SUXIN

Core Technology

High-precision sensing, fused with AI

From an arc to a decision — five tightly-linked stages.

SWISS sensing hardware

SWISS-200 · sensing & control hardware

Integrated System

Software, hardware, algorithm & control — one integrated technology

SWISS · Suxin Welding Intelligence Sensing & Control System

Sensing, AI decisions and fast closed-loop control in one unit, locking the physical weld to digital computation in real time — an industrial Cyber-Physical System (CPS), a step beyond data-only IoT.

1%

sensing accuracy

1MHz

max sampling rate

100+

edge AI + cloud AI

  • In-house high-precision sensor + fast controller, certified flow accuracy
  • Plug-and-play in 15 min · multi-layer encrypted transport
  • Optional GDPR edition: device-level data only

Gas-Saving

Saving gas means cutting waste — never starving the weld

Real flow traces from one SWISS device — manual & runaway on the left, automatic & smart on the right.

Measured · SWISS shielding-gas flow (L/min) · target 20 · shaded = waste (over-gas + spillover)

What

High-precision sensing + fast closed-loop control lock shielding-gas flow to the process set-point (~20 L/min).

Why

A mechanical regulator + float meter overshoots to ~39 L/min, tails off after the arc and drifts around 25 — gas leaks away unseen, a typical 20–50% wasted.

How

Works the moment it's installed — no change to how welders work. It trims over-target waste pass by pass — ~20% gas saved on average.

Dynamic Control

Dynamic gas control — 100% inside the process band

Not just turning the gas down — flow tracks the welding current in real time, always held within the process band: current up, gas up (capped at the upper limit, never over-gassed); current down, gas down (floored at the lower limit, never starving the arc).

Measured · current drives → gas dynamically controlled, always locked between the 20 L/min upper limit and 10 L/min lower limit (red = upper · grey = lower)

What

Gas flow tracks the process current millisecond by millisecond, auto-adjusting while staying locked between the upper (~20 L/min) and lower process limits.

Bounded both ways

Current up → gas up, capped at the upper limit (never wasteful); current down → gas down, floored at the lower limit (never starving the weld) — 100% process-safe.

Beyond manual

Sensing and control in one: track the current to dose gas while holding both limits — dynamic switching and precision no manual setup can match.

Digital Management

Closed-loop welding-process control, driven by automatic AI analysis

Data reveals the trend; PDCA closes the loop.

What

Digitize the whole welding process: AI auto-analysis, live dashboards, traceable reports, a data platform for the detail, and PDCA to close the loop — one digital-management suite.

Why

Traditional welding runs on people watching and paper records — work slips, rules slip. Once everything is data, process can run the work and the system can run the people.

How

Digital scheduling (platform) → task execution (sensing) → AI analysis + dashboards & reports (check) → surface issues, tune process & rules (act) — round and round, sharper each cycle.

−20% defects
+10% output·hours
−90% doc cost
Data DATA P · PlanPlatform · scheduling D · DoSensing · execution C · CheckAI · dashboards A · ActClosed-loop · tuning
PDCA console
PDCA console · plan / do / check / act in one place (real screenshot)
PDCA dashboard
PDCA live dashboard · big-screen (real screenshot)
Deployment & reliability: B/S architecture · public cloud (instant start) or on-prem private cloud (better privacy) · RAID-redundant storage with no cap on capacity or retention — weld data stays safely kept and traceable for its full lifecycle.

Inside

Five core strengths, one unit

01

Sensing

Multi-signal capture — the data foundation for AI.

02

Edge Computing

Real-time compute; 99% less data traffic.

03

Data Platform

Parallel computing; no data silos.

04

Welding AI

Real-time diagnosis; self-growing know-how.

05

Welding Brain

A knowledge graph that keeps learning.

A patent moat — to name a few

70+ invention patents
  • In-house high-precision differential-pressure gas-flow sensing · 1% FS, third-party calibrated
  • Integrated SW-HW-algorithm — high-precision sensing under welding EMI
  • Ultra-low-pressure gas-flow control for extreme low or unstable pressure conditions
  • Resistance spot-weld quality diagnosis via high-speed acquisition + edge computing
  • Joint optimization of weld quality × cost × carbon · ESG moat

Representative domains only; implementation is protected by patent claims & trade secrets — 70+ invention patents, to name a few.

✓ Led by welding & AI experts, a decade of work✓ 70+ invention patents✓ District-to-national top talent

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