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Belt Type Chip Conveyor Manufacturers in Saudi Arabia- Drasla Technology
Drasla Technologies Pvt. Ltd. is leading Belt Type Chip Conveyor Manufacturers in Saudi Arabia, Suppliers and Exporters in Saudi Arabia, delivering reliable chip handling and material management solutions for CNC machines, machining centres, and industrial production systems. Our Belt Type Chip Conveyors are engineered to efficiently collect, transport, and discharge machining chips from machine tools while supporting cleaner work areas, improved production efficiency, and reduced manual handling.
We understand that modern machining industries generate different types of chips during drilling, grinding, and other metalworking operations. As Belt Type Chip Conveyor Manufacturer, Efficient chip removal is essential to prevent chip accumulation, maintain machine cleanliness, improve operator safety, and ensure continuous production.
As we are Belt Type Chip Conveyor Suppliers in Saudi Arabia, Our Belt Type Chip Conveyor systems are designed to provide dependable and automated chip evacuation while handling metal chips and machining waste generated during industrial operations.
What is a Belt Type Chip Conveyor and Why it is Important?
Belt Type Chip Conveyor is an automated material handling system used to collect and transport machining chips from CNC machines, machining centres, lathes, milling machines, and other metalworking equipment to a designated collection area.
The conveyor uses a continuous belt or hinged belt mechanism to move chips away from the machining zone. Depending on the application, the conveyor can be integrated with the machine tool and positioned at an appropriate discharge height for direct collection into chip bins, drums, trolleys, or other waste-handling systems.
How Does a Belt Type Chip Conveyor Work?
The working principle of a Belt Type Chip Conveyor is based on continuous mechanical transportation of machining chips from the machine tool to an external collection point.
During machining operations, chips generated from cutting, drilling, milling, or turning processes fall into the conveyor's loading area. The conveyor belt receives the chips and continuously moves them along the conveyor path.
A geared motor and drive mechanism operate the belt at a controlled speed. As the belt travels, accumulated chips are transported away from the machine and discharged at the required outlet location.
Depending on the machine configuration and production requirement, the conveyor can be designed with suitable belt construction, conveyor length, discharge height, speed, and chip-carrying capacity.
Which Types of Belt Type Chip Conveyors Are Used in Industries?
As leading Belt Type Chip Conveyor Manufacturers in Saudi Arabia, we provide chip handling solutions designed according to machine configuration, chip characteristics, and production requirements.
- Hinged Steel Belt Type Chip Conveyor - Hinged Steel Belt Type Chip Conveyors use interconnected steel belt segments to carry machining chips from the machine tool to the discharge point. The robust belt construction makes them suitable for demanding machining environments where sharp, heavy, or abrasive metal chips are generated.
- Belt Type Chip Conveyor with Scraper Arrangement - Scraper-based belt conveyor configurations are designed to efficiently move accumulated chips along the conveying surface. The scraper mechanism helps improve chip evacuation and can be selected according to chip size, material characteristics, and coolant conditions.
These systems are suitable for machining applications involving continuous chip generation and regular automated waste removal.
- Compact Belt Type Chip Conveyor - Compact Belt Type Chip Conveyors are designed for installations where available floor space is limited. Their compact construction allows integration with smaller CNC machines and machining centres while maintaining effective chip transportation.
Technical Specification of Belt Type Chip Conveyor
As we are best Belt Type Chip Conveyor in Saudi Arabia, following is details of our product according to range and standards.
| Specification Parameter | Technical Details |
|---|---|
| Brand / Manufacturer | Drasla Technology |
| Product Category | Hinged Steel Belt / Slat Belt Type Chip Conveyor |
| Belt Material | Stainless Steel (SS) / Mild Steel (MS) / EN8 |
| Available Chain Pitch Sizes | 1.25", 1.5", 2.5", 4", 6" |
| Belt Width | Min. 125 mm (Customizable based on machine setup) |
| Conveyor Length / Height | Customizable as per requirement (up to 50 meters) |
| Chip Carrying / Handling Capacity | 10 kg/hr – 300 kg/hr (Load capacity up to 500 kg/ft) |
| Operating Belt Speed | Up to 60 – 120 m/min |
| Belt Surface Finish Options | Plain, Perforated, or Dimpled |
| Supported Chip Types | Long curly, short curly, bushy, wet, dry, or hot metal chips |
| Drive System | Direct Drive / Overhead Drive Shaft |
| Electrical Power & Voltage | 220V / 415V, 3 Phase, 50 Hz |
| Orientation / Inclination | Horizontal / Inclined (45° or 60° angle option) |
Industrial Performance Block – Efficient Chip Evacuation and Continuous Operation
- Operating Environment: Continuous machining operations, metalworking environments, coolant exposure, and variable chip generation conditions
- Material Handling: Ferrous and non-ferrous machining chips, swarf, turnings, and production residues depending on conveyor configuration
- Performance Parameters: Chip conveying capacity, belt speed, discharge efficiency, drive reliability, structural durability, and operational consistency
- Application Conditions: CNC machines, machining centres, turning centres, production lines, and automated machining systems
What Features Make Belt Type Chip Conveyors Efficient?
As one of the trusted Belt Type Chip Conveyor Suppliers in Saudi Arabia, our systems are designed with practical features for reliable industrial chip handling.
- Robust Belt Construction - The conveyor belt is designed to withstand continuous exposure to machining chips and industrial operating conditions. Strong construction supports reliable chip transportation and long-term operation.
- Efficient Automated Chip Removal - The conveyor continuously transfers chips from the machining area to the designated collection point. This reduces dependence on manual chip removal and helps maintain uninterrupted machine operation.
- Reliable Drive System - A suitable geared motor and drive mechanism provide controlled belt movement according to application requirements. Proper drive selection supports smooth operation and consistent chip conveying performance.
- Coolant - Resistant Construction- Belt Type Chip Conveyors used with wet machining processes can be designed to operate in the presence of cutting fluids and coolants. Suitable construction helps improve operational reliability in coolant-intensive applications.
- Machine Integration Capability - The conveyor can be configured according to machine dimensions, chip discharge location, conveyor length, and required discharge height. This allows integration with different CNC and machining equipment configurations.
Where Are Belt Type Chip Conveyors Used?
Being a leading Belt Type Chip Conveyor Exporters in Saudi Arabia, we provide chip handling solutions for a wide range of industrial applications.
- CNC Machine Tools - Belt Type Chip Conveyors are widely used with CNC turning machines, CNC milling machines, machining centres, and other automated machine tools to continuously remove machining chips.
- Automotive Component Manufacturing - Automotive manufacturing facilities generate substantial quantities of metal chips during component machining. Belt Type Chip Conveyors support automated chip evacuation from high-production machining lines.
- Engineering and Metalworking Industries - Engineering workshops use chip conveyors to collect and transport chips generated during drilling, turning, milling, boring, and other metalworking operations.
- Die and Tool Manufacturing - Tool rooms and die manufacturing facilities can use chip conveyors to improve chip management around machining centres and precision machine tools.
- Heavy Engineering and Industrial Manufacturing - Heavy engineering industries use robust chip conveying systems for handling machining waste generated during large-component and continuous-production operations.
Industrial Case Study | Automated Belt Type Chip Conveyor Integration for CNC Machining
- Segment
- Manufacturing Challenge
- Implemented Technology Upgrade
- Implementation Timeline
- Phase 1 – Machine and Chip Assessment: Evaluation of machine configuration, chip characteristics, coolant usage, and available installation space.
- Phase 2 – Conveyor Configuration: Selection of suitable belt construction, conveyor dimensions, drive arrangement, conveying speed, and discharge configuration.
- Phase 3 – Installation and Integration: Mechanical installation and integration with the machine tool and chip collection system.
- Phase 4 – Operational Optimization: Testing of chip transportation, belt movement, discharge efficiency, and continuous operating performance.
- Operating Conditions
- Expected Performance Outcomes
- Improved automated chip evacuation
- Reduced manual chip handling
- Cleaner machine surroundings
- Better chip collection and disposal
- Technological Significance
Automotive Component and Precision Engineering Manufacturing
The machining facility was experiencing frequent accumulation of metal chips around CNC machines, increased manual cleaning requirements, production interruptions, and difficulties in transferring chips to designated collection areas.
Belt Type Chip Conveyor was integrated with the CNC machining equipment to provide continuous and automated chip evacuation, accommodating machine dimensions, chip generation pattern, discharge height, and required collection arrangement.
Continuous CNC machining operations involving variable chip generation, coolant exposure, and repeated production cycles.
By connecting chip evacuation with CNC machine operations, manufacturers can improve housekeeping, reduce manual intervention, and create a more organized and efficient production environment.
Why Choose Drasla Technologies for Belt Type Chip Conveyor?
- Experienced Engineering Team - Solutions developed with practical industrial application knowledge.
- Application - Specific Design – Conveyor configurations can be selected according to machine and chip-handling requirements.
- Industrial Construction - Systems designed for continuous manufacturing environments.
- Machine Compatibility - Suitable for integration with indigenous and imported machine configurations.
- Drasla Technology is well - known Belt Type Chip Conveyor Manufacturers in Saudi Arabia, Suppliers and Exporters in Saudi Arabia. Our Belt Type Chip Conveyors are designed to automate chip evacuation, improve workplace cleanliness, reduce manual handling, and support continuous production. With robust construction and application-oriented engineering, our systems provide a practical solution for efficient machining waste management.From conveyor configuration and machine integration to chip collection and material handling, our solutions are developed to support efficient and dependable industrial operations. Contact us for more Details.
FAQs:
A Belt Type Chip Conveyor is an automated conveying system used to collect and transport machining chips from CNC machines, machining centres, and other metalworking equipment to a designated collection point.
Depending on the conveyor design and belt construction, it can handle different types of machining chips, including metal chips, swarf, turnings, and machining residues generated during industrial operations.
They are commonly used in CNC machining, automotive component manufacturing, engineering, metalworking, tool and die manufacturing, and other industrial machining applications.
Yes. Belt Type Chip Conveyors can be configured according to the dimensions, chip discharge location, available space, and material handling requirements of CNC machines and machining centres.
The major benefits include automated chip removal, reduced manual handling, improved workplace cleanliness, better chip collection, reduced chip accumulation, and improved production efficiency.
Yes. Suitable conveyor configurations can be designed for machining environments where chips are mixed with cutting fluids or coolants, helping transport the solids while supporting efficient coolant management.
It continuously removes machining chips from the machine area, reducing manual cleaning requirements and preventing excessive chip accumulation that can interrupt machining operations.
Drasla Technologies provides application-oriented chip conveyor and material handling solutions backed by experience in designing and manufacturing chip conveyors, coolant filtration systems, and related industrial equipment.
