Plastic Printing Service

As a leading China Plastic Fabrication manufacturer, Kusla provides Printing on Plastic service. we have silk Screen printing on plastic, Pad printing on plastic, water transfer printing on plastic, Hot stamping on plastic capabilities, as well as other plastic fabrication capabilities. Contact Kusla to find out more today!

  • High-Quality printing on plastic services
  • Printing on a wide range of plastic parts
  • One-stop solution, supported by second machining capabilities

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Plastic Printing Service Specifications & Capabilities

Our various transparent plastic printing materials create innovative, unparalleled products for companies looking for streamlined printing solutions. We can do printing on Acrylic, printing on Polycarbonate, Printing on ABS, Printing on PVC, Printing on HDPE, and many more materials.

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as you requireas you require

Plastic Printing Service Advantages

  • Long Life Expectancy
  • Weather Resistant
  • Clear Printing
  • Good Styling
  • Cost-effective

Plastic Printing Service Materials

  • Polypropylene Plastic Material

  • PET Plastic Material

  • Nylon Plastic Material

  • HDPE Plastic Material

  • ABS Plastic Material

  • Polycarbonate Plastic Material

  • PVC Plastic Material

  • Acrylic Plastic material

Kusla Plastic Printing Services

Our custom plastic printing services make printing on durable, long-lasting, high-quality base materials an easy process. Whatever signage you need for your company, we can help. Kusla Printing provides large scale screen printing onto an array of plastic materials.

Application Cases

FAQS about Plastic Printing Services

Plastic printing is a process of creating objects from plastic materials using various methods such as 3D printing, screen printing, inkjet printing, or offset printing. Some of the benefits of plastic printing are:

  • Versatility: Plastic printing can produce a wide range of shapes, sizes, colors, and textures for different applications and industries.
  • Durability: Plastic printing can create objects that are resistant to impact, wear, tear, and corrosion.
  • Cost-effectiveness: Plastic printing can reduce material waste, labor costs, and inventory costs compared to traditional manufacturing methods.
  • Innovation: Plastic printing can enable rapid prototyping, customization, and experimentation with new designs and features.

There are different types of plastic printing methods and materials depending on the desired outcome, quality, and cost. Some of the common methods are:

  • Digital printing: This method uses inkjet or laser technology to print high-quality images onto plastic surfaces. It is suitable for short runs, customization, and variable data printing. It can print on various plastic materials such as PVC, PET, PP, PE, etc.
  • Laser printing: This method uses a high-powered laser to etch or engrave the design onto the plastic. It is ideal for creating permanent marks, barcodes, serial numbers, logos, etc. It can print on various plastic materials such as acrylic, polycarbonate, ABS, etc.
  • Screen printing: This method uses a mesh screen and a squeegee to transfer ink onto the plastic surface. It is suitable for large runs, vibrant colors, and durable prints. It can print on various plastic materials such as vinyl, polyethylene, polypropylene, etc.
  • UV litho printing: This method uses UV-curable inks and a lithographic plate to print onto the plastic surface. It is suitable for high-quality prints, fine details, and glossy finishes. It can print on various plastic materials such as PVC, PETG, polystyrene, etc.
  • Pad printing: This method uses a silicone pad and an etched plate to transfer ink onto the plastic surface. It is suitable for printing on irregular or curved shapes, such as pens, buttons, toys, etc. It can print on various plastic materials such as ABS, nylon, polypropylene, etc.
  • Flexographic printing: This method uses a flexible relief plate and a rotary press to print onto the plastic surface. It is suitable for high-speed printing, continuous patterns, and flexible packaging. It can print on various plastic materials such as polyethylene, polypropylene, cellophane, etc.
  • Hot stamping: This method uses heat and pressure to transfer ink from a foil onto the plastic surface. It is suitable for printing metallic effects, holograms, security features, etc. It can print on various plastic materials such as PVC, PET, PP, PE, etc.

To choose the best plastic printing service for your project, you should consider the following factors:

  • Your project requirements: What is the purpose, size, shape, quantity, and quality of your plastic products? What are the design specifications and features that you need? What is your budget and deadline?
  • The printing method: Which printing method can best meet your project requirements? What are the advantages and disadvantages of each method? How compatible is the method with the plastic material that you want to use?
  • The printing service provider: How experienced and reputable is the printing service provider? What are their capabilities and equipment? How do they handle quality control and customer service? What are their prices and turnaround times?

The design guidelines and specifications for plastic printing depend on the printing method and material that you choose, as well as the quality and functionality of your desired product. However, some general guidelines are:

  • Choose a suitable file format: Depending on the printing method, you may need to provide your artwork in a vector or raster format. Vector formats are preferred for printing methods that require high resolution and sharp edges, such as laser or screen printing. Raster formats are suitable for printing methods that can handle gradients and complex images, such as digital or UV litho printing.
  • Use the correct color mode: Depending on the printing method, you may need to use different color modes for your artwork. For example, digital and laser printing use RGB (red, green, blue) color mode, while screen and UV litho printing use CMYK (cyan, magenta, yellow, black) color mode. You should also consider the color gamut and accuracy of the printing method and the plastic material.
  • Set the appropriate resolution and size: Depending on the printing method and the plastic material, you may need to adjust the resolution and size of your artwork to ensure optimal print quality. For example, digital and laser printing require high-resolution images (at least 300 dpi), while screen and UV litho printing can work with lower-resolution images (at least 150 dpi). You should also consider the aspect ratio and scaling of your artwork to fit the plastic surface.
  • Add bleed and crop marks: Depending on the printing method and the plastic material, you may need to add bleed and crop marks to your artwork to ensure proper alignment and trimming of your product. Bleed is the extra margin that extends beyond the edge of your product, while crop marks are the lines that indicate where to cut your product. You should check with your printing service provider for the specific bleed and crop mark requirements for your project.
  • Check for errors and compatibility: Before sending your artwork to your printing service provider, you should check for any errors or compatibility issues that may affect the print quality or functionality of your product. For example, you should check for spelling mistakes, missing fonts, broken links, transparency effects, overprinting issues, etc. You should also make sure that your artwork is compatible with the printing method and the plastic material that you choose.

To prepare and upload your artwork for plastic printing, you should follow these steps:

  • Create your artwork: You can use any graphic design software or online tool to create your artwork according to your project requirements and the design guidelines and specifications for plastic printing. You should save your artwork in a suitable file format and color mode for the printing method and the plastic material that you choose.
  • Review your artwork: You should review your artwork carefully and check for any errors or compatibility issues that may affect the print quality or functionality of your product. You should also preview your artwork in different devices and print settings to ensure that it looks as intended.
  • Upload your artwork: You should upload your artwork to your printing service provider’s website or platform. You should follow their instructions and requirements for uploading your artwork, such as file size, file name, file type, etc. You should also provide any additional information or specifications for your project, such as quantity, size, shape, material, etc.
  • Confirm your order: You should confirm your order and pay for the printing service. You should also check the delivery time and tracking information for your order. You should contact your printing service provider if you have any questions or concerns about your order.

The cost of plastic printing varies depending on the printing method, material, size, quantity, and quality of your product. Some of the factors that affect the price are:

  • Printing method: Different printing methods have different costs associated with them, such as the cost of the equipment, the ink or toner, the maintenance, the labor, etc. For example, digital printing is usually cheaper than screen printing for small runs, but more expensive for large runs. Laser printing is usually more expensive than digital printing, but offers higher resolution and durability.
  • Plastic material: Different plastic materials have different costs associated with them, such as the cost of the raw material, the availability, the compatibility with the printing method, etc. For example, PVC is usually cheaper than PETG, but may not be suitable for some printing methods or applications. The color and finish of the plastic material may also affect the cost.
  • Size: The size of your product affects the cost of plastic printing, as it determines how much material and ink or toner is used, how long it takes to print, how many products can fit on a sheet or a roll, etc. Larger products usually cost more than smaller products, but may offer economies of scale if printed in bulk.
  • Quantity: The quantity of your product affects the cost of plastic printing, as it determines how many times the printing process has to be repeated, how much material and ink or toner is used, how much setup and waste is involved, etc. Larger quantities usually cost less per unit than smaller quantities, but may require more upfront investment and storage space.
  • Quality: The quality of your product affects the cost of plastic printing, as it determines how much resolution and detail is required, how much ink or toner coverage is needed, how much post-processing and finishing is involved, etc. Higher quality products usually cost more than lower quality products, but may offer higher customer satisfaction and value.

The time it takes to print and deliver your plastic products depends on the printing method, material, quantity, and quality of your product, as well as the location and availability of your printing service provider and the shipping method that you choose. Some of the approximate time ranges for different printing methods are:

  • Digital printing: This method can take between 4 and 6 business days to print and deliver your plastic products.
  • Laser printing: This method can take between 3 and 5 business days to print and deliver your plastic products.
  • Screen printing: This method can take between 6 and 9 business days to print and deliver your plastic products.
  • UV printing: This method can take between 8 and 13 business days to print and deliver your plastic products.
  • Pad printing: This method can take between 4 and 9 business days to print and deliver your plastic products.
  • Flexographic printing: This method can take between 10 and 15 business days to print and deliver your plastic products.
  • Hot stamping: This method can take between 6 and 10 business days to print and deliver your plastic products.

These time ranges are estimates based on average scenarios and may vary depending on the specific details of your project and the availability of your printing service provider. You should also consider the shipping time, which can range from 6-8 weeks for ocean freight to 7-10 days for air freight. You should contact your printing service provider for more accurate information on their turnaround time and delivery options.

The quality standards and guarantees for plastic printing depend on the printing method, material, product, and service provider that you choose. Some of the possible quality standards and guarantees are:

  • ISO standards: The International Organization for Standardization (ISO) develops and publishes international standards for various industries and products, including plastics and printing. For example, ISO 12647 is a set of standards for graphic arts and printing. You can check if your printing service provider follows or complies with any relevant ISO standards for plastic printing.
  • ASTM standards: The American Society for Testing and Materials (ASTM) develops and publishes voluntary standards for materials, products, systems, and services, including plastics and printing. For example, ASTM D5227 is a standard test method for measuring hexane extractable content of polyolefins. You can check if your printing service provider follows or complies with any relevant ASTM standards for plastic printing.
  • PIA standards: The Plastics Industry Association (PIA) is an organization that represents the plastics industry in the United States. It monitors and develops codes and standards for the plastics industry, including plastic machinery standards. It is also an ANSI-accredited developer of plastics machinery standards. You can check if your printing service provider follows or complies with any relevant PIA standards for plastic printing.
  • Customer satisfaction guarantee: Some printing service providers may offer a customer satisfaction guarantee for their plastic printing services. This means that they will ensure that your plastic products meet your expectations and specifications, or they will offer a refund, replacement, or correction. You can check if your printing service provider offers any customer satisfaction guarantee for plastic printing.

The environmental impacts and sustainability of plastic printing depend on the type and amount of plastic used, the energy and resources consumed in the printing process, the waste and emissions generated, and the end-of-life management of the plastic products. Some of the possible environmental impacts and sustainability issues are:

  • Plastic production: Plastic production requires fossil fuels, water, and chemicals, which contribute to greenhouse gas emissions, water pollution, and resource depletion. Plastic production also generates plastic pellets or nurdles, which can escape into the environment and harm wildlife. According to one estimate, emissions from plastic production and incineration could account for 56 gigatons of carbon between now and 2050.
  • Plastic printing: Plastic printing requires energy and ink or toner, which contribute to greenhouse gas emissions, air pollution, and resource depletion. Plastic printing also generates waste such as offcuts, trimmings, and misprints, which need to be disposed of properly. Some plastic printing methods may use solvents or additives that are harmful to human health or the environment.
  • Plastic use: Plastic use can have positive or negative impacts on the environment depending on how it is used. For example, plastic packaging can reduce food waste and transportation emissions by extending shelf life and protecting products. However, plastic packaging can also increase waste generation and littering if it is not reused or recycled properly. Plastic products can also leach chemicals or microplastics into the environment over time.
  • Plastic disposal: Plastic disposal can have significant impacts on the environment depending on how it is managed. For example, plastic recycling can reduce waste generation and greenhouse gas emissions by recovering valuable materials and saving energy. However, plastic recycling can also generate emissions and pollutants from the sorting, cleaning, and processing stages. Plastic incineration can generate energy from waste and reduce landfill space. However, plastic incineration can also generate emissions and ash that are harmful to human health and the environment. Plastic landfilling can avoid emissions and pollutants from other disposal methods. However, plastic landfilling can also occupy land space and generate leachate and methane that are harmful to human health and the environment.

Plastic printing can be used for marketing and branding purposes in various ways, such as:

  • Creating eye-catching and durable signage: Plastic printing can create signage that is attractive, colorful, and resistant to weather and wear. Plastic printing can also create signage that is flexible, lightweight, and easy to install. For example, plastic printing can create banners, posters, decals, labels, stickers, etc.
  • Creating unique and customized products: Plastic printing can create products that are personalized, customized, and tailored to the target audience. Plastic printing can also create products that are innovative, functional, and interactive. For example, plastic printing can create promotional items, gifts, souvenirs, packaging, etc.
  • Creating eco-friendly and socially responsible products: Plastic printing can create products that are environmentally friendly and socially responsible by using renewable or recycled materials, reducing waste and emissions, and supporting sustainability initiatives. Plastic printing can also create products that communicate the environmental and social values of the brand. For example, plastic printing can create biodegradable or compostable products, reusable or refillable products, products with environmental or social messages, etc.

More Machining Services Options

Plastic Drilling Service

Plastic Drilling Service As a leading China Plastic Fabrication manufacturer, Kusla provides Plastic Drilling service. we have Drilling acrylic sheet, Drilling Polycarbonate sheet, Drilling ABS sheet capabilities,Drilling PVC sheet,Drilling HDPE…
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