Laundry Drying Rack Line

About Plusweldtech PWT_KT_120 CNC Automatic Laundry Drying Rack Production Line

• Fully Automatic Production System: Plusweldtech PWT_KT_120 is an industrial production line developed for the production of laundry drying racks, supported by CNC control and automation.

• Touchless Production Technology: Thanks to automatic loading, welding, and unloading systems, it minimizes the need for manual intervention during production processes.

• CNC Controlled Operation: Supports controlled and repeatable execution of welding and production processes through a programmable CNC system.

• 120 kVA Dual Transformer Welding System: Allows simultaneous welding operations with two separate transformers of 60 kVA power.

• PLC Communicated Welding Control: Thanks to the specially developed welding card, welding steps and piston parameters can be managed independently.

• Precise and Fast Production: Controlled welding technology helps maintain precision during production processes and reduces processing times.

• Special Wire Feeding Technology: Supports the regular advancement of material and the preservation of production quality through an improved wire feeding system.

• Multi-Model Production: Offers short setup times that allow different laundry drying rack models to be produced on the same machine.

• Industrial Automation Structure: Provides the opportunity to work in accordance with mass production processes thanks to an automation system equipped with equipment specified to European standards.

Technical Specifications of Plusweldtech PWT_KT_120 CNC Automatic Laundry Drying Rack Production Line

• Brand: Plusweldtech

• Model: PWT_KT_120

• Machine Type: CNC Automatic Laundry Drying Rack Production Line

• Control System: CNC Controlled

• Automation Level: Fully Automatic

• Number of Transformers: 2 Units

• Transformer Power: 60 kVA x 2

• Total Nominal Transformer Power: 120 kVA

• Welding System: Simultaneous Welding

• Welding Control Card: PLC Communicated Specially Developed Welding Card

• Welding Parameter Management: Welding Steps and Piston Parameters Can Be Managed Separately

• Wire Feeding System: Specially Developed Automatic Wire Feeding

• Material Loading: Automatic

• Welding Process: Automatic

• Product Unloading: Automatic

• Product Change: Short Setup Time

• Production System: Touchless Automatic Production

• Equipment Structure: Equipment in European Standards (Manufacturer Declaration)

General Features of Plusweldtech PWT_KT_120

• CNC Controlled Production: Allows production processes to be carried out in a programmable and controlled manner.

• Automatic Loading System: Ensures that materials to be used in production are automatically taken into the system.

• Automatic Welding System: Supports the execution of welding processes according to specified production parameters.

• Automatic Unloading System: Ensures that products whose welding process is completed are automatically removed from the production line.

• Dual Transformer Welding Technology: Supports simultaneous welding applications with two 60 kVA transformers.

• PLC Communicated Control: Allows separate management of welding steps and piston parameters through a specially developed welding card.

• Precise Welding Application: Supports obtaining repeatable welding results through controlled welding processes.

• Special Wire Feeding Mechanism: Helps in the regular transfer of metal wires to the production line.

• Fast Model Change: Supports reducing preparation and adjustment times during the transition to the production of different products.

• Automated Machine Structure: Has an automatic working system suitable for industrial production requirements.

Advantages of Plusweldtech PWT_KT_120

• High Production Efficiency: The fully automatic working system helps accelerate production processes and reduce manual operations.

• Simultaneous Welding Capability: Supports the execution of welding processes simultaneously thanks to the dual transformer system.

• Low Operator Intervention: Reduces the need for human intervention in the production process with automatic loading, welding, and unloading features.

• Precise Parameter Control: Welding steps and piston parameters can be managed independently thanks to the PLC communicated welding card.

• Repeatable Welding Quality: The programmable welding system contributes to the consistent execution of welding processes in mass production.

• Regular Wire Feeding: Helps ensure controlled material transfer through a specially developed wire feeding mechanism.

• Short Setup Time: Reduces preparation and adjustment times during transitions to different laundry drying rack models.

• Flexible Production Capacity: Allows the production of different product models on the same production line.

• Labor Efficiency: Contributes to reducing the need for repetitive manual operations thanks to the automated structure.

Applications of Plusweldtech PWT_KT_120

• Production of Laundry Drying Racks: Used in the automatic production of laundry drying racks made of metal wire and suitable connection elements.

• Household Goods Production Facilities: Can be used in the laundry drying rack production processes of businesses manufacturing metal household goods.

• Metal Wire Processing Industry: Preferred in production applications aimed at combining metal wires with automatic feeding and welding processes.

• Mass Production Lines: Can be used in high-volume production processes where repetitive welding operations are carried out.

• Metal Household Goods Manufacturing: Can be utilized in the production of welded wire products such as laundry drying racks.

• Industrial Welding Automation: Can be used in production facilities that require CNC and PLC controlled automatic welding systems.

• Multi-Model Production Facilities: Supports the preparation of different laundry drying rack models on the same production line.

Shipping and Delivery of Plusweldtech PWT_KT_120

• Delivery Planning: The delivery process of Plusweldtech PWT_KT_120 CNC Automatic Laundry Drying Rack Production Line is planned according to the order scope and delivery address.

• Shipping Conditions: The appropriate shipping method should be determined based on the machine's dimensions, weight, and transportation requirements.

• Production and Preparation Time: Technical configurations and production requirements based on the order may affect the delivery time.

• Installation and Commissioning: The scope of services such as installation, commissioning, and operator training should be clarified by discussing with the vendor company.

• Detailed Information: It is recommended to contact the vendor company for information about delivery time, shipping costs, installation conditions, and technical support services.