Secondary procurement of block cutter upgrade project for client in Kazakhstan
Project Name
Upgrading of Block Cutting Machine for Client in Kazakhstan for Secondary Procurement
Project Time
December 2025
Project Background
The original block production line equipment (purchased from a domestic manufacturer in Henan Province) of the client in Kazakhstan had problems such as low cutting efficiency, poor precision and high scrap rate, which had seriously affected the normal production and operation. Recognizing that equipment selection should not only focus on price, but also on quality and long-term maintenance costs, the customer decided to purchase advanced cutting equipment to promote the production line to the intelligent and efficient direction of upgrading.
Customer Needs
The customer's core needs include:
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Solve the problems of low cutting output, large dimensional error, and large amount of scrap of the old equipment.
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Introduce high-precision, highly durable, energy-saving automated cutting equipment
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Enhance overall production efficiency and reduce production time and overall costs.
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Support intelligent upgrading of production line to realize stable and continuous operation.
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Obtain reliable technical support and after-sales service
Project Overview
This project is the second procurement of our automated block cutting machine by the client in Kazakhstan, focusing on replacing the original cutting equipment with frequent failures and insufficient performance. The new generation of cutting machine has significant advantages in cutting accuracy, equipment durability and energy saving performance, supporting the customer to realize the transformation of the old line and efficiency improvement.
Project Highlights
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High-precision cutting: small cutting size error, significantly improving product qualification rate and consistency.
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High efficiency and durability: strong equipment stability and low failure rate, effectively increasing the average daily production capacity.
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Energy saving and consumption reduction: optimize the energy consumption structure and reduce the production cost per unit of product.
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Intelligent upgrading: support automated operation, reduce manual intervention, and enhance the intelligent level of production line.
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Comprehensive cost optimization: taking into account the procurement cost and long-term operation and maintenance investment, to achieve a higher cost-effective.
Cooperation process
Our company promotes this cooperation in stages:
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Demand diagnosis and program communication: recommend the new generation of cutting machine program for the customer's old equipment problems.
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Equipment customization and production: according to the characteristics of the customer's production line, customize the automated cutting machine and complete the factory test.
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Delivery and Installation Guidance: Arrange international transportation of equipment and provide remote or on-site installation and commissioning support.
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Training and after-sales support: provide technical training for customer operators and establish a continuous after-sales service mechanism.
Project results
The project is expected to realize the following results:
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Completely solve the problems of poor cutting precision and low output of the original equipment.
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Significant increase in production efficiency, average daily production capacity to meet operational requirements
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Significantly reduce the rate of waste material and increase the utilization rate of raw material.
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The production line is upgraded with automation and intelligence, and labor dependence is reduced.
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Provide solid equipment support for the customer's market competition in Central Asia.


