Custom Die Cutting Services
Various methods are available for producing custom die cuts, with the appropriate technique selected based on order quantity and required delivery time. In addition to offering precision die cuts, we provide cost-effective molds and have the capacity to handle orders ranging from 100 to 10,000,000 pieces. Upload your CAD files to receive an instant quote for your die-cut components.
Our advanced flatbed and rotary die cutting capabilities, combined with extensive manufacturing expertise and material knowledge, enable us to support our customers at the highest level.
We take pride in our commitment to quality, communication, and on-time delivery. Our flatbed and rotary die cutting services offer low-cost tooling with short lead times and tolerances as tight as ±0.005 inches. Through strong partnerships with our vendors, we provide a versatile selection of materials tailored to your unique application requirements. We also offer a wide range of specialized materials, including those for EMI and RFI shielding, thermal management, conductive and non-conductive applications, as well as flame-retardant and UL-rated options. Our sales, customer service, and engineering team—unmatched in expertise—will assist you from project inception to completion. Whether you need prototypes or large-volume production runs, we can custom cut products to your exact specifications using a variety of non-metallic materials.
What Is Die Cutting?
Die cutting is a manufacturing technique used to cut precise shapes from materials such as paper, cardboard, fabric, leather, foam, plastic, and more. This process employs a specialized tool called a die—a sharp-edged blade or set of blades formed into the desired shape. The die is mounted onto a press, with the material positioned beneath it. When activated, the press applies pressure, forcing the die to cut through the material and produce the intended shape. Dies can be custom-made to create specific forms, including letters, numbers, logos, or intricate designs.
Beyond cutting, die cutting can also perform scoring, perforating, embossing, or debossing. Scoring creates creases or fold lines; perforating produces small holes or dotted lines; embossing raises the surface for a three-dimensional effect; and debossing creates a recessed or indented design. Due to the significant initial investment required to produce the die, die cutting methods are most efficient for high-volume, repetitive production runs.
Online Custom Die Cutting Service
Fuming delivers high-quality custom die cutting services tailored to meet the diverse requirements of various industries and businesses. We are proud to hold ISO 9001:2015 and AS9100D certifications, ensuring adherence to industry best practices. Through our online quotation system, you can receive a quick quote by simply uploading your CAD design drawings.
Die cutting is a versatile manufacturing process that involves shaping various materials into precise forms using specialized molds. Fuming’s custom die cutting services offer a range of processes and materials, delivering superior precision and efficiency.
Custom Die Cutting Services
- We provide design assistance to help with part configuration, material and adhesive selection, and other technical considerations vital to your product’s performance.
- Prototype services allow us to rapidly produce sample parts for functional testing and validation.
- Whether you need short or long run production, we are highly efficient in handling both, depending on your requirements.
- Quality control is maintained from raw material inspection through to finished product, ensuring full compliance with specifications.
Die Cutting Process Variations
Rotary Die Cutting
In rotary die cutting, the material is fed between a cylindrical rotating die and a supporting anvil roll. The die operates at high speed while the anvil provides counter-pressure, enabling quick and efficient cutting. This method allows an entire sheet or continuous web of raw material to be processed in a single pass, effortlessly producing various shapes and designs. Rotary die cutting services are commonly used for high-speed production of labels, stickers, and intricate patterns.
Flat Bed Die Cutting
The most prevalent die cutting method is known as flatbed die cutting or steel rule die cutting. This technique employs a flatbed die cutting press and steel dies to precisely cut raw materials into custom shapes and designs. It is particularly effective for cutting thicker materials—those exceeding ⅛ inch in thickness—due to its capacity to apply substantial pressure. Pressure capabilities vary based on the specific machine and its design; for instance, some flatbed die cutters may exert between 2 and 5 tons, while larger industrial machines can apply 20 tons or more. These higher-capacity systems are frequently utilized in industrial settings for processing heavy-duty materials or for high-volume production runs. Flatbed die cutting is highly advantageous for short production runs, as it can operate in semi-batch or batch production modes. It is versatile and suitable for cutting a wide array of materials, including paper, cardboard, foam, fabric, and plastics.
Materials Used for Die Cutting
Fuming partners with leading industry suppliers to provide cost-effective, high-quality raw materials tailored to your die cutting requirements. Our ISO 13485 certification and status as a 3M Preferred Converter reflect our commitment to superior quality and service. For many die cutting applications, we can also accommodate customer-supplied materials.
- Paper
- Foam
- Tape and adhesive
- Foil
- Film and plastic
- Fabric and mesh
- Rubber
- Nonwovens
- Thermal management
Die Cutting Advantages
Die cutting provides several advantages, which contribute to its widespread use across numerous industries. Outlined below are its key benefits:
- Affordability
- Customizable
- Flexibility and Versatility
- Precision and Accuracy
- Automation and Integration
Die Cutting Disadvantages: May Not Work with Thick Materials
Die cutting is most effective for materials that are relatively thin and flexible. Thicker substrates, such as heavy cardboard or metal sheets, can present challenges in achieving clean and precise cuts. The increased thickness may hinder the die from penetrating completely through the material, potentially resulting in uneven or incomplete cuts.
The maximum material thickness a die cutter can handle depends on several factors, including the specific machine model, its design, and the type of material being processed. Although die cutters are generally capable of cutting a range of materials—including thicker ones—certain limitations apply.
Most flatbed die cutters are designed to handle materials of moderate thickness, such as paper, cardboard, thin plastics, and fabrics. These machines typically accommodate thicknesses ranging from a few millimeters up to approximately 6–10 millimeters, depending on the specific model. The achievable maximum thickness is influenced by the machine’s cutting force, the type of cutting tool employed, and the overall design and capabilities of the equipment.
In general, if your material exceeds the thickness capacity of a standard flatbed die cutter, alternative cutting methods specifically engineered for thicker materials may need to be considered.
We work with every industry
Fuming die cutting is versatile, with experience fabricating custom parts from thousands of different engineering-grade materials. We work within the tightest tolerances while maintaining quality and speed, always keeping time to market in mind. In general, if your material exceeds the thickness capacity of a standard flatbed die cutter, alternative cutting methods specifically engineered for thicker materials may need to be considered.
Alternatives to Die Cutting
While die cutting is a commonly employed manufacturing process, alternative methods for achieving comparable results are accessible through Fuming. Below are several alternatives to consider:
Laser Cutting
Laser cutting employs a focused laser beam to precisely cut through materials. This method delivers high precision, intricate detailing, and the capability to process a broad spectrum of materials, including plastics, wood, acrylics, fabrics, and metals. Laser cutting is especially well-suited for thin or delicate materials and designs requiring complex geometries.
CNC (Computer Numerical Control) Routing or Milling
CNC routing and milling involve the use of a computer-controlled machine equipped with cutting tools to carve, shape, and cut materials. This method is suitable for materials such as wood, plastics, foams, and nonferrous metals. CNC routing provides high precision, versatility, and the capability to produce complex 2D and 3D geometries.