• Injection molding machine LOG-210S8 QS Certification System 1
  • Injection molding machine LOG-210S8 QS Certification System 2
  • Injection molding machine LOG-210S8 QS Certification System 3
  • Injection molding machine LOG-210S8 QS Certification System 4
Injection molding machine LOG-210S8 QS Certification

Injection molding machine LOG-210S8 QS Certification

Ref Price:
$21,517.00 - 30,146.00 / unit get latest price
Loading Port:
Ningbo
Payment Terms:
TT or LC
Min Order Qty:
1 unit
Supply Capability:
100000 unit/month

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Quick Details

Condition:

New

Type:

Tube Head Injection

Style:

Horizontal

Brand Name:

LOG

Model Number:

LOG 210S8

Place of Origin:

Zhejiang, China (Mainland)

Plastic Type:

Thermoplastic

Automatic:

Yes

Injection Weight:

429

Clamping Force:

2100kn

Opening Stroke:

480mm

Power(W):

18.7kw

Certification:

CE

After-sales Service Provided:

Engineers available to service machinery overseas

Packaging & Delivery

Packaging Details:20GP,40GP,40HQ
Delivery Detail:30 Days

 

Product Description

 Product performance and advantages:

1. Servo energy-saving system
Using the servo motor oil electricity composite structure
2. Servo motor high response feature
It costs only 0.05s for servo energy saving injection molding machines to achieve the maximum output, in comparison with conventional hydraulic injection molding machines. The response speed has been obviously increased, improving the production efficiency.
3. Unique function
Large colored screen with TFT interface
Full automatic close-loop control
Module design of hardware
Auto-tune PID temperature control
Pc interface USB, PIC, and FLASH…
Curve monitoring and analysis function
K-can data transmission (500Kbit/s)
On-line central monitoring function

LOG-210S8 Technical parameters

Description

Unit

LOG-210S8

international recognized models

830/210

injection

A

B

C

Tjeoretical injection volume

cm³

381

470

569

Shot volume

g

347

429

520

Oz

12.1

15

18.1

Screw diameter

mm

445

50

55

Injection diameter

mpa

217

176

145

Screw L:D ratio

22:1

20:1

18:1

Scerw steoke

mm

240

Screw rotate speed

r/min

0-200

CLAMPING UNIT

Clamping force

kN

2100

Opening stroke

mm

480

Platen size

mm*mm

745*745

Space between tie bars

mm*mm

510*510

Maldthickness

mm

200-550

Platen Mix stroke

mm

1030

Ejection stroke

mm

150

Ejcetion force

kN

67

Power/Elcetric Heating

Hydralic system pressure

Mpa

17.5

Pump motor

kw

18.7

Heating power

kw

13.1

Number of temp.conteol

4+nozzle

Other

Cycle time

sec

4.5

Tank volume

L

310

Machine dimesions

m*m*m

5.4*1.32*2.1

Weight of machine

kg

6800

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

LOG 210S8 plastic injection mold machine

Injection molding machines can fasten the molds in either a horizontal or vertical position. The majority of machines are horizontally oriented, but vertical machines are used in some niche applications such as insert molding, allowing the machine to take advantage of gravity. Some vertical machines also don't require the mold to be fastened. There are many ways to fasten the tools to the platens, the most common being manual clamps (both halves are bolted to the platens); however hydraulic clamps (chocks are used to hold the tool in place) and magnetic clamps are also used. The magnetic and hydraulic clamps are used where fast tool changes are required.

The person designing the mold chooses whether the mold uses a cold runner system or a hot runner system to carry the plastic from the injection unit to the cavities. A cold runner is a simple channel carved into the mold. The plastic that fills the cold runner cools as the part cools and is then ejected with the part as a sprue. A hot runner system is more complicated, often using cartridge heaters to keep the plastic in the runners hot as the part cools. After the part is ejected, the plastic remaining in a hot runner is injected into the next part.

Q:What's the difference between an electric injection machine and an oil press?
Motor advantages: clean, sanitary, convenient, 5S, motor stability is good, because the use of servo motors, and servo motor itself is to rely on data to control, high accuracy. As long as the material temperature rises, you can produce immediately without waiting. Disadvantages: servo motor itself is not power, general motor fixedly no great tonnage, the largest tonnage motor I contact is NISSEI NEX8000 (460T) has the advantages of hydraulic machine: pressure liquid itself is large, so the hydraulic machine power greatly, can be used in the production of precision and large parts, solid oil press more than 1000T a lot, but no motor. Disadvantages: hydraulic oil leakage, the biggest problem is that health is not easy to do. When starting in winter, there is a requirement for the temperature of the moving oil. Under normal circumstances, the temperature is low and the machine itself moves slowly and unstable. Generally, the temperature of the actuating oil should be controlled below 45 degrees.
Q:What are the service life of domestic injection molding machines and machine tools? How do we calculate depreciation?
I. The depreciation period of injection molding machines and machine toolsArticle sixtieth of the regulations on the implementation of the enterprise income tax law of the People's Republic of China stipulates that, in addition to the provisions of the financial and tax authorities under the State Council, the minimum amount of depreciation for fixed assets shall be as follows:(a) housing and buildings for 20 years;(two) aircraft, trains, ships, machinery, machinery and other production equipment for 10 years;(three) appliances, tools, furniture and so on related to the production and operation activities, for 5 years;(four) aircraft, trains, ships and other means of transport for 4 years;(five) electronic equipment, for 3 years.
Q:Which high-speed machine is stable in domestic injection molding machine?
Bo machine can also, moderate price, stable performance, I used to produce mobile phones accessories
Q:I want to know the injection speed of injection molding machine. What is the specific unit?
For example: 90T injection molding machine, screw diameter 28mm, its maximum speed is 86cm3/s, if the parameter set a speed of 90, then 86cm3/s is multiplied by 90%, this is the actual speed of injection.If you want to know the maximum speed of your injection machine, you have to check the instructions and specifications of the machine.
Q:How to adjust the injection molding machine, how to solve the shrinkage of injection molding products?
Shrinkage (Sink, marks, or shrinkage) is one of the defects in injection molding.ApparentThere is a dent in the accumulation area of the surface material of the plastic parts. The shrinkage occurs mainly in the thick part of the plastic wall or in the change of the wall thickness.Physical reasonsWhen the product is cooled, shrinkage (decrease in volume, shrinkage) occurs at the time where the outer wall of the die is frozen first, and the inner center of the work product forms an internal stress. If the stress is too high, it will cause plastic deformation of the outer plastic. In other words, the outer layer will sag inwards. If the shrinkage occurs and the deformation of the outer wall is not stable (as it has not cooled), the pressure shall not be added to the melt and the mold will settle between the die wall and the solidified outer layer of the product.These settlements are usually seen as shrinkage. If the product has a thick cross section, this shrinkage may also occur after demoulding. This is because there is still heat inside, and it passes through the outer layer and heats up the outer layer. The tensile stress produced in the product causes the thermal outer layer to settle inward, forming shrinkage during this process.
Q:Injection molding machine brand
NISSEI Nissei, the Japanese steel JSW, FANUC FANUC, Ube, Toyo Toyo, Toshiba Toshiba, Sichuan KAWAGUCHI, Sichuan, MITSUBISHI Mitsubishi, Sumitomo Sumitomo, Niigata Niigata, Sadegh (Sodick), Wu ling.
Q:Why is the power of the motor different?1. the same 90T why some motor power 8.5KW, some 11KW, and some 15KW?.2. why are there so many power points? Is it possible to produce the same product with 8.5KW? Is it okay to use 11KW?3. what's the difference between 8.5KW and 11KW? Isn't the power of the bottom more power saving? Or is the power clamping force less than 900KN?4. if the 8.5KW clamping force also has 900KN, then the 11KW clamping force is also 900KN, is that the way it is understood? So 11KW isn't a waste of electricity?Give high marks to adopters!!!
Type two: servo energy saving, energy consumption is not very different, 8.5 of the speed will be slower.Summary: 11KW machine performance is generally better, the speed of each action, for fast cycle, thin wall products.
Q:Please expert advice...... Thank youLarge barrel nozzle lock does not leak out of glue...... Lead to product dissatisfaction......
This problem, first check the screw barrel, screw ring will stop should be broken, can be replaced.
Q:Quanlifa injection molding machine can replace the barrel and screw size
As long as the manufacturer can do, Zhoushan Xin Ren mechanical screw barrel manufacturing experts welcome!
Q:Notice of injection moulding machine
Injection molding machine temperature rise is too high, five major hazards: the machine produces thermal deformation, oil viscosity decreases, rubber seals deformation, accelerate oil oxidation deterioration, but also make the air component pressure reduction.One of the hazards: causes the machine to produce thermal deformationIn the hydraulic component, the moving parts with different thermal expansion coefficients are jammed because of the small clearance between them, which results in malfunction and influences the drive accuracy of the hydraulic system, resulting in the poor quality of the parts.Hazard two: reduce the viscosity of the oilThe high temperature rise of the injection molding machine will lead to lower viscosity of the oil and leakage increase. The volume efficiency of the pump and the efficiency of the whole system will be significantly reduced. As the viscosity of the oil decreases, the oil film of the moving parts, such as the slide valve, is thinned and cut, and the frictional resistance increases, leading to increased wear.Hazard three: deform rubber sealsThe temperature rise of the injection molding machine is too high, it will deform the rubber seal, accelerate the aging failure, reduce the sealing performance and service life, and cause leakage.Four of the hazards: to accelerate the oxidation of oilThe temperature rise of the injection molding machine is too high, it will accelerate the oxidation of the oil, precipitate the asphalt material, and reduce the service life of the hydraulic oil. The precipitate blocks the damping orifice and the slit valve opening, causing the pressure valve to stop and cannot move, and the metal pipe lengthens and bends, and even breaks.

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