Skip to content
Compositer
AI Configurator

Enter your part parameters. The configurator returns an instant comparison against painted steel, then hands off to our engineering team as a structured RFQ.

Simulated estimate. Every figure on this page is computed in your browser from published Li:ma and NEXKIN data, and nothing you enter (an attached drawing included) leaves this device in this phase. Engineering validation follows the RFQ.

Configure a part

  1. Set the parameters

    Part type, platform, footprint, steel baseline and programme volume.

  2. Read the comparison

    Simulated mass against painted steel, settling 150 ms after you stop moving.

  3. Send it to engineering

    A structured RFQ carrying the exact configuration you had on screen.

Part configurator

Simulated result

−40% · 12.0 kg → 7.2 kg

Detail
Part parameters

Part type

Platform

Suggested: Li:ma
1200 mm
2002000
800 mm
2002000
kg

0.5-200 kg. The painted-steel part you are replacing.

Optimization target

The economic sweet spot: one-shot forming beats steel tooling economics at 40-60k units a year, where steel press and paint needs 100,000.

Simulated result

Battery Cover, 1200 × 800 mm, 0.96 m². Simulated composite mass 7.2 kg against a 12.0 kg painted-steel baseline, 40 percent lighter. Platform Li:ma, 40-60k units/yr.

Projected area
0.96 m²
Mass removed
4.8 kg
Platform
Li:ma
Annual volume
40-60k units/yr

Platform capability

Published data

240MPa

Tensile capability, Li:ma UD-Tape

  • 1.5 m² one-shot forming
  • 100% recyclable thermoplastic

Engineering verdict

A battery cover at 1200×800 mm runs Li:ma UD-Tape at 240 MPa tensile capability, 40% lighter than the 12 kg painted-steel baseline. Your volume band sits in the 40k-60k sweet spot where one-shot forming beats steel tooling economics.

Request for quotation

Send this to engineering

Three steps: confirm the configuration you just built, tell us who you are, and get a reference number back.

Step 1 / 3

Configuration summary

Part type
Battery Cover
Platform
Li:ma
Dimensions
1200 × 800 mm
Projected area
0.96 m²
Steel baseline
12.0 kg
Simulated composite
7.2 kg
Mass reduction
−40%
Annual volume
40-60k units/yr
Optimization target
Maximize weight reduction
Provenance

Where these numbers come from.

The model above is arithmetic over two published figures, taken from Li:ma and NEXKIN parts production-proven since 2021. It is not a structural analysis and it does not know your load case. That is what the RFQ is for.

See the data

−45%

Mass against painted steelLi:ma structural parts

1.5m²

One-shot forming limitAbove it, a bonded two-piece part