V97MS Micro Spray Valve The V97MS Micro Spray Valve is ...
Ev Battery Pack Robotic 2k Epoxy Dispensing Line
SCARA-Based 4-Station Automated Dispensing System | Developed by NDAPL
1000 / day
Line Production Capacity
4 Stations
SCARA Robotic Cells
2K System
Resin + Hardener Metered Mix
100%
Centralised Data + MES Sync
System Flow
01
Material Prep
& Feed
Resin & hardener conditioning, metered feed to mix-dispense head
02
Station 1
Bottom Dispensing
SCARA trajectory dispensing of 2K epoxy on underside path
03
Stations 2–4
Top Dispensing
Parallel SCARA cells dispense metered epoxy along top trajectory
04
Qty & Path
Verification
Inline shot-weight and bead-trajectory check per assembly
Complete
Logged to VB software + customer MES
Key Features
SCARA Robotic Dispensing
4-station SCARA line; servo-driven trajectory dispensing along the battery pack seal path
Bottom + Top Coverage
Station 1 dedicated to bottom epoxy; Stations 2–4 dedicated to top epoxy, running in parallel
2K Metered Mixing
Precision resin & hardener preparation, feeding and metered-quantity mixing for consistent bead quality
1000 Assy/Day Capacity
High-throughput line architecture built for EV battery pack mass production
Centralised VB Software
Complete line data, recipes and process parameters centralised on our Visual Basic platform
Customer MES Integration
Seamless data exchange with customer facility MES for traceability and quality reporting
Material Dispensing Control
| Material Handling | Dispensing Control |
|---|---|
|
• Resin & hardener storage and conditioning • Metered feeding to the mix-dispense head • Controlled 2K mix-ratio management |
• SCARA-driven trajectory path per station • Metered quantity dispensing along the seal line • Bead continuity & shot-weight monitoring |
Ndapl Expertise
NDAPL designs and builds robotic 2K epoxy dispensing lines purpose-built for EV battery pack assembly — integrating SCARA motion, precision resin-hardener metering, and centralised process data on a single platform. Our lines run bottom and top dispensing stations in parallel to sustain up to 1000 assemblies/day, with every batch and trajectory logged on our Visual Basic software and synchronised with the customer facility’s MES for full production traceability.
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