horizontal cutting line

  • Precise alignment for consistent cuts.

  • Increases production efficiency with faster setup and positioning.

  • Reduces material waste through optimized nesting and cut planning.

  • Improves repeatability and quality control with a fixed reference line.

  • Flexible across materials and thicknesses.

  • Visual cue for operators, aiding quick judgment and monitoring.

  • Easy integration with existing equipment; low retrofit costs.

  • Enhanced safety with a clearly defined cut line.

  • Facilitates automation and programmable cutting workflows.

  • Easy maintenance and quick changeovers.

  • The horizontal cutting line provides a stable cross-cut baseline for fast, precise, low-waste cutting. Suitable for paper, fabric, film, and other materials, compatible with most cutting equipment.

Product Details
  1. English version (Horizontal Cutting Line – Product Details Template)

  • Product Name

    • Horizontal Cutting Line (Cross-Cutting Reference Line System)

  • Product positioning and application scenarios

    • Serves as the horizontal positioning reference line in the cutting process to improve cutting accuracy, efficiency, and controllability. Widely used in cutting operations for paper, fabrics, films, woodworking boards, packaging components, and other related fields.

  • Key benefits

    • Precise alignment: Provides a stable horizontal reference line to ensure consistent cuts across batches.

    • Improved production efficiency: Quick positioning, shortened cutting preparation time, and reduced downtime.

    • Reduced material waste: Optimized layout and cut planning to minimize trim waste.

    • High repeatability: Fixed reference line reduces human error and facilitates quality traceability.

    • Easy integration: Seamless connection with existing cutting equipment and automation systems; low retrofit costs.

    • Enhanced safety: Clear cut boundaries reduce miscuts and injury risk.

  • Structure and components

    • Main frame: Made of stainless steel or aluminum alloy for durability and stability.

    • Positioning ruler/line indicator: Visible horizontal baseline for secondary confirmation.

    • Sensing and drive units: Optical/magnetic/mechanical positioning sensors; drive module for fine positioning.

    • Control interface: PLC/PC interfaces supporting programmatic control of upstream and downstream systems.

  • Technical specifications (illustrative; actual model may vary)

    • Applicable material thickness: up to Z mm (models available for thicker materials)

    • Power supply: AC/DC input specifications

    • Operating temperature and humidity: up to X°C / 95% relative humidity (non-condensing)

    • Dimensions/Weight: main unit dimensions W×H×D; weight approximately XX kg (model-dependent)

    • Working speed: metrics for horizontal positioning and cut-preparation time

    • Environmental conditions: dust rating, IP protection rating, etc.

  • Applicable materials and thickness range

    • Material examples: paper, cardboard, fabric, film, PVC/OPP, wood panels and composite materials, etc.

    • Thickness range: from thin to medium-thick materials; specifics depend on model configuration

  • Compatibility and interfaces

    • Interfaces with common cutting machines, slitting machines, and packaging lines (PLC/IO/Modbus/EtherCAT, etc.)

    • Downstream/upstream automation programming interfaces; supports customized workflows

  • Installation and integration

    • Installation options: floor-standing or embedded configurations

    • Commissioning points: initial calibration, precision adjustment, alignment with cutting equipment

    • External equipment required: sensors, power supply, control PC/PLC, etc.

  • Use and operation notes

    • Intuitive visual cues reduce operator difficulty

    • Common maintenance points: regular calibration, clean rails, check connections

  • Safety and compliance

    • Protective design to minimize misoperation and false triggering

    • Meets relevant industrial safety standards and quality systems (e.g., ISO/CE), specific to model

  • Maintenance, durability, and lifespan

    • Easy maintenance; calibration parts and consumables are easy to replace

    • Designed for long-term stability and component durability to reduce O&M costs

  • Certifications and standards

    • Industry certifications (e.g., CE, FCC, ROHS, etc.; listed per model)

  • Packaging, transportation, and storage

    • Protective packaging and materials

    • Storage conditions and protection requirements

  • Pricing, delivery, and after-sales

    • Price range and delivery lead times depend on configuration

    • Warranty and services: machine warranty period, remote diagnostics, on-site maintenance, spare parts supply

  • Typical application cases 


  • horizontal cutting line

  • horizontal cutting line


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