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10.1-inch digital signature pad with signing pen and camera
Signature Series

10.1-Inch Digital Signature Pad

Capture pressure and stroke dynamics with an electromagnetic pen on a 10.1-inch screen. Fingerprint capture supports identity workflows, with an optional SM2/SM3/SM4 chip for hardware encryption.

Signatures look like signatures — passive EM pen, 5080 LPI, 2048 pressure levels.
Identity workflows — fingerprint capture with an optional SM2/SM3/SM4 encryption chip.
Runs where your systems run — Android, Linux or Kylin OS builds.
Counter-ready — quad-core 64-bit Cortex-A55 platform for all-day sign duty.

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Specifications

Screen10.1-inch
Pen technologyPassive electromagnetic, 5080 LPI, 2,048 pressure levels
PlatformQuad-core 64-bit Cortex-A55
OSAndroid / Linux / Kylin (optional)
FingerprintBuilt-in fingerprint capture; confirm the module specification and any required certification for your configuration.
Optional modules2nd-generation ID card reader; binocular liveness camera; SM2/SM3/SM4 encryption chip. Full electrical and dimensional datasheet on request.

Built for paperless sign-off

Banking and finance: account opening, loan documents and risk disclosures signed on-screen, with fingerprint binding for high-value transactions.

Government and public service: forms and confirmations at service windows, with optional ID reading and hardware encryption for configured deployments.

Logistics and field proof-of-delivery: pairs naturally with our handheld PDA and 10.1-inch tablet when POD must survive legal scrutiny.

Related guides

Signature capture is one step in a longer process. Bank card issuance control shows where it sits and what to check for audit trails.

Ordering information

MOQ is 2 units, a sample is built in about 3 days and mass production runs about 25 days. Figures move when the pad leaves its standard configuration — pen tether, display size or SDK bundle — and those are quoted in writing before you order.

MOQ2 units. One at the counter and one for signature-capture integration testing.
SampleSamples are built and shipped in about 3 days, then each unit is checked against the acceptance criteria agreed with you — pen pressure response and signing surface included — before mass production starts.
Lead timeAbout 25 days from sample approval to shipment for the configuration and quantity on your order. Pen and signing-surface verification against your capture workflow is scheduled before the first sample is built.
SDK and documentationSDK support for signature capture, pressure data and encryption options on your build, plus the agreed specification sheet. Image and data output formats are confirmed before the order is placed.
CertificationThe pad carries CE and FCC where the specification lists them, and signature-capture documentation is available for compliance review. Additional approvals are agreed before production.
PackagingRetail box contents and carton dimensions are in the specification above; pallet quantities and incoterms are agreed with the order. Pen tethers, spare nibs and cable sets are packed per counter on request.

Request a quote

Send the signing workflow and the SDK you use, the quantity, the destination market and your target date — we reply with the configuration, the sample plan and the price in writing.

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Frequently asked questions

Will the digital signature hold up legally?
The pad captures biometric-stroke data (pressure and dynamics) rather than a flat image, which is materially stronger evidence of genuine signing. Legal validity ultimately depends on your jurisdiction's e-signature framework — we supply the raw stroke and identity data your compliance layer needs.
Can we integrate it with our own signing software?
Yes — the device exposes standard interfaces to your application. Share your integration environment and we will confirm the path and provide documentation.
What does the encryption chip do?
The optional SM2/SM3/SM4 chip signs and encrypts signature data inside the device, protecting the chain between pad and backend — required in some regulated domestic deployments.
Is this the same as signing on a capacitive touchscreen?
No, and the difference matters. Capacitive finger-signing produces a low-fidelity trace; the electromagnetic pen captures 5,080 lines per inch with 2,048 pressure levels — closer to ink on paper.

Evaluate it against your forms

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