Household Dish Washer Tub Manufacturing Machinery

• Customization: Available
• Production Scores: Multiple Varieties
• Production Continuity: Continuous
• Model NO.: DW-21
• Condition: New
• Automation: Automation, Semi-Automatic
• After-sales Service: Engineers Available to Service Machinery Overseas
• Transmission Type: Flexible
• Automatic Production Line: Assembly
• Certification: ISO
• Flexible Production: Intelligent Manufacturing
• Rhythm: Flow Production Line
• Production Scope: Parts Production Line
• Warranty: 12 Months
• Transport Package: Wooden Cases, Vacuum Packing, Anti-Rust Oil
• Trademark: IDO
• Origin: China

Product Description

Dishwasher Tub Assembly Line by Wuxi IDO Technology
 

Line Layout

Machine list of the whole line

 

No.	Machine Name	Q'ty
ST1.1	Clinch of bracket spray arm on side-back-side flat	1 set
ST1.2	Clinch of bracket spray arm on upper cover	1 set
ST2.1	Side-back-side flat isolation oven line (with cooling tower)	1 set
ST2.2	Bottom and upper cover isolation oven line (with cooling tower)	1 set
ST3	U-bending of side-back-side flat	1 set
ST4	Hot melt dispensing on upper cover and bottom	1 set
ST5	Mechanical roll seaming: bottom/upper part with side-back-side	1 set
ST6	Flanging	2 set
ST7.1	Decoiling (sealing support)	1 set

ST7.2	Forming (sealing support)	1 set
ST7.3	Cutting (sealing support)	1 set
ST7.4	Bending (sealing support)	1 set
ST7.5	Notch cutting (sealing support)	1 set
ST7.6	Clinching sealing support with Tub	1 set
ST8.1	Clinching hinge plate with sealing support	1 set
ST8.2	Loading of frame reinforcement	1 set
ST8.3	Clinching frame reinforcement with Tub	1 set
ST8.4	Corner clinching	1 set
ST9	Roll transporter	1 set

Machine Details

ST1: Clinching

1. Clinching operation is driven by servo electric cylinder.
 

2. Choose TOX clinching tools.
 

3. 4mm cliching tools are recommended. The specific model shall be determined according to material test report provided by TOX.
 

4. Clinching matrix shall be applied with oil.
 

5. Guide rails and sliders are all designed with auto lubrication system.

ST3: U-bending of side-back-side flat
 

1.Use the conveyor belt to send the side-back-side flat into the bending equipment.
 

2.The bending mechanism is driven by the electric cylinder to move downward to complete the bending.
 

3.Use the robot to grip the product and enter the next pre-assemble station.
 

4.In order to be compatible with 710mm and 630mm models, the corresponding parts of the intermediate positioning mechanism needs to be manually replaced.

ST4: Hot melt dispensing & pre-assembling

1.Use transfer to load the Top & Bottom to the loading position;

2.The conveyor line moves horizontally to the right for hot melt dispensing work;

3.Use professional one-component hot melt supply system to realize curve dispensing by robot.

4.Finally, the qualified products will be at the unloading/pre-assembling position, to be taken by a robot.

ST5: Roll seaming

1.Use full servo to drive the rolls.
 

2.The internal support die is designed according to the actual product.
 

3.Configure the robot hand to realize automatic loading and unloading.
 

4.Stand-alone machine cycle time ≤ 15s.
 

5.In order to be compatible with 710mm and 630mm models, the corresponding parts of the intermediate positioning mechanism needs to be manually replaced.

1.Casted machine frame, which can ensure the overall stability of the equipment and no deformation after long-term use.

 

2.The Top and Bottom are positioned inside the machine, so there is no need to adjust the pre-assembly tooling.

 

3.A positioning mechanism for Wrapper is designed to ensure the stability during the seaming process, and ensure that the seaming joint of Top & Wrapper and Bottom & Wrapper are aligned, and the left and right misalignment does not exceed 1mm.

 

4.Use the track mold to control the action of rolls, with stable seaming effect, and the pass rate can be 99.5%.

 

5.Using 10 rolls for seaming, with higher efficiency and shorter cycle time.

 

6.Movable and sliding central block, not easy to get scratches on the product surface during loading and unloading.

 

7.The width of the central block can be adjusted by servo, which contributes to producing variants.

ST6: Flanging
 

1.The hydraulic system drives the middle support module to expand outward.
 

2.The outer positioning mechanism is hydraulically driven to move inward.
 

3.Self-lubricating materials are used for the parts of the guide mechanism.
 

4.Cycle time of flanging machine: ≤10s.
 

5.To produce 710mm and 630mm models, two flanging machines are required.

ST7: Sealing support forming line
 

1.The incoming material of the sealing frame is in a coil state, so a decoiler will be prepared.
 

2.The forming machine completes the forming of the sealed frame shape.
 

3.Because the cutting machine needs to be compatible with 710mm and 630mm models, the bottom needs to be driven by a servo motor.
 

4.For the bending action, because of the difference between the two models, the positioning mechanism also needs to be adjusted by a servo motor.
 

5.The cutting mechanism needs to be driven pneumatically.

 

ST7: Sealing support clinching
 

1.Clinching operation is driven by servo electric cylinder to realize common production of 710mm and 630mm models.
 

2.Choose TOX clinching tools.
 

3.5mm cliching tools are recommended. The specific model shall be determined according to material test report provided by TOX.
 

4.Clinching matrix shall be applied with oil.
 

5.Guide rails and sliders are all designed with auto lubrication system.

 

ST8: Frame reinforcement clinching

ST8.1: Clinching hinge plate (left/right) with tub is achieved through 2 electric servo cylinders with 6mm TOX clinching tools.

ST8.2: Manually put 3 parts into the conveyor line in the specified direction, to be grabbed by robot into clinching machine.

ST8.3: One Tub is grabbed by robot and put in the clinching position, 3 reinforcements are grabbed by robot and put in the clinching machine, to finish the clinching of frame reinforcements with Tub.

ST8.4: Corner clinching of frame reinforcements, with loading and unloading by robots.
 

ST8: Frame reinforcement clinching
 

1.Clinching operation is driven by servo motor to realize common production of 710mm and 630mm models.
 

2.Choose TOX clinching tools.
 

3.6mm cliching tools are recommended. The specific model shall be determined according to material test report provided by TOX.
 

4.Clinching matrix shall be applied with oil.
 

5.Guide rails and sliders are all designed with auto lubrication system.

 

 

Commercial Components

No.	Name	Brand
1	Servo motor	Mitsubishi or Siemens
2	Gear motor	SEW or Siemens
3	3-phase asynchronous motor	Siemens
4	Touch screen	Mitsubishi or Siemens
5	PLC	Mitsubishi or Siemens
6	Pneumatic component	SMC or FESTO
7	Hydraulic component	REXROTH
8	Adhesive dispensing component	Graco or Nordson
9	Inductive switch	Omron or SICK or Keyence
10	Guide rail and sliders	HIWIN or THK
11	Bearings	NSK
12	Optical grating	SICK
13	Robot	ABB or KUKA