Are you looking to elevate your plastic manufacturing process? Choosing the right laser marking machine can make all the difference. By comparing the top options, you can enhance efficiency and quality. Discover the best choices available and transform your production. Read on to find the perfect fit for your factory!
Plastics Laser Marking » The Sabreen Group, Inc.
Product Details: Plastics laser marking using laser-sensitive additives for superior contrast and quality.
Technical Parameters:
– Wavelengths: NIR 1060-1080nm, Green 532nm, UV 355nm
– Compatible Polymers: ABS, Acetal, Nylon, Polycarbonate, PET/PETG, Polyethylene,…
Application Scenarios:
– Marking Aerospace and US Military/NASA electronics
– Medical tubing for invasive surgical procedures
Pros:
– Cost-saving compared to ink printing processes
– Faster marking speeds (15% or greater) with optimized formulations
Cons:
– Requires precise setup and calibration for optimal results
– Potential for non-uniform distribution during extrusion or molding
Plastic Laser Engraving Machine: Buy Now Etch, Mark, Engrave – HeatSign
Product Details: HS-UV03 UV Laser Marking Machine and HS-CL30 CO2 Plastic Laser Engraving Machine
Technical Parameters:
– HS-UV03: Output laser beam power: 3W / 5W, Marking Speed: up to 9000mm/s, Markin…
– HS-CL30: Output laser beam power: 30W, Marking Speed: up to 7000mm/s, Marking Ar…
Application Scenarios:
– Identification and personalization on plastic products
– Deep engraving or large area marking on plastics like ABS and polycarbonate
Pros:
– High precision and permanent markings
– Eco-friendly with zero waste and emissions
Cons:
– Requires specific machine for different plastic types
– Initial investment cost may be high
Epilog Laser Engraving and Cutting Machine Systems – Etching, Cutting …
Product Details: Epilog Laser offers a range of laser engraving and cutting machines including Fusion Maker, Fusion Edge, Fusion Pro, and Fusion Galvo systems, designed for various applications in engraving, cutting, and marking.
Technical Parameters:
– Fusion Maker: 60 IPS engraving speeds, IRIS™ Camera Positioning System, starting…
– Fusion Edge: Mid-grade machines with advanced features, pricing varies
Application Scenarios:
– Engraving trophies, plaques, and awards
– Cutting and engraving wood, acrylic, glass, and fabric
Pros:
– High-quality engraving and cutting capabilities
– Versatile applications across various materials
Cons:
– Higher initial investment for advanced models
– Requires maintenance and technical knowledge for optimal use
Plastic Laser Engraving Machines – Plastics | Thunder Laser USA
Product Details: Thunder Laser USA offers a range of CO2 laser engraving machines designed for cutting, etching, and marking on various plastic materials. Models include Nova 63, Nova 24, Nova 35, Nova 51, Odin 22, and Mini 60.
Technical Parameters:
– Available wattages: 40W, 60W, 80W, 100W, 130W
– Engraving speed: up to 39 inches per second
Application Scenarios:
– Cutting plastic parts for automobiles, appliances, and consumer goods
– Creating custom products and engravings for personal use or resale
Pros:
– Affordable and portable for small and medium enterprises
– High-performance machines with customizable features
Cons:
– Initial investment may be high for some businesses
– Requires knowledge of CNC operation for effective use
Industrial LASER Marking Systems – TechnoMark
Product Details: Technomark offers advanced laser marking solutions for various industrial applications, including the Graphix Plus and Graphix E-Series laser marking machines.
Technical Parameters:
– Graphix Plus: Available in 20W and 30W power options, features motorized door an…
– Graphix E-Series: Supports deep and shallow marking, multiple focal lens options…
Application Scenarios:
– Automotive, Aerospace, Medical, Electronics, Energy, Defense.
– Ideal for medium to large-scale industrial marking solutions.
Pros:
– High precision and reliability in marking.
– Flexible integration into production environments.
Cons:
– Potentially high initial investment for equipment.
– Requires training for optimal use and maintenance.
Industrial Laser Markers | Enhance Precision with Telesis
Product Details: Telesis offers a range of industrial laser markers including Fiber Laser Markers, UV Laser Markers, Green Laser Markers, Vanadate Laser Markers, and CO2 Laser Markers, designed for high precision and efficiency in various applications.
Technical Parameters:
– Fiber Laser Markers: Versatile, minimal maintenance, suitable for metal and plas…
– UV Laser Markers: 355 nm wavelength, ideal for cold marking applications.
Application Scenarios:
– Engraving identification codes and barcodes on metals and plastics.
– Marking on heat-sensitive materials like glass and silicon.
Pros:
– High-speed marking increases operational efficiency.
– Durable and wear-resistant, suitable for harsh environments.
Cons:
– Initial investment cost may be high.
– Requires skilled operators for optimal use.
Plastic Marking with a Laser – Epilog Laser
Product Details: Epilog Laser offers a range of laser machines suitable for plastic marking, including the Fusion Maker and Fusion Edge series.
Technical Parameters:
– Work Area: Up to 48″ x 36″ (1219 x 914 mm)
– Wattage: CO2: 30-100, Fiber: 30-50
Application Scenarios:
– Marking engineered plastic parts with barcodes, serial numbers, and logos.
– Engraving and cutting plastics up to 1/2″ thick.
Pros:
– High marking resolution up to 1200 dpi.
– Compatible with various software programs.
Cons:
– Initial investment cost may be high.
– Requires training for optimal use.
Laser Marking Machines | Automator
Product Details: Automator’s advanced industrial fiber laser marking machines and systems deliver precision, speed, and durability. They provide tailored solutions for businesses worldwide.
Technical Parameters:
– Permanent, high-quality marks that resist wear
– No need for consumables like ink or labels
Application Scenarios:
– Branding and coding on various materials
– Compliance marking in industrial applications
Pros:
– Cost-effective and eco-friendly with no consumables required
– Robust and shot-blast-resistant marks for tough environments
Cons:
– Initial investment may be high for some businesses
– Requires training for optimal operation
Marking, Cutting & Welding Plastic Materials | CMS Laser
Product Details: Laser marking, welding, drilling, and cutting solutions for plastics.
Technical Parameters:
– High-power focused laser beam for carbonization marking
– Non-contact laser cutting method
Application Scenarios:
– Medical devices manufacturing
– Automotive components production
Pros:
– Precise and high-quality results
– No mechanical stress on materials
Cons:
– Requires specialized equipment
– Initial setup costs may be high
What Is the Best Laser for Marking Plastic? | KEYENCE America
Product Details: Laser marking systems for plastic, including 3-Axis Hybrid Laser Marker, 3-Axis UV Laser Marker, and ML-Z Series CO2 laser marker.
Technical Parameters:
– High-quality, permanent marks
– Compatible with various plastics like ABS, PBT, and PET
Application Scenarios:
– Marking serial numbers and barcodes on plastic components
– Applying lot/date codes in food and packaging industries
Pros:
– Non-contact marking process
– Durable and chemical-resistant marks
Cons:
– Potential thermal damage to heat-sensitive plastics
– Marks may not exhibit high contrast with CO2 lasers
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Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Plastics Laser Marking » The Sabreen Group, Inc. | Plastics laser marking using laser-sensitive additives for superior contrast and quality. | – Cost-saving compared to ink printing processes – Faster marking speeds (15% or greater) with optimized formulations | – Requires precise setup and calibration for optimal results – Potential for non-uniform distribution during extrusion or molding | sabreen.com |
| Plastic Laser Engraving Machine: Buy Now Etch, Mark, Engrave – HeatSign | HS-UV03 UV Laser Marking Machine and HS-CL30 CO2 Plastic Laser Engraving Machine | – High precision and permanent markings – Eco-friendly with zero waste and emissions | – Requires specific machine for different plastic types – Initial investment cost may be high | www.heatsign.com |
| Epilog Laser Engraving and Cutting Machine Systems – Etching, Cutting … | Epilog Laser offers a range of laser engraving and cutting machines including Fusion Maker, Fusion Edge, Fusion Pro, and Fusion Galvo systems, designe… | – High-quality engraving and cutting capabilities – Versatile applications across various materials | – Higher initial investment for advanced models – Requires maintenance and technical knowledge for optimal use | www.epiloglaser.com |
| Plastic Laser Engraving Machines – Plastics | Thunder Laser USA | Thunder Laser USA offers a range of CO2 laser engraving machines designed for cutting, etching, and marking on various plastic materials. Models inclu… | – Affordable and portable for small and medium enterprises – High-performance machines with customizable features | – Initial investment may be high for some businesses – Requires knowledge of CNC operation for effective use |
| Industrial LASER Marking Systems – TechnoMark | Technomark offers advanced laser marking solutions for various industrial applications, including the Graphix Plus and Graphix E-Series laser marking… | – High precision and reliability in marking. – Flexible integration into production environments. | – Potentially high initial investment for equipment. – Requires training for optimal use and maintenance. | www.technomark-inc.com |
| Industrial Laser Markers | Enhance Precision with Telesis | Telesis offers a range of industrial laser markers including Fiber Laser Markers, UV Laser Markers, Green Laser Markers, Vanadate Laser Markers, and C… | – High-speed marking increases operational efficiency. – Durable and wear-resistant, suitable for harsh environments. | – Initial investment cost may be high. – Requires skilled operators for optimal use. |
| Plastic Marking with a Laser – Epilog Laser | Epilog Laser offers a range of laser machines suitable for plastic marking, including the Fusion Maker and Fusion Edge series. | – High marking resolution up to 1200 dpi. – Compatible with various software programs. | – Initial investment cost may be high. – Requires training for optimal use. | www.epiloglaser.com |
| Laser Marking Machines | Automator | Automator’s advanced industrial fiber laser marking machines and systems deliver precision, speed, and durability. They provide tailored solutions for… | – Cost-effective and eco-friendly with no consumables required – Robust and shot-blast-resistant marks for tough environments | – Initial investment may be high for some businesses – Requires training for optimal operation |
| Marking, Cutting & Welding Plastic Materials | CMS Laser | Laser marking, welding, drilling, and cutting solutions for plastics. | – Precise and high-quality results – No mechanical stress on materials | – Requires specialized equipment – Initial setup costs may be high |
| What Is the Best Laser for Marking Plastic? | KEYENCE America | Laser marking systems for plastic, including 3-Axis Hybrid Laser Marker, 3-Axis UV Laser Marker, and ML-Z Series CO2 laser marker. | – Non-contact marking process – Durable and chemical-resistant marks | – Potential thermal damage to heat-sensitive plastics – Marks may not exhibit high contrast with CO2 lasers |
Frequently Asked Questions (FAQs)
What is a laser marking machine and how does it work for plastic manufacturing?
A laser marking machine uses focused laser beams to engrave or mark surfaces of plastic materials. The laser removes or alters the surface layer, creating permanent markings like logos, barcodes, or serial numbers. This process is precise, fast, and does not require physical contact with the material, ensuring minimal wear and tear.
What types of plastics can be marked with a laser?
You can mark various types of plastics, including ABS, PVC, PET, and polycarbonate. Each plastic type may require different laser settings for optimal results, so it’s essential to choose a machine that can be adjusted accordingly.
Is laser marking safe for plastic materials?
Yes, laser marking is safe for plastic materials when done correctly. The process generates minimal heat, reducing the risk of warping or damaging the plastic. However, it’s crucial to use the right settings and equipment to ensure quality and safety.
How long does it take to mark a plastic part with a laser?
The marking time depends on the complexity and size of the design, as well as the type of plastic. Generally, laser marking is a quick process, often taking just a few seconds to a couple of minutes per part, making it efficient for high-volume production.
What maintenance is required for a laser marking machine?
Regular maintenance includes cleaning the lens, checking the alignment, and ensuring the cooling system is functioning properly. It’s also important to keep the machine free of dust and debris to maintain optimal performance and extend its lifespan.