HOW IS A SAMPLE SET OF SHOE SOLES CREATED?

suole per calzature
suole per calzature

HOW IS A SAMPLE SET OF SHOE SOLES CREATED?

Stylistic research and product innovation are key elements in determining the success of a footwear collection. This is why we offer our clients a dedicated service for creating prototypes and fashion samples. Let’s explore together how a sample set of shoe soles is created.

What is a sample set?

A sample set is the prototype of an item not yet on the market, designed to showcase a new fashion collection or a redesigned product. It is used to evaluate the fit, material quality and manufacturing processes, allowing for adjustments before production begins. Creating a sample set is a crucial step in the fashion industry, representing the first model of a new product.

Just like a dress, a shoe starts with a designer’s idea, which is transformed into a sketch. This sketch goes through various stages involving multiple companies to become a finished product. We are part of this process, focusing on the shoe’s base: the sole.

Phase 1: Project consultation and mold design

Following an initial technical and economic consultation on the project, our technical department designs the mold, which is the negative shell of the sole, based on the sketch provided by the fashion company’s style office. The sketch can be a simple drawing or a vector file and can represent a completely new model or modifications to existing ones. Like the upper part of the shoe, the sole requires a detailed study of design, volumes, colors, materials and the type of support it will provide to the foot, considering factors such as lightness and durability. Once the sole template is determined, we proceed to prototyping, creating the model in rigid or soft material.

Phase 2: Prototiping

Prototyping is the simulation of the final sole, allowing the fashion company’s style office to see their ideas realized and evaluate their feasibility. Sometimes, a prototype may be discarded because it does not meet the designer’s expectations or involves overly complex and expensive processes. Prototypes also help identify any technical challenges during production. Each prototype is archived with a “prototype sheet” containing details such as season, year, model, drawing, type of processing and material consumption.

Phase 3: Construction of the mould pilot

Next, we create a pilot mold with a male and/or female numbering, depending on the model. The pilot mold usually corresponds to the middle size of the range: 37/38 for women, 42/43 for men, 31/32 for children.

Phase 4: Color references and sample sole

The style office and the client’s product office send us the color references they want to test before the shoe goes to market. Our sample manager develops the masterbatch and produces the first samples, perfecting all necessary processes such as molding, painting, foaming or assembling components. The sample sole is then sent to the client for approval. If approved, mass production begins and the signed sample sole is archived in our sample archive.

The unpredictable market trends and the relentless pursuit of innovation mean that client requests are increasingly unique. The search for new sustainable materials, trending colors and components make each client a world of their own, creating the distinctive character of the fashion company behind all our work.

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    Bioplastics and the footwear sector: something is moving

    Bioplastics and the footwear sector: something is moving

    Like the entire fashion system, the footwear sector is also increasingly oriented towards eco-compatible production capable of reducing the impact on the environment and taking up the challenge of sustainability. Let’s find out together what the new biopolymers for the footwear sector are.

    Many luxury and fast fashion brands are converting their production to a more ecological approach to limit their environmental impact and meet the growing demand from consumer groups to choose eco-friendly products. The footwear industry is also trying to intercept and measure itself against these trends to transform them into new processes and business models in which to incorporate a more sustainable activity.

    In the footwear sector, the use of biopolymers to replace traditional plastics for the production of soles, midsoles, heels, buckles and uppers is constantly increasing. In recent times, innovative cross-linkable and expandable polymers have been developed that can also be used in the production of footwear, allowing the creation of lightweight objects with excellent physical-mechanical characteristics. The new materials on the market ensure high performance and can be used in the same conditions as products of fossil origin, without having to change or modify the processing plants and maintaining the possibility of adding masterbatches of various types (colorants, blowing agents, antistatic agents, etc.). In this field, Italian chemical companies are the leaders of this industrial experimentation.

    Let’s see together what are the new biopolymers recently released on the market.

    In bioplastic Apilon 52 Bio, produced by the company Api, the content of renewable raw materials reaches 70%, promising to maintain the same characteristics and quality standards of traditional TPU derived from synthetic sources. Derived from sugar cane, exposed to air or immersed in water this material maintains the same durability, resistance to abrasion and traction and the same softness of the plastic normally used for the production of soles. The biodegradability process begins in composting conditions: in the pulper, underground, in landfills of undifferentiated waste, conditions thanks to which it begins to degrade and transforms into carbon dioxide, water (or methane), mineral salts and biomass, by microorganisms such as bacteria, fungi and algae. With the Apinat bio for Puma project, the soles of the Puma In Cycle “Basket” sneaker were created.

    The line Laripur RS from Coim includes a range of thermoplastic polyurethanes that contain a high percentage of raw materials from renewable sources of plant origin, and that allow to cover all the traditional applications of TPU – from footwear to sports and technical articles.

    The Ecopower by Tecnofilm is a patented material made with vegetable oils, designed for the footwear sector and for the production of technical articles, which offers prestions comparable to those of traditional thermoplastic elastomers.

    If you are interested in the production of eco-sustainable shoe soles, contact us for more information or a free consultation.

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