CUTVOICE AI: Voice Control System and Technical Manual

1. System Access and Activation

During the data entry process, there is no need for the operator to approach the computer equipment or monitor the display.

System startup: The "AI Voice" (Voice Control) button located at the bottom of the interface is pressed once.
Initial commands: The voice command "Salam, hazırsan, başlayaq?" (Hello, are you ready, shall we begin?) is issued to the system. The dynamic voice waves indicator on the screen visually confirms that the artificial intelligence module is fully operational and has begun accepting commands.

2. Voice Control and Audit of the List

Following the voice entry of dimensions, the operator does not need to use mechanical control devices (mouse/keyboard) to verify the list. The system supports a two-way, interactive communication mode:

Reading the list: The voice command "Cari siyahını oxu" (Read the current list) or "Siyahını oxu" (Read the list) is given to the program.
Artificial intelligence response: The system vocalizes all entered dimensions and quantity indicators (For example: 1. 600x800 - 5 pieces, 2. 700x800 - 3 pieces, etc.) sequentially and item by item. The operator can listen to the audio report of the entered data without interrupting the production process.

3. Real-Time Voice Processing and Indicators

The system analyzes the operator's speech in real time and projects the processing phase onto the screen via specialized interactive waves. The "Səslə idarəetmə hazırdır" (Voice control is ready) notification appearing on the interface symbolizes that the system is fully prepared to accept the next technical command.

4. Voice Parameterization and Technical Terminology Support

In addition to digital data, the software fully recognizes professional terminology related to the furniture industry. Technical specifications such as grain direction, veneer structure, or edge-banding dimensions (For example: 0.4×22, 1×22) are activated within seconds through specific voice commands and are automatically assigned to the respective parts.

CutVoice AI — Unified Inventory Management Dashboard

In the process of furniture manufacturing, maintaining precise accounting of materials holds as much strategic importance as cutting optimization. Thanks to the updated Inventory Dashboard module of the CutVoice AI ecosystem, centralized management of all raw material types, edge-banding materials (PVC), and offcut pieces is provided from a single space.

Core Sections and Functional Advantages of the System

1. Boards Section (Raw Material Inventory Accounting)

The geometric dimensions, stock quantities, and supply volumes based on current orders for all primary raw material types (MDF, Laminate, Panel, Plywood, etc.) available in the warehouse are displayed in real time via visual data cards.

Efficient Search System: Identification of the required raw material type is possible within seconds through the "Search material..." module.
New Material Module: Raw materials with new dimensions, characteristics, and types are integrated into the system's database with minimal operations.

2. PVC Section (Edge-Banding Management)

All technical parameters of edge-banding materials (PVC) to be applied to the edges of furniture parts are structured in this section.

Technical Parameterization: The color of the material, thickness/width indicators (For example: 0.4×22, 1×22), length dimension (in meters), and the required offset (allowance) distance during the cutting process are adjusted with precision.
Accounting and Deletion: The total meterage of edge-bands available in the warehouse is monitored, and lines that are unusable or depleted are excluded from the system.

3. Offcuts Section (Resource Maximization)

This is a functional tool designed to return offcut materials generated after the cutting (raskroy) operation in the production area back into manufacturing and to optimize the prime cost.

Registration of Offcut Materials: Accurate length, width, and quantity indicators of the leftover raw material from the cutting process are integrated into the system.
Automatic Filtering and Integration: During the compilation of the next cutting program, the system automatically stimulates the primary utilization of offcut materials currently in the database. This algorithm reduces raw material waste to the minimum level.

CutVoice AI — System Interface and Functional Dashboards

1. EDIT Dashboard — Fast Part Entry and Optimal Edge-Banding Module

This module is designed for establishing the structural foundation of projects. The interface is optimized to ensure that the operator achieves maximum productivity with minimal operations.

High-Speed Dimension Entry: The length and width dimensions of the parts, as well as the required quantity indicators, are entered into the digital database within seconds.
Integrated Edge-Banding Module: The technical parameters (For example: 0.4×22 mm, 1×22 mm, etc.) for banding the respective edges of a part are determined visually. The system graphically simulates the long and short sides of the part, reducing the probability of operator error to a minimum.
Dynamic Current List: The real-time generated list on the right panel visualizes all entered parts in a grouped and legible structure.

2. SUMMARY Dashboard — Resource Efficiency and Documented Accountability

This is the engineering and accountability section that documents the economic and technical viability of the project before commencing the cutting operation.

Mathematical Optimization Indicators: The efficient material utilization percentage, total board area, net cut part area, and offcut/waste ratios are presented instantly via the analytical dashboard.
Detailed Consumption Analysis: The total cutting line meterage, saw blade kerf compensation (5 mm), precise band consumption, and specialized mechanical operations (Veneer/CNC) are calculated down to the finest detail.
Print-Ready Document and Work Order: A fully professional document format is generated, equipped with customer information, operator notes, project number, and official signature requirements, suitable both for presentation to the client and transfer to the production area.

3. DIAGRAM Dashboard — Artificial Intelligence-Backed Optimal Cutting Map

This is the mapping module that ensures maximum economy in material area utilization and serves as a visual technical guide for the production operator.

Advanced Layout Algorithm: It positions all entered parts according to standard board dimensions (For example: 2440×1830 mm) based on the principle of minimal waste and generates the cutting map.
Production Support Interface: To optimize the workflow of the saw operator, the specific board from which the parts will be obtained and the cutting sequence are marked with distinct graphic indicators (Ergonomics index: 88%).
Isolation and Accounting of Useful Offcuts: After the cutting process is completed, the net-sized offcut areas that can be utilized in future projects are separated with special graphic hatching and registered for return to the inventory database.

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Technical Support: info@cutvoiceai.com