Fulfillment Packaging Algorithm

Status:

Completed with Full Integration

Timeline:

2 mo.

Service:

Software Development

Integrations:

Asteril, Google Sheets

Project Objective

Create a mathematical model that analyzes order parameters, finds the optimal ratio between product and box sizes, and provides a clear 3D visualization of the packing process to improve quality control.

Project Goal

Develop and implement an algorithm that automatically selects the most efficient packaging for each order, minimizing time and reducing the risk of human error.

Software Development

Mathematical Selection Algorithm

3D Visualization Module

Data Exchange

Monitoring System

Features

Solving Mathematical Problems

Using mathematical models for the efficient selection of packaging materials.

Integration with logistics processes

Інтеграції з існуючими логістичними процесами та зв'язок з системою CRM.

Flexible parameter adjustment

The ability to quickly adjust packaging parameters for different types of products.

Selecting the smallest box

This helps reduce the time spent on the packaging process.

Optimization of packaging material usage

The algorithm not only selects the smallest box for the order but also optimizes the use of packaging materials

Equipment

Every project is powered by the latest in technological innovation

Results

Automation of the packaging process that reduces order processing time, along with the implementation of a 3D visualization system enabling real-time quality control of packaging.

Optimized work time through SAYLESS automation

February 2025 - April 2025

Результат ДО

Результат ПІСЛЯ

Gallery

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What Our Clients Say

"The SAYLESS team delivered outstanding results at a reasonable price. The project was completed quickly, with excellent quality and most importantly they fully met my core request. I highly recommend them to anyone who values their time, money and wants to invest in lasting, effective solutions."

Volodymyr T.

Owner of "Online Market"