Proven, tooled platforms engineered with dual-mode Bluetooth/2.4G connectivity, low-jitter optical tracking, and silent tactile switches ready for rapid private-label deployment.
Magnetic transparent modular casing, quiet microswitches, RGB accent ring, 1600 DPI optical sensor.
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High-durability clear polycarbonate structure, 500mAh lithium rechargeable pack, 2400 DPI multi-level toggle.
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70g mobile profile, silent click damping, Type-C quick charging, multi-OS auto-pairing Bluetooth 5.2 protocol.
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Symmetric palm contouring, energy-saving idle sleep states, 12-month battery optimization, certified CE/FCC.
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PAW optical engine, customizable weight balance, onboard macro memory profiles, 1000Hz polling responsiveness.
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PixArt PAW3311 sensor, Bluetooth 5.2/2.4G/Wired, 7 programmable buttons, zero-latency RF link synchronization.
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Synchronized nano-receiver pairing, low-profile membrane key structure paired with silent tactile tracking mouse.
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Neutral wrist angle alignment, dual spacebar configuration, Bluetooth multi-host device switching system.
Explore ProductAn authoritative evaluation of RF protocol evolution, multi-host wireless architectures, and the transition toward microampere standby power budgets.
The global human interface device (HID) sector has fundamentally shifted from legacy Bluetooth 3.0/4.0 profiles to Bluetooth Low Energy (BLE) 5.3 and 5.4 implementations. Utilizing GATT-based HID over GATT (HOGP) protocols, current platforms maintain connection link stability across crowded 2.4GHz enterprise environments while reducing packet transmission intervals to sub-7.5ms. This protocol evolution eliminates cursor jitter, extends RF connection range beyond 10 meters, and prevents interference with corporate Wi-Fi 6E/7 enterprise deployments.
Energy density and dynamic power throttling dictate commercial product success. Advanced ODM architectures incorporate multi-tier sleep modes (Active, Idle, Light Sleep, Deep Sleep) governed by dedicated Nordic or Telink PMUs. In deep sleep states, current drain falls below 15 microamperes (μA), enabling a 500mAh lithium-polymer cell to deliver up to 90 days of normal professional operation on a single charge cycle over modern Type-C PD interfaces.
Modern B2B client programs require versatile surface adaptability. Integrating high-performance optical navigation sensors (such as PixArt PAW3212, PAW3311, and entry-level KA8 engines) provides adaptive surface recognition across wood, gloss veneer, micro-textured desk mats, and lacquered conference tabletops. Dynamically scalable DPI stages (800 to 24000 DPI) ensure seamless transitions between precision graphic engineering and rapid dual-monitor office workflows.
Navigating compliance standards, lifecycle durability requirements, and institutional supplier verification processes.
B2B volume importers cannot afford customs seizures or regulatory bans. Suppliers must provide certified test dossiers for CE (RED), FCC ID Part 15C, RoHS 2.0 (10 substances), REACH Annex XVII, and Bluetooth SIG qualification (QDID). Ensuring battery cells carry UN38.3, MSDS, and IEC 62133 compliance is critical for air and sea freight logistics.
Enterprise buyers evaluate ODM partners based on tool modification agility. This includes custom masterbatch color blending (Pantone matching), surface treatments (soft-touch UV lacquer, matte PBT-feel coats, sweat-resistant texturing), laser etching, pad printing, customized firmware identifiers (Vendor ID/Product ID), and bespoke retail packaging.
Procurement contracts specify operational lifecycles under automated testing. Deying integrates certified Huano, Kailh, or Omron switches rated from 5 million silent clicks for corporate fleets up to 50 million tactile actuations for performance gaming, preventing premature switch bouncing, double-click failures, or mechanical fatigue.
Enterprise brands require suppliers with resilient component allocation agreements. By establishing long-term buffer contracts with tier-one semiconductor foundries (PixArt, Nordic, Realtek, Telink), Deying guarantees stable production scheduling, predictable bill-of-materials (BOM) pricing, and mitigation against global chip shortages.
Deep-rooted in Shenzhen's Longgang electronics cluster, Shenzhen Deying Industry Co., Ltd. combines advanced manufacturing automation with vertical supply chain integration.
Located in Yangmei Community, Bantian Street, Longgang District, our facility operates 10 continuous automated assembly lines and over 15 high-precision CNC injection molding workcells. In-house tooling design and automated injection ensure zero mold misalignment, tight shell clearances (≤0.15mm seam tolerances), and high structural rigidity across all mouse housings.
Our PCB assembly division utilizes high-speed Yamaha and Panasonic SMT pick-and-place lines capable of mounting micro-pitch passive components and QFN MCU packages down to 0201 metrics. Every board undergoes 3D automated optical inspection (AOI), automated RF vector signal testing for Bluetooth link margin, and automated firmware flashing before mechanical casing enclosure.
With more than 500 seasoned production specialists and an engineering wing maintaining over 100 industrial patents, Deying launches over 200 new keyboard and mouse models every calendar year. This allows international brand partners to bypass multi-month R&D cycles by choosing pre-validated, market-ready molds that significantly accelerate time-to-market.
Tailoring hardware profiles, tactile feedback, and RF protocols to specialized enterprise and consumer end-use environments.
High-density office towers require acoustic discipline and wireless clutter reduction. Our office Bluetooth mice utilize low-decibel rubberized microswitches reducing click noise by >90% (operating under 25dB). Integrated multi-channel pairing allows knowledge workers to seamlessly toggle between desktop workstations, ultra-thin laptops, and mobile tablets with a single bottom selector switch.
Medical carts, nursing stations, and standardized testing centers demand sealed, easily sanitized input devices. Our smooth-finish antibacterial ABS shells resist degradation from alcohol and chemical wipes. Multi-device Bluetooth connectivity eliminates loose dongles, reducing port strain and preventing component loss in shared institutional hardware fleets.
Engineering designers and e-sports gamers require deterministic polling rates and absolute cursor fidelity. Deying builds high-speed tri-mode platforms pairing PAW3395 or PAW3311 sensors with dedicated low-latency 2.4G RF chips (1ms response) and secondary Bluetooth channels for on-the-go utility, backed by robust PTFE skates for zero-friction glide dynamics.
Our closed-loop production methodology guarantees that mass manufacturing precisely mirrors approved pre-production golden samples.
Engineering review of industrial design files (ID), mechanical constraints (MD), target BOM cost, target markets, RF bands, and battery capacity requirements.
Layout of RF antenna matching networks, MCU schematic routing, power delivery circuits, and embedded C firmware coding for DPI scaling and battery telemetry.
Hardened steel tooling fabricated on high-speed CNC centers. Mold-flow simulation prevents sink marks, air traps, and structural weld lines across outer shells.
Delivery of fully functional prototypes for physical hand-feel evaluation, RF chamber validation, surface finish signoff, and safety certification testing.
High-speed production across 10 automated lines. Strict inline inspection checks switch activation forces, optical sensor tracking alignment, and current draw.
AQL 0.65 / 1.5 final auditing, drop-testing in customized export cartons, barcoding, palletization, and customs documentation for freight forwarding.
Clear answers covering minimum order quantities, certification timelines, firmware adaptations, and custom tool engineering.
Under an ODM engagement, clients leverage our existing, pre-tooled and field-tested mouse platforms. You select the housing design, customize switch types, specify shell colorways via Pantone matching, add private branding, and select packaging layouts. This enables product delivery within 30 to 45 days. OEM engagements involve developing completely custom tooling from your CAD files, including proprietary industrial designs, unique PCB layouts, and exclusive structural tooling owned by your brand.
For established ODM platforms with custom logo silkscreening, bespoke packaging, and custom surface finishing, our baseline MOQ begins at 1,000 units per colorway. Fully custom OEM projects involving proprietary injection mold tooling typically require an MOQ of 3,000 to 5,000 units to amortize initial mold development and SMT setup costs.
Our standard wireless and Bluetooth mouse architectures are pre-engineered to comply with CE (RED), FCC Part 15C, and RoHS requirements. For clients requiring dedicated FCC ID or CE certificates issued under their company name, our compliance engineers supply all testing samples, schematics, and test reports to facilitate cost-effective certification transfer through accredited testing labs (SGS, TUV, Intertek).
Yes. Our software team can customize USB Vendor ID (VID), Product ID (PID), Bluetooth Device Broadcast Names, default sleep-time intervals, and DPI toggle presets. For high-tier office and gaming platforms, we also offer custom Windows and macOS configuration utilities for macro mapping and lighting control.
We operate a strict three-tier quality assurance protocol: 1) Incoming Quality Control (IQC) tests raw resin pellet humidity, switch spring tension, and passive components; 2) In-Process Quality Control (IPQC) monitors automated SMT solder quality, optical sensor positioning, and RF transceiver link performance; and 3) Outgoing Quality Control (OQC) conducts AQL 0.65 visual checks, drop testing, cable bend testing, and climatic chamber stress testing before signoff.
Absolutely. Our facility is located in Longgang District, Shenzhen, readily accessible from Shenzhen Bao'an Airport (SZX) or Hong Kong International Airport (HKG). We welcome partner visits to inspect our 10 assembly lines, review automated molding facilities, and conduct in-person technical reviews. Contact our enterprise sales team to schedule an on-site factory audit.
Expand your brand catalog with synchronized input platforms, mechanical keyboards, and matching wireless office sets.
Scissor-switch key feel, ultra-slim aluminum deck finish, Bluetooth 5.0 and 2.4G dual host support.
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Hot-swappable switch sockets, RGB individual per-key illumination, durable PBT double-shot keycaps.
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Matched peripheral bundle designed for retail distribution, complete with localized keyboard layouts.
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Integrated 0.85" TFT status screen, rotary metal volume dial, multi-layer Poron acoustic damping pads.
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Minimalist form factor, detachable braided Type-C cable, dynamic onboard lighting macros.
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Dedicated numerical keypad, water-resistant drainage vents, silent rubber-dome key switches.
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Dual magnetic hinge closure, integrated numeric section, compact travel pouch and pocket mouse.
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Aircraft-grade aluminum casing, integrated multi-gesture touchpad, 3-device fast-switching system.
View DetailsRequest our complete engineering catalog, discuss tooling lead times, or schedule an on-site factory audit at our Shenzhen production facility.