Research Scenarios
Solid-state battery laboratory · presented at the solution level
Solid-State Battery Electrolyte High-Throughput Preparation & Performance Testing Laboratory
Dual-route high-throughput preparation + robotic closed loop, raising the ceiling of electrolyte R&D speed
Batching → ball milling → sintering
- Ball milling 300–650 r/min
- Sintering 200–600℃
24x faster sample output · 80% cycle time saved
Dissolution → drying → crystallization
- Vacuum drying 30–80℃
- Crystallization 200–550℃
Formulation trial-and-error: 1 year → weeks
Weighing → mold loading → pressing → demolding
- Pressing 250–480 MPa
- ±0.1 mg precise weighing
Unmanned pressing · consistent specifications
Sample loading → multi-dimensional characterization → data acquisition → report generation
- XRD phase · SEM morphology · EIS ionic conductivity
- XPS valence · particle size
Multi-channel simultaneous testing · high-frequency short cycles
Execution layer
Sulfide Solid-State Battery Cell R&D & Testing Laboratory
5 major workstations, covering the full chain from powder to pouch cell
Dry mixing → calendering → hot-roll lamination
- Line pressure 50–200 N/mm
- Film thickness 40–150μm
- Areal density ±2–5%
Slurry preparation → coating → drying → recycling
- Solvent recovery ≥ 90%
- Ar glovebox O₂/H₂O < 1 ppm
Cutting → stacking (cathode/anode) → packaging → isostatic pressing
- SE film thickness 25–40μm
- Stacking alignment ±0.05–0.15mm
Loading → charging → aging
- Formation temperature 25–60℃
- Current 0.05–0.1C
- Voltage 1.8–4.3V
Loading → EIS → cycling → reporting
- EIS 100 mHz–1 MHz
- Cycling channels 8–64
Execution layer
High-Throughput Laboratory
Distributed functional islands and central logistics network
Solid powder grinding and high-precision weighing (SCARA arm + auto balance)
Co-precipitation and hydrothermal reaction core (pH titration + reactor assembly)
Filtration, drying, calcination, sieving (SCARA + six-axis arm collaboration)
XRD phase analysis and performance evaluation (six-axis collaborative arm auto-sampling)
Automated cleaning, drying and sorting of apparatus
Execution layer
High-Throughput Laboratory Co-created with a Provincial Laboratory's Electrochemistry Group
Solid mixing chamber · ball milling chamber · calcination chamber · pellet pressing chamber · electrical performance testing platform chamber
Robotic arm pours raw material into the feeder, then grinds and precisely weighs per the experiment plan
Robotic arm seals the milling jar with the mixed material and milling beads, then places it into the ball mill
Robotic arm picks up the mixed material, coordinates with the muffle furnace's electric door opener for automated calcination
Robotic arm weighs and scans the calcined product, then presses it into molds for batch electrical performance testing
Execution layer
Intelligent Upgrade Solution for a New-Energy Battery Testing Laboratory
Embodied robotic cart positions itself at the instrument to complete automated testing
Pick up → open lid → place test cylinder → tighten → close lid → start measurement
Pick up → open lid → gripper inserts tube → rotate-lock → close lid → start measurement
Pick up → grasp fixture → open lid → place in position → close lid → start measurement
Pick up → place beaker → dose liquid → lower test sensor → close door → start measurement
Execution layer