The Dixon badminton racket platform is engineered for OEM partners who require consistent performance across large production volumes. Each racket integrates a lightweight carbon‑fiber frame with a
The Dixon badminton racket platform is engineered for OEM partners who require consistent performance across large production volumes. Each racket integrates a lightweight carbon‑fiber frame with a tapered shaft to achieve a head‑heavy balance that favors power smashes while maintaining maneuverability for defensive play. Suppliers that specialize in this platform provide tooling‑ready molds and qualified material lots to support scalable orders.
| Parameter | Typical Value | Adjustment Range |
|---|---|---|
| Frame Material | High‑modulus carbon fiber (HM‑CF) | Custom lay‑up available |
| Shaft Material | Carbon‑fiber reinforced polymer (CFRP) with nano‑silica filler | Stiffness modulus 230‑260 GPa |
| Overall Weight (unstrung) | 78 g ± 2 g | 75‑85 g selectable |
| Balance Point | 295 mm from butt cap (head‑heavy) | 285‑305 mm adjustable |
| String Tension Range | 20‑30 lb | Up to 32 lb with reinforced grommets |
| Flex Rating | Medium‑stiff (flex index 6.5) | 5.0‑8.0 range |

The frame utilizes a unidirectional high‑modulus carbon fiber lay‑up oriented at 0° and ±45° to maximize torsional rigidity while keeping the mass low. The shaft incorporates a hybrid CFRP core with dispersed nano‑silica particles, which raises the damping coefficient and reduces vibration transmission to the handle. These material choices are validated through modal analysis, showing a first bending mode frequency of approximately 115 Hz for the standard configuration.
Production begins with automated fiber placement (AFP) for the frame, ensuring consistent resin distribution and low void content (<0.5%). The shaft is fabricated via filament winding followed by a compression molding step that consolidates the nano‑silica filler. After curing at 180 °C for 90 minutes, each racket undergoes CNC trimming of the grommet zone and a precision drilling pattern for string holes, maintaining positional tolerance within ±0.1 mm.
OEMs that supply badminton rackets to mid‑tier and premium brands benefit from the Dixon platform’s predictable power‑to‑weight ratio, which simplifies performance tuning across product lines. The head‑heavy bias supports aggressive back‑court play, while the moderate flex enables precise net shots, making the racket suitable for both singles and doubles specialists. Additionally, the standardized grommet pattern allows rapid stringing changeovers, reducing assembly line downtime.
Each batch undergoes incoming material verification (fiber areal weight, resin viscosity) followed by in‑process monitoring of cure temperature and pressure. Finished rackets are subjected to static load testing (up to 150 N) to confirm frame integrity, dynamic impact testing with a shuttlecock simulator to assess durability, and frequency response analysis to ensure consistency of the flex rating. Acceptance criteria are based on ISO 9001‑aligned statistical process control limits, with a target Cpk > 1.33 for critical dimensions.
Engineers and procurement managers seeking a reliable OEM supplier for Dixon‑spec badminton rackets can request a detailed technical datasheet, sample evaluation, or volume pricing discussion. Use the link below to initiate a conversation with our application engineering team.
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