SPLICING

Splicing Systems

Continuous production. Strong, reliable splices. Engineered for every web.

In high‑speed web‑handling environments, roll changes must happen without stopping the line. Menzel LP’s splicing systems are engineered to deliver fast, consistent, and secure splices that keep production running smoothly. Whether you’re working with nonwovens, films, foils, textiles, or technical materials, Menzel provides the right splicing technology for your process—tape, thermal, hot‑wire, or sewn seams.

Each system is built on a heavy‑duty steel frame, designed for long‑term industrial use, and configured to your material, speed, and splice requirements. From high‑speed bump splicing to thermal bonding and on‑line sewing, Menzel delivers dependable solutions that reduce downtime, minimize waste, and protect web integrity.

Keep Your Line Running with Reliable Menzel Splicing Systems

Let’s design the right splicing solution for your material and production speed.

Bump Splicer

Fast, full‑width splicing for continuous, non‑stop production.

  • New roll is accelerated to line speed for seamless transitions
  • Pressure‑sensitive tape applied for strong, uniform splices
  • Integrated cut‑off knife ensures clean separation of the expiring roll

Hot Tape Splicer

Thermoplastic tape splicing for durable, sealed overlap seams.

  • Adjustable temperature and pressure for precise bonding
  • Ideal for woven and nonwoven thermoplastic materials
  • Produces strong, consistent splices without adhesives

Hot Wire Splicer

Butt‑seam splicing using a heated wire for clean, edge‑to‑edge joins.

  • Creates flat, non‑overlapping seams ideal for downstream processes
  • Adjustable heat and cycle controls for different materials
  • Perfect for foams, nonwovens, and thermoplastic webs

Railway Sewing System

On-line sewing for heavy, thick, or non‑thermoplastic materials.

  • Industrial sewing head mounted on a guided rail system
  • Produces strong, flexible seams for textiles and technical fabrics
  • Ideal when thermal or adhesive splicing is not suitable