Product feature
(1) Using automatic constant temperature control module, precise control of heating temperature, high efficiency and energy saving
(2) Servo control, smooth and stable operation
(3) Microcomputer programmable controller (PLC) control, man-machine interface operation is convenient; It can be seamlessly connected with the automatic loading and unloading of the blister machine
(4) The use of the most advanced vacuum molding technology to ensure consistent and accurate molding of materials, resulting in a high-quality final product.
Parameters(for reference)
| RB-A8-20/24/28 Luggage vacuum forming machine |
| Model |
RB-A8-20 |
RB-A8-24 |
RB-A8-28 |
| Sheet Material and Thickness |
ABS,PC etc;1-4mm |
| Input power |
380v±10%,50HZ |
| Vacuum capacity (M³) |
0.2M³ |
0.3M³ |
0.35M³ |
| Vacuum pressure (MPA) |
-0.07 ~ -0.09MPA |
| Air pressure (MPA) |
0.65-0.75MPA |
| Air consumption (L / MIN) |
550L/MIN |
650L/MIN |
800L/MIN |
| Total machine power (KW) |
39.5KW |
49KW |
55KW |
| Working power (KW) |
35KW |
44KW |
50KW |
| Power copper wire model |
16mm2 |
16mm2 |
25mm2 |
| ABSABS case max. output (pcs / H) |
110 |
105 |
90 |
| PCPC case max. output (pcs / H) |
85 |
80 |
70 |
| Machine Type |
20inch |
24inch |
28inch |
| Maximum mold size (L*W*H ) |
600*420*200MM |
690*510*200MM |
780*600*200MM |
| Maximum sheet size (L*W*H ) |
730*550MM |
830*650MM |
930*750MM |
| Maximum frame size (L*W) |
680*500MM |
780*600MM |
880*700MM |
| Machine weight (T) |
2.0T |
2.0T |
2.1T |
| Overall dimensions(L*W*H ) |
3000*1700*2450MM |
3300*1700*2450MM |
3600*1850*2500MM |
|
Cooperation customers:
Company profile:
Company show:
packing&delivery:
1.Plastic film packaging and put in plywood wooden cases or according to customer's requirements.
2.Shipping : Container transport.
FAQ:
Q1: What materials are usually used for vacuum forming bags?
A1: Commonly used materials are ABS(acrylonitrile-butadiene-styrene), polycarbonate and polypropylene. These materials were chosen for their durability, impact resistance and light weight.
Q2: How to ensure the quality of vacuum molding suitcases?
A2: Quality control measures include the use of high quality materials, accurate mold design and manufacturing, maintaining consistent heating and vacuum Settings, and thorough inspection of finished products for defects.
Q3: What are the advantages of vacuum molding?
A3: Advantages include lower manufacturing costs for small and medium-sized production runs, faster prototyping, the ability to create complex shapes with fine details, and less material waste compared to other molding methods.
Q4: Are there any restrictions on using vacuum-formed luggage?
A4: Compared to other manufacturing methods such as injection molding, the structural strength of this method may be lower, the thickness of the material may change, and the initial cost and time required to manufacture the mold.
Q5: Can vacuum formed luggage be customized?
A5: Yes, vacuum molding allows for a high degree of customization, including changes in shape, texture, color, and the combination of trademark or other brand elements. Changes to the mold can be easily adapted to design changes.
Q6: What are the post-processing steps for vacuum forming bags?
A6: After vacuum molding, the plastic shell may need to be trimmed to remove excess material, drilled or cut for features such as handles and zippers, and assembled with other components such as wheels, handles, and linings to complete the suitcase.
Q7: What is the relationship between vacuum forming and luggage manufacturing?
A7: Vacuum molding is a manufacturing process used to shape plastic sheets into custom designs, such as the outer shell of a suitcase. The plastic sheet is heated until flexible, then it is covered over the mold and vacuum-sealed to form the shape of the mold.
Q8: How does vacuum molding compare to injection molding in luggage manufacturing?
A8: For smaller production runs, vacuum molding is generally more cost effective and provides faster turnaround times for prototyping and custom designs. Although injection molding has a higher initial cost due to mold costs, it is conducive to mass production due to its efficiency and precision.
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