemblies can increase cost further, often pushing unit cost into the $6–$15 band depending on volume and specs. Custom logos, branded packaging, and quality certifications add incremental unit and tooling costs (packaging often adds $0.25–$1+ per unit depending on carton and inserts). These are industry-typical bands; exact pricing must come from a factory quote that lists lens SKU, frame complexity, print/laser logos, packaging spec, and order quantity.

Lens selection is one of the fastest levers to change pricing and sometimes MOQ. Simple tinted PC or CR39-style lenses are low-cost and widely stocked; polarized lenses and advanced multi-coatings require either supplier qualification or ordering from a lens manufacturer, which can create minimum batch quantities for lenses themselves. For example, a factory may accept an overall frame MOQ of 300 but require a minimum of 300 polarized lenses per color supplied by their lens partner. Anti-reflective or scratch coatings incur additional per-lens processing steps and testing; that increases lead time and cost. Actionable steps: request the factory to list lens SKUs and their supplier MOQs up front, consider using factory stock lens SKUs to avoid separate lens MOQs, and benchmark polarized lens cost per unit so you can decide which SKUs get premium lenses versus standard tinted lenses to manage margin.

The customization items that most frequently push MOQ and tooling costs upward are: (1) custom injection molds or multi-cavity molds—these require upfront tooling costs (mold costs for TR frames can range from a few hundred to several thousand USD depending on cavity count and complexity); (2) custom metal inserts or integrated hinges that require additional tooling and assembly stations; (3) multi-shot or overmolding processes that require different molds and higher cycle times; and (4) custom lens dies or special coatings that require supplier qualification. Brand-specific packaging and high-grade printed or laser-engraved logos increase per-unit costs but often do not change MOQ significantly—however, some suppliers require a minimum for printed batches. Mitigation tactics: reuse a factory existing mold, limit couture features on initial SKUs, use pad-print or heat-transfer for logos (lower tooling compared to metal dies), and order packaging in economical breaks aligned to your planned SKUs to avoid unnecessary MOQ inflation.

Yes. There are three practical factory pathways for smaller brands to reduce effective MOQ: (1) Stock models: buy existing TR styles the factory already produces. These often come with low minimums because no tooling or new color setup is required. (2) Color/finish consolidation: negotiate a reduced SKU matrix (limit sizes/colors) so total units across SKUs meet factory batch economics while each SKU stays manageable. (3) Co-packing and shared tooling: some factories offer split runs or allow multiple buyers to share tooling costs for a mold if schedules align; this requires contractual clarity on delivery windows and QC. Additionally, ask about rolling orders or safety-stock agreements that let you order an initial pilot (smaller quantity) with a committed replenishment schedule. Actionable negotiation tip: propose a phased PO (pilot + scaling POs) with slightly higher per-unit pilot price to offset the factory set-up risk—many reputable eyewear factories accept this structure for new brand partners.