Our rapid-deployment mouse and keyboard platforms feature certified RF architectures, ergonomic molds, and inductive charging configurations engineered to reduce time-to-market.
Designed for competitive esports with tuned palm curvature, precision optical tracking, and low-resistance PTFE feet.
High-precision PixArt PAW3311 tracking engine paired with 2.4G low-jitter polling and magnetic inductive charging dock option.
Removable magnetic crystal chassis engineered for effortless interior servicing and aesthetic RGB circuit illumination.
Sub-80g balanced chassis with 2400 DPI multi-level switching, silent damping switches, and long-life lithium power pack.
Cost-optimized, ultra-reliable wireless platform designed for commercial workstation deployments and retail blister packs.
Matched peripheral ecosystem for distributors desiring unified packaging, synchronized RGB aesthetics, and shared radio protocols.
Hot-swappable switch sockets, factory lubed stabilizers, and custom programmable firmware profiles for gaming setups.
Integrated 0.85-inch smart TFT display, multifunctional CNC aluminum knob, and multi-layer acoustic silicone dampening pads.
Understanding the seismic shift from conventional rechargeable gaming peripherals to continuous inductive power delivery, Qi2 magnetic alignment, and ultra-high polling rate radio protocols.
In competitive gaming, every milligram matters. Traditional wireless charging coils added 8–14 grams to the mouse rear chassis, compromising the center of gravity. Our engineering facility has innovated micro-thin 0.28mm copper ferrite reception coils weighing under 2.9 grams.
For esports players who refuse all internal coil weight, our dual pogo-pin magnetic charging docks deliver rapid snap-in recharge cycles, sustaining 1000Hz to 8000Hz polling telemetry without cord clutter.
Escalating sensor report rates from 1,000Hz to 4,000Hz and 8,000Hz increases microcontroller power consumption by up to 380%. A standard 300mAh lithium cell depletes in fewer than 18 hours under competitive scrim conditions.
Custom wireless charging mats and continuous-resonance induction surfaces engineered by Deying solve the endurance bottleneck, letting pro athletes operate at peak 0.125ms transmission speed perpetually without battery anxiety.
Wireless power transfer creates eddy current dissipation and localized heat. Elevating the internal cavity temperature over 38°C causes premature degradation of lithium-ion cells and optical sensor drift.
Deying engineers integrate graphite heat dissipation sheets and smart thermistors that throttle wireless input when core sensor temperatures exceed critical limits, guaranteeing over 800 charge cycles before nominal capacity degradation.
Located in the Longgang District of Shenzhen, Shenzhen Deying Industry Co., Ltd. sits at the heart of the world's dense electronic peripheral supply chain.
With over two decades of production heritage, our 12,000 m² modern manufacturing plant houses 10 automated assembly lines, high-speed SMT placement machinery, and over 15 high-precision injection molding stations. This comprehensive in-house ecosystem compresses prototype cycles from typical industry averages of 90 days down to just 21 days.
By sourcing raw polycarbonate granules, PixArt sensors, Huano/Kailh optical switches, Nordic semiconductor microcontrollers, and custom lithium-polymer packs directly within a 30-kilometer radius, we eliminate freight volatility, lower Bill-of-Materials (BOM) overhead, and guarantee tight dimensional tolerances on every mold.
Different commercial ecosystems impose vastly different demands on wireless power, battery cycle limits, physical durability, and radio spectrum density.
High-density 2.4GHz interference environments demand dynamic frequency hopping (FHSS) and anti-interference shielding. We build continuous Qi-induction mice with zero RF packet drops during multi-player live finals.
Public internet cafes face extreme wear, cable breakage, and lost dongles. Our magnetic dock lock-in systems secure mice to desktop positions while maintaining 100% full charge across 24/7 operating cycles.
CAD modelers, digital artists, and executive suites require pristine cable-free desktop aesthetics, ultra-silent primary microswitches, and multi-device Bluetooth switching between PC, Mac, and mobile tablets.
Sealed wireless optical mouse platforms featuring Qi-induction charging prevent dust, metal shavings, and moisture from penetrating exposed USB-C charging ports in medical, laboratory, and factory automation setups.
Compare optical engine choices, charging coil typologies, and switch mechanics when commissioning private-label production runs with our engineering team.
| Feature Set | Esports Tournament Tier | Pro Gamer / Enthusiast | Corporate / Hybrid Office |
|---|---|---|---|
| Primary Optical Sensor | PixArt PAW3395 / PAW3950 (Up to 30,000 DPI) | PixArt PAW3311 / PMW3325 (Up to 24,000 DPI) | High-efficiency Optical Tracking (800–2400 DPI) |
| Wireless Charging Architecture | Magnetic Fast Pogo-Dock / Resonance Mat | Qi-Compatible 5W Induction Coil | Universal Qi / Type-C Direct Hybrid |
| Polling Rate Capability | True 4,000Hz – 8,000Hz Low Jitter | 1,000Hz (1.0ms response) | 125Hz – 250Hz Energy Saving |
| Target Weight Envelope | 49g – 58g Ultralight Magnesium / Solid Shell | 65g – 76g Ergonomic Form Factor | 70g – 95g Feature & Silence Focused |
| Microswitch Actuation | Optical Microswitches (0.2ms debounce, 100M clicks) | Mechanical Gold-Plated (50M–80M clicks) | Silent Damped Tactile Switches (10M clicks) |
| Primary Certification Footprint | CE, FCC ID, RoHS, SRRC, KC, TELEC | CE, FCC, RoHS, REACH | CE, FCC, RoHS |
Eliminating the critical risk in offshore hardware procurement: ensuring your approved golden prototype matches the 50,000th unit container shipment with micron precision.
Identify target market compliance (EU, US, APAC), target weight, sensor grade, wireless charging method, and bill-of-materials target.
CAD shell modeling, structural stress finite element simulation, multi-layer PCB routing, antenna tuning, and heat dissipation layout.
In-house CNC copper electrode machining, tool steel mold cavities, mirror polishing, and initial T1 plastic injection trials.
Comprehensive acoustic analysis, microswitch click balance testing, drop testing, RF wireless field tests, and buyer color sign-off.
10 automated assembly lines executing 100% automated optical inspection (AOI), high-voltage battery insulation verification, and sensor calibration.
Custom retail gift boxes or bulk distributor cases, barcoding, palletized container loading, and full export compliance documentation.
Essential technical, logistical, and compliance insights compiled directly from 20+ years of high-volume OEM/ODM export contracts.
Supplement your wireless mouse portfolio with coordinated mechanical gaming keyboards, quiet corporate desktop combos, and portable multi-device peripherals.
Low-profile scissor switches offering quiet, responsive actuation suited for corporate procurement tenders and retail chains.
Paired on a single unified 2.4G USB nano receiver to conserve USB ports in business workstations and IT fleet environments.
Compact crystal-translucent body with smooth contour lines, silent clicks, and an internal 500mAh lithium rechargeable pack.
105-key split ergonomic profile with dual spacebars designed to relieve wrist pronation and repetitive strain injury during heavy typing.
Minimalist 61-key tournament footprint freeing up critical mouse pad travel area for low-sensitivity FPS players.
Durable water-resistant membrane architecture with low-noise scissor-feel keys, complete with numeric keypad for financial departments.
Bi-fold aerospace-grade hinge design featuring a numeric pad and rechargeable lithium cells, tailored for business travelers.
Ultra-slim 270g aluminum chassis folding down to pocket dimensions, with integrated responsive gesture trackpad.
Receive our comprehensive technical catalog, request physical sample units, and discuss molding toolkits and BOM optimization directly with our senior hardware engineers.