High-Speed Cold Needle Perforation: Mechanical Precision, Maximum Efficiency
Energy-Efficient & Cost-Effective: Provides a high-speed mechanical perforation alternative that eliminates the power and energy costs associated with thermal processing.
Precise Atmosphere Control: Delivers consistent hole density and pattern accuracy for optimal aeration and moisture management.
Seamless Integration: Engineered for low maintenance and easy, plug-and-play retrofitting into your existing production lines.
Extensive Material Compatibility: Effectively processes paper, foils, and non-woven materials at maximum web speeds.
Industrial Applications: The ideal, budget-friendly solution for industrial packaging, filtration systems, and technical textiles.
An Overview on our Cold Needle Perforation Machines
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Cold microperforators are a versatile and simple technology used to perforate thin materials using needle cylinders offering a combination of simplicity, efficiency and affordable cost that makes them a popular choice in many industries. This technique is commonly known for the use of needles that perform the perforation of the material without generating heat, thus ensuring the preservation of the material's characteristics.
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Cold micro-perforation technology is widely applied across multiple industries. In packaging, it is used to perforate plastic films to provide ventilation, moisture control, and other functional enhancements. In textiles, it enables the perforation of fabrics for medical applications, technical purposes, and decorative finishes. The automotive sector relies on it for precision perforation of interior materials such as fabrics, synthetic leathers, and plastic panels. In the medical field, it plays a key role in creating transdermal drug-delivery patches by perforating membranes used in medical devices.
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Spark Machinery’s cold needle perforators employ a needle shaft and a opposing counter roller to mechanically pierce moving film without heating. Perforation is controlled via pneumatic actuation that engages or retracts the contrast roller, while micrometric screws provide fine adjustment of penetration depth.
In most models, film transport is passive—via film drag—although motorized rollers are available in CN-M models. The counter roller may be made of ground bristles or rubber depending on the substrate.
CN Series Catalog
Model CN-M COLD MICRO PERFORATION system for holes from 80µ to 1mm with motorized needle rolls of Ø 60mm - 100mm - 200mm
A high-speed mechanical solution for precision micro-perforation and moisture control.
Smart Integration: Lightweight, small-footprint design for easy mounting as a host module on slitters, extruders, and presses.
Precision Engineering: Dual micrometric screws and pneumatic actuation for exact, repeatable penetration depth.
Synchronized Speed: Motorized needle shaft with encoder tracking to match host line speeds perfectly.
Digital Control: Industry 4.0-ready software and touchscreen interface for seamless operational management.
Broad Applications: Optimized for breathable produce packaging, acoustic insulation, and technical electronic films.
| TECHNICAL DATA SHEET | |
|---|---|
| Needle shaft Ø | 60mm - 100mm - 200mm |
| Hole Ø | Min. Ø80µ - Max. Ø1mm |
| Movement | Movement by asynchronous motor 400 V+N+T - 50 Hz |
| Penetration adjustment | Micrometric screws with graduated knobs |
| Maximum speed | 400 mt minute* |
| Counter roller approach movement | Pneumatic movement |
| Air Pressure | 6 Bar |
| * | Value influenced by material type and machine configuration |
For more detailed information click the link below
Model CN-CP COLD MICRO PERFORATION system for holes from 80µ to 1.8mm with interchangeable needle roller
A robust, dual-shaft solution optimized for high-density insulation and technical substrates.
Dual-Shaft System: Employs two needle shafts for continuous, high-density perforation in a single pass.
Insulation Specialized: The ideal choice for manufacturing perforated thermal and acoustic insulation layers for the construction sector.
Industrial Strength: A solid, functional build engineered to act as a reliable host unit within continuous material transport lines.
Reliable Actuation: Features a pneumatic approach system and asynchronous motorization for stable, high-throughput processing.
| TECHNICAL DATA SHEET | |
|---|---|
| Needle shaft Ø | Variable |
| Hole Ø | Ø Min. Ø80µ - Max. Ø1,8mm |
| Movement | Movement through dragging of the material |
| Penetration adjustment | Asynchronous motor 400 V+N+T - 50 Hz and Pneumatic movement |
| Air pressure | 6 Bar |
| Material of needle segments | Bronze, steel, aluminum |
For more detailed information click the link below
Model CN COLD MICRO PERFORATION system for holes from 80µ to 1mm with needle roller Ø 60mm - 100mm - 200mm
A practical, self-synchronizing solution for streamlined micro-perforation.
Self-Synchronizing: Driven directly by the film's movement—no additional motors or electronic drives required.
Easy Integration: Ultra-compact and lightweight design, ideal for mounting on existing extruders, slitters, and bag-makers.
Micrometric Control: Pneumatic roller engagement and fine-tuned depth adjustment via precision screws.
Cost-Effective Reliability: Low-maintenance, high-efficiency aeration for fresh produce bags and moisture-regulating films.
Versatile Applications: The go-to choice for electronic packaging, acoustic insulation, and technical breathable membranes.
| TECHNICAL DATA SHEET | |
|---|---|
| Needle shaft Ø | 60mm - 100mm - 200mm |
| Hole Ø | Min. Ø80µ - Max. Ø1mm |
| Movement | Movement by film dragging |
| Penetration adjustment | Micrometric screws with graduated knobs |
| Maximum Speed | 400 mt minute* |
| Counter roller approach movement | Pneumatic movement |
| * | Value affected by material type and machine configuration |
For more detailed information click the link below
Model CN-EC COLD MICRO PERFORATION system for holes from 80µ to 1mm with needle roller Ø of 60mm - 100mm - 200mm
Engineered for rapid changeovers and maximum versatility in multi-product environments.
Revolver System: Equipped with up to four rotating needle shafts for nearly instantaneous exchange of perforation patterns.
Zero Downtime: Switch needle shafts and adjust perforation depth while the machine is in motion or stopped.
Precision Adjustment: Dual micrometric screws and pneumatic engagement ensure consistent hole depth across all film types.
Production Flexibility: The ideal solution for operators who must frequently vary production and perforation specifications.
Host Integration: Compact and robust design for seamless installation on extruders, slitters, and welding machines.
| TECHNICAL DATA SHEET | |
|---|---|
| Needle shaft Ø | 60mm - 100mm - 200mm |
| Hole Ø | Min. Ø80µ - Max. Ø1mm |
| Number of interchangeable shafts | Max. 4 per device |
| Equipment of needle shafts | Needle cylinders, embossing cylinders, fibrillators, longitudinal pre-cutting blades |
| Needle shaft changing system | Integrated manually operated revolver system |
| Movement of needle shafts | Movement by film dragging |
| Penetration adjustment | Micrometric screws with graduated knobs |
| Air Pressure | 6 BAR |
| Max Speed | 300* meters/minute |
| Contrast roller movement | Pneumatic |
| * | Value influenced by the type of processed material and machine configuration |
For more detailed information click the link below
Model CN-MC COLD MICRO PERFORATION system for holes from 50µ to 1mm.
A "non-stop" solution designed to eliminate production interruptions during roller changes.
Zero-Downtime Exchange: Unique dual-roller system allows needle groups to be swapped while the machine is running—simply switch and continue.
Self-Synchronizing: Driven directly by the film's movement for automatic speed matching without additional motors.
Compact Integration: Space-saving footprint allows for easy installation on existing production lines and transport systems.
Precision Control: Pneumatic engagement and micrometric screw adjustment for high-accuracy perforation depth.
Operational Efficiency: Dramatically reduces setup and maintenance downtime compared to conventional single-roller units.
| TECHNICAL DATA SHEET | |
|---|---|
| Needle shaft Ø | 100mm |
| Hole Ø | Min. Ø50µ - Max. Ø1mm |
| Movement | Movement by film dragging |
| Penetration adjustment | Micrometric screws with graduated knobs |
| Max Speed | 250* meters/minute |
| Counter roller approach movement | Pneumatic movement |
| Air Pressure | 6 BAR |
| * | Value influenced by the type of processed material and machine configuration |
For more detailed information click the link below
What is Cold Needle Perforation?
Cold needle perforation is a high-precision mechanical process that creates micro-holes without the application of heat. By piercing the material directly, it preserves the substrate’s natural properties—eliminating thermal stress, shrinkage, and discoloration. It is the ideal, cost-effective solution for heat-sensitive materials like paper, laminates, and wood veneers. Without the need for heating systems, it significantly reduces energy consumption while delivering clean, burr-free results for controlled permeability.
How Does Cold Needle Perforation Work?
Film Feeding: the moving web is guided and tensioned into the perforator by the host machine.
Roller Positioning: pneumatic actuators bring the needle roller into contact with the counter roller (rubber or brush-type), preparing the system for perforation.
Perforation: as the needle roller rotates, ultra-fine hardened needles pierce the substrate against the counter roller, creating clean, burr-free micro-holes without heat.
Adjustment & Synchronization: penetration depth is finely controlled with micrometric screws or motorized actuators. An encoder and asynchronous drive synchronize the perforator with the host line speed.
Advantages of Cold Needle Perforation
Cold needle perforation offers several key advantages that make it a preferred solution for many industries:
No heat application: prevents deformation, shrinkage, or discoloration, preserving the material’s natural properties.
Material versatility: suitable for plastics, laminates, technical films, paper, packaging substrates, and more.
One-way flow: enables controlled air or gas exchange while preventing leaks, ideal for breathable or protective packaging.
Cost-effective and fast: low energy consumption, high productivity, and minimal maintenance deliver excellent efficiency and reduced operating costs.
Why choose Spark Machinery?
Uncompromising Quality, Reliability & Performance
Spark Machinery designs and builds high-performance systems known for their precision, durability, and consistent output. Our machines operate reliably even under high-speed, high-demand production conditions, delivering top-tier results with minimal downtime.
Tailor-Made Solutions for Every Customer
We don’t believe in one-size-fits-all. Every system is engineered based on the specific needs of our customers—whether it’s material type, production speed, perforation pattern, or integration with existing lines. This ensures optimal efficiency and seamless operation from day one.End-to-End Support
Our commitment goes beyond machine delivery. We offer expert guidance during project planning, hands-on support during installation and training, and responsive service throughout the machine’s operational life. We're your partner before, during, and after purchase.Driven by Research & Innovation
At Spark Machinery, continuous improvement is part of our DNA. We invest heavily in R&D and testing to develop cutting-edge perforation technologies, improve system capabilities, and stay ahead of evolving market demands. Innovation is what keeps us competitive, and we deliver it with every machine.
Areas of application of our Cold Needle Perforator Machines
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Used to release excess air in bulk packs of frozen goods or pet food, ensuring packaging stability and product quality.
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Helps excess moisture escape from the package, reducing condensation and extending shelf life.
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Perforated poly films allow liquid to enter the absorbent pad while preventing it from leaking back out, keeping meat fresh and improving hygiene.
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Applied in radiant barriers and house wraps to let moisture vapor pass through while blocking liquid. This allows humidity generated indoors to escape through the attic, preventing damage and maintaining building performance.
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Perforated barriers with micro-holes let air and water flow through the soil while stopping weed growth. They offer a safe, efficient alternative to chemical herbicides for both home gardening and agricultural use.
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Designed to let sound waves pass through a surface into an absorbing core, reducing noise and echo. This technique is widely used in vehicle interiors, heavy machinery, building panels, and wall boards, where hole size and density are tailored to control sound performance.
Get expert advice for your Micro Perforation Needs
Choosing the ideal micro-perforating machine can be a complex decision, given the diverse technologies and material considerations involved. To ensure you select the perfect solution for your specific needs, we invite you to a free, no-obligation consultation with our experts. Benefit from personalized insights into how the right hot, cold, or laser perforation technology can optimize your production, enhance product quality, and drive efficiency, ensuring a smart investment tailored to your success.
PERSONAL CONTACT
Looking for advanced industrial packaging or custom perforation solutions?
Discover how tailored airflow, moisture control, and material efficiency can elevate your logistics and product protection.
Contact our team today to explore custom-engineered perforation systems designed for your specific industry needs.
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FEDERICA CANTAGALLI
Commercial Export Office
