Freeman Schwabe at The Battery Show North America 2025 — Booth 6212

Posted on: September 29, 2025

Freeman Schwabe will be on the show floor at The Battery Show North America 2025 in Detroit — Booth 6212. The show runs at Huntington Place, Detroit, from October 6–9, 2025, and brings together OEMs, tier suppliers, battery developers, materials suppliers and service providers focused on next-generation energy storage.

Below is an extended, detailed look at what Freeman Schwabe is bringing to the Battery Show, why our die-cutting/press technology is especially well suited to cutting non-metallic battery materials, and how attendees can get the most out of a visit to Booth 6212. (Includes direct product details from Freeman Schwabe’s website.)

Who We Are on The Show Floor

Freeman Schwabe designs, engineers and assembles electric, hydraulic and pneumatic die cutting press machines under the Schwabe® brand. At the Battery Show we’ll be showcasing solutions, answering engineering questions, and discussing how precision die-cutting integrates into battery cell and pack manufacturing workflows. We are listed as exhibitor Freeman Schwabe Machinery — Booth 6212 in the official exhibitor roster.

What Problems Battery Manufacturers Bring to Us

Manufacturers working with non-metallic battery components—examples include polymer separators (PE/PP membranes), ceramic-coated separators, polymeric electrode backings/insulating films, gasket materials, adhesive-backed films, insulating foams, and precision die-cut polymer parts used in tab insulation and cell spacing—face several recurring challenges:

  • Extremely tight dimensional tolerances on thin films and foils
  • The need to avoid contamination (hydraulic fluid, particulates) for clean-room processes
  • Minimal edge fray and burrs on cut polymer/ceramic composite substrates
  • High repeatability at production speeds and quick tool changeovers for different part geometries

These are precisely the use-cases where Schwabe presses are specified by manufacturers.

Which Schwabe Machines Are Relevant — and Why They Work Well For Non-Metallic Battery Materials

Servo-Electric Flat Bed Presses (Model SEP)

Key attributes from the SEP family make them particularly effective for non-metallic battery material processing:

  • Servo-driven precision for both kiss-cutting and through-cutting — enables accurate control of cut depth so delicate films (thin polymer separators, adhesive films) can be kiss-cut without damaging the backing or underlying layers. This is critical when parts must retain backing liners or when multilayer stacks are being processed.
  • No hydraulic power source (electric only) — eliminates the risk of hydraulic fluid contamination in clean manufacturing environments, making the SEP ideal for battery cell/pack production areas and clean-room adjacency.
  • Energy efficiency and quieter operation — SEP units operate with significantly reduced energy draw (manufacturer information notes up to ~70% less energy vs. hydraulic equivalents), which is attractive for factories optimizing energy use and noise footprint.
  • Compact footprint and repeatability — useful where floor space is at a premium and where parts require high repeatable accuracy across long production runs.

Broader Schwabe Portfolio

Beyond the SEP, Freeman Schwabe’s offering includes hydraulic and pneumatic presses — providing flexibility for shops that need higher tonnages or specific force profiles — while always focusing on robust tooling, precise registration, and long-term repeatability. For many battery component manufacturers, the choice of electric vs. hydraulic/pneumatic will be driven by contamination risk, energy use, and cycle profile.

Practical Advantages For Cutting Non-Metallic Battery Materials

  1. Cleaner process (no hydraulic contamination): Electric drives remove a class of contamination risk critical in battery manufacturing and assembly.
  2. Controlled shear and minimal heat: Servo motion profiles allow softer acceleration and deceleration versus older mechanical systems, reducing edge melt, delamination, or fraying on polymer and ceramic-coated separators.
  3. Kiss-cut accuracy for multilayer stacks: Many battery parts are produced as laminated stacks (adhesive + film + liner). Kiss-cut capability prevents damage to carrier liners while releasing the desired geometry.
  4. Easier validation & QA: Repeatable stroke control and digital servomotion make process validation and in-line SPC straightforward; this helps when components are subject to strict battery safety and quality standards.

Realistic Application Examples

  • Separators: precision die-cutting of polymer separators (with or without ceramic coating) into cell-ready blanks with controlled edge quality.
  • Insulation & gasket components: tight-tolerance polymer gaskets and insulating films used around tabs and between cells, where contamination or burrs would create electrical hazards.
  • Adhesive-backed films and tapes: kiss-cutting to preserve liner integrity while producing ready-to-apply adhesive parts for cell assembly or module bonding.

What To See and Discuss at Booth 6212

When you visit Freeman Schwabe at Booth 6212, consider bringing examples or drawings of:

  • Your part stackups (layer composition, total thickness, tolerances)
  • Target cycle times and required annual throughput
  • Clean-room classification and contamination constraints
  • Typical failure modes you see (fraying/delamination/burrs/registration issues)

Our team can discuss machine selection (SEP servo vs. hydraulic/pneumatic), tooling approaches (male/female dies, kiss-cut tooling), part holding/registration fixtures, and integration options for production lines and automated material handling. We can also talk validation and maintenance plans that minimize downtime.

Technical & Commercial Considerations (to Prepare in Advance)

  • Material samples: bring representative samples (or photos + specs) thickness, coatings, liner materials.
  • Tolerance and registration data: what are acceptable tolerances and locational registration for holes and cut features?
  • Throughput goals: knowing parts per hour/shift helps size the press and tooling strategy.
  • Validation/qualification needs:  traceable process parameters and documentation are often needed in battery supply chains — ask about how Schwabe’s servo control data can support that.

Logistics & How to Connect

  • Show: The Battery Show North America — Huntington Place, Detroit, Oct 6–9, 2025.
  • Booth: 6212 — Freeman Schwabe Machinery is listed in the official exhibitor PDF and floor plan. Stop by to speak with engineers and product specialists.
  • Pre-book by emailing  sales@freemanschwabe.com : If you want to guarantee a slot with a technical specialist at the show, note your preferred meeting windows (morning/afternoon) and key topics — or bring your team’s processing questions to the booth.