Pressure Sensor,Pressure Transducer,Iveco truck temperature sensors SHANGQIU FLAT WORLD MACHINERY CO.,LTD , https://www.sqflatworldmachinery.com
Acrylic Vacuum Forming Machine Technical Parameter
Model
YN-1400X
YN-2700XY
YN-3020XY
YN-3700XYC
Working area (mm)
1320x1320
2620x1320
3100x2100
3620x2100
Total power (kw)
8
16
24
32
Suction holes
1
3
3
3
Heating area
1
2
2
2
Case coating
Electrostatic spray
Electrostatic spray
Electrostatic spray
Painting
Open Method
Manual open / Pneumatic open
Manual open / Pneumatic open
Manual open / Pneumatic open
Sliding open
Voltage(V)
AC380/50-60HZ or 220v/1p
AC380/50-60HZ
AC380/50-60HZ
AC380/50-60HZ
Overall size (mm)
1500*1500*1250
2750*1500*1250
3190*2200*1250
3820*2200*1250
Weight (kgs)
350
550
1200
1800
Working Process 
FEATURES 
Weifang Yunneng CNC Equipments Co., Ltd. is a leading technology enterprise based in China. We specialize in software development, laser equipment, and precision processing. As an authorized agent, we offer a wide range of optical equipment including metal laser marking machines, laser engraving machines, laser cutting machines, laser welding machines, laser die board machines, CNC routers, and vacuum forming machines. Our products are widely used in industries such as automotive parts, clothing, leather, toys, electronics, models, advertising, stones, decoration, plastics, and glass.
Yunneng adheres to the principle that quality wins the market and service wins customers. Our products comply with European CE certification and are sold in over 30 countries, including Brazil, Mexico, Belgium, Iran, Thailand, Korea, Vietnam, the USA, Germany, Italy, Australia, Pakistan, Egypt, Spain, South Africa, and Lithuania.
Thermoforming is a manufacturing process where a plastic sheet is heated to a pliable temperature, formed into a specific shape using a mold, and then trimmed to produce a finished product. This process is commonly used in various industries, especially for creating disposable containers, packaging, and custom-shaped items.
The most basic form of thermoforming involves small tabletop machines that heat and stretch plastic sheets over a mold using vacuum pressure. This method is often used for prototypes and small-scale production. For larger, high-volume applications, advanced machines are used to automate the process, allowing thousands of parts to be produced per hour.
Thermoforming differs from other plastic manufacturing methods like injection molding or blow molding. Thin-gauge thermoforming is typically used for lightweight, disposable products such as food containers and blister packs, while thick-gauge thermoforming produces more durable items like vehicle parts, refrigerator liners, and industrial components.
In modern production lines, plastic sheets are fed through indexing chains that transport them through an oven. Once heated, they are formed using vacuum and pressure, then trimmed and recycled. Many companies also recycle their waste materials by compressing or grinding them into reusable forms.
China's Latest Acrylic Bathtub/SPA Vacuum Forming Machine
1) Making molds
2) Seal acrylic sheet
3) Heat and soften acrylic
4) Suction, molding, cooling
5) Trimming
1. This machine is equipped with a high-power vacuum pump and a large working area. Custom-made heating elements have a life span of 8-10 thousand hours and can run continuously for 24 hours a day.
2. The working platform is made of steel and has undergone heat treatment to prevent deformation and extend the machine’s lifespan.
3. The temperature control system is precise and thermostatically regulated. The entire lid is covered in heat-reflective material, making the unit energy-efficient and reducing power consumption.
4. The machine is fully automatic. Simply place your mold inside the cabinet, close the lid, and press the button.
5. It automatically heats and softens the acrylic to the desired temperature, then activates the vacuum pump at the correct temperature to create the mold in one process.
Trucks and trailers equipped with sensors and connected to fleet telematics systems provide insights into the mechanical health of fleets. Sensors measure changes in sound, light, temperature, pressure and motion, and those capabilities can be paired with output devices to communicate that data to other systems.