Used injection moulding machines for sale 137

Subcategories


Clamping force 35 T
Tie bar spacing (H) 320 mm
Shot volume 38 cm³
Screw diameter 22 mm
Tie bar spacing (V) 320 mm
Shot weight 35 g

Clamping force 175 T
Tie bar spacing (H) 560 mm
Shot weight 250 g
Screw diameter 45 mm
Tie bar spacing (V) 560 mm
Pressure on material 1878 bar

Clamping force 500 T
Tie bar spacing (H) 900 mm
Shot volume 1608 cm³
Screw diameter 80 mm
Tie bar spacing (V) 800 mm
Shot weight 1464 g

Clamping force 175 T
Tie bar spacing (H) 560 mm
Shot volume 432 cm³
Screw diameter 50 mm
Tie bar spacing (V) 560 mm
Shot weight 393 g

Clamping force 300 T
Shot volume 570 cm³
Pressure on material 2380 bar
Screw diameter 55 mm
Shot weight 513 g
Platen length 1050 mm

Clamping force 65 T
Tie bar spacing (H) 405 mm
Shot volume 101 cm³
Screw diameter 35 mm
Tie bar spacing (V) 405 mm
Shot weight 92 g

Clamping force 65 T
Tie bar spacing (H) 405 mm
Shot volume 74 cm³
Screw diameter 30 mm
Tie bar spacing (V) 405 mm
Shot weight 68 g

Clamping force 550 T
Tie bar spacing (H) 1040 mm
Shot volume 792 cm³
Screw diameter 60 mm
Tie bar spacing (V) 950 mm
Pressure on material 2420 bar

Clamping force 160 T
Tie bar spacing (H) 585 mm
Shot volume 393 cm³
Screw diameter 50 mm
Tie bar spacing (V) 535 mm
Shot weight 357 g

Clamping force 150 T
Tie bar spacing (H) 500 mm
Shot volume 377 cm³
Screw diameter 50 mm
Tie bar spacing (V) 500 mm
Shot weight 343 g

Clamping force 250 T
Tie bar spacing (H) 630 mm
Shot volume 679 cm³
Screw diameter 60 mm
Tie bar spacing (V) 630 mm
Shot weight 618 g

Clamping force 200 T
Tie bar spacing (H) 560 mm
Shot volume 523 cm³
Screw diameter 55 mm
Tie bar spacing (V) 560 mm
Shot weight 476 g

Clamping force 150 T
Tie bar spacing (H) 500 mm
Shot volume 1638 cm³
Screw diameter 50 mm
Tie bar spacing (V) 450 mm
Shot weight 339 g

Clamping force 350 T
Tie bar spacing (H) 710 mm
Shot volume 679 cm³
Screw diameter 60 mm
Tie bar spacing (V) 710 mm
Shot weight 618 g

Clamping force 80 T
Tie bar spacing (H) 485 mm
Shot volume 154 cm³
Screw diameter 35 mm
Tie bar spacing (V) 435 mm
Shot weight 140 g

Clamping force 650 T
Tie bar spacing (H) 1000 mm
Shot volume 1543 cm³
Screw diameter 80 mm
Tie bar spacing (V) 930 mm
Shot weight 1404 g

Clamping force 125 T
Tie bar spacing (H) 470 mm
Shot volume 305 cm³
Screw diameter 45 mm
Tie bar spacing (V) 470 mm
Pressure on material 2336 bar

Clamping force 200 T
Tie bar spacing (H) 560 mm
Shot volume 523 cm³
Screw diameter 55 mm
Tie bar spacing (V) 560 mm
Robot interface

Clamping force 150 T
Shot volume 217 cm³
Platen length 780 mm
Screw diameter 40 mm
Shot weight 198 g
Platen width 790 mm

Introduction to injection moulding machines

The injection moulding machine also called an injection molding process or injection molder, belongs to the plastic machines category. The machine produces parts by injecting of plastic into a mould. Overall, the molding process is simple. There are 4 steps for the creation of a plastic part :
  1. The plasticization process
  2. The injection process
  3. The cooling process
  4. The ejection process

The raw material (plastic in this case) is softened under high pressure and then injected into the mould. Finally, the plastic is cooled into its final form.The molds installed on the machine usually consist of two shells (fixed part and movable part) which are pressed strongly against each other during molding then separated to allow ejection of the molded part. The injection plastic process can produce almost all kinds of plastic products  (flexible, rigid, polished, textured, colored or not, small, big….). The user has to take into account the variable size of the machine. (from a desk side to a room size).

Injection moulding machine requires  specific knowledge and training to be used. It’s required to have a good understanding of the molding process and of the machine characteristics.

What are the main advantages of using an injection moulding machine?

The injection moulding machine has many strengths such as repeatability, a wide range of plastic selection, low labor cost, low scrap losses and a quite high tolerance. However,  user may also face some problems when using this machine :For example, a temperature or internal pressure that is too high, under or over dosing in raw material and size problems...

With Exapro you can filter searches for your injection moulding machine  according to the following criteria :

  • Power in tons in T
  • Dist. X between tie bars in mm
  • Dist. Y between tie bars in mm
  • Screw diameter in mm
  • Shot volume in cm³
  • Shot weight in g

You can also display your searches by location of the machines, year of the machine and the machine manufacturer.

Area of use :

There is not a specific area of use for the injection machine. Generally, It’s used in plastic product manufacturing. Due to the rather high difficulty of using the machine, it’s more often used by professionals who work directly in plastic production.

Related subcategories :

Robots for plastic Injection

Injection moulding machines (all electric)

Injection moulding machines manufacturers 

Exapro regroups some of the most important manufacturers in injection moulding machines such as Battenfeld moulding machines , Arburg moulding machines and Sandretto moulding machines and Cincinnati milacron machinery.

Due to the high quality and precision of the machine, plastic injection molders can be quite expensive. With Exapro, you can find used injection moulding machine for sale at an affordable price. You can also sell your used machinery with Exapro. Please contact an Exapro agent if you have further questions about our marketplace.

As an example, here is the Krauss Maffei 250 - 1400 C1 injection moulding machines.

Find out now your used injection moulding machine for sale

Introduction to injection moulding machines

The injection moulding machine also called an injection molding process or injection molder, belongs to the plastic machines category. The machine produces parts by injecting of plastic into a mould. Overall, the molding process is simple. There are 4 steps for the creation of a plastic part :
  1. The plasticization process
  2. The injection process
  3. The cooling process
  4. The ejection process

The raw material (plastic in this case) is softened under high pressure and then injected into the mould. Finally, the plastic is cooled into its final form.The molds installed on the machine usually consist of two shells (fixed part and movable part) which are pressed strongly against each other during molding then separated to allow ejection of the molded part. The injection plastic process can produce almost all kinds of plastic products  (flexible, rigid, polished, textured, colored or not, small, big….). The user has to take into account the variable size of the machine. (from a desk side to a room size).

Injection moulding machine requires  specific knowledge and training to be used. It’s required to have a good understanding of the molding process and of the machine characteristics.

What are the main advantages of using an injection moulding machine?

The injection moulding machine has many strengths such as repeatability, a wide range of plastic selection, low labor cost, low scrap losses and a quite high tolerance. However,  user may also face some problems when using this machine :For example, a temperature or internal pressure that is too high, under or over dosing in raw material and size problems...

With Exapro you can filter searches for your injection moulding machine  according to the following criteria :

  • Power in tons in T
  • Dist. X between tie bars in mm
  • Dist. Y between tie bars in mm
  • Screw diameter in mm
  • Shot volume in cm³
  • Shot weight in g

You can also display your searches by location of the machines, year of the machine and the machine manufacturer.

Area of use :

There is not a specific area of use for the injection machine. Generally, It’s used in plastic product manufacturing. Due to the rather high difficulty of using the machine, it’s more often used by professionals who work directly in plastic production.

Related subcategories :

Robots for plastic Injection

Injection moulding machines (all electric)

Injection moulding machines manufacturers 

Exapro regroups some of the most important manufacturers in injection moulding machines such as Battenfeld moulding machines , Arburg moulding machines and Sandretto moulding machines and Cincinnati milacron machinery.

Due to the high quality and precision of the machine, plastic injection molders can be quite expensive. With Exapro, you can find used injection moulding machine for sale at an affordable price. You can also sell your used machinery with Exapro. Please contact an Exapro agent if you have further questions about our marketplace.

As an example, here is the Krauss Maffei 250 - 1400 C1 injection moulding machines.

Find out now your used injection moulding machine for sale

Introduction to injection moulding machines

The injection moulding machine also called an injection molding process or injection molder, belongs to the plastic machines category. The machine produces parts by injecting of plastic into a mould. Overall, the molding process is simple. There are 4 steps for the creation of a plastic part :
  1. The plasticization process
  2. The injection process
  3. The cooling process
  4. The ejection process

The raw material (plastic in this case) is softened under high pressure and then injected into the mould. Finally, the plastic is cooled into its final form.The molds installed on the machine usually consist of two shells (fixed part and movable part) which are pressed strongly against each other during molding then separated to allow ejection of the molded part. The injection plastic process can produce almost all kinds of plastic products  (flexible, rigid, polished, textured, colored or not, small, big….). The user has to take into account the variable size of the machine. (from a desk side to a room size).

Injection moulding machine requires  specific knowledge and training to be used. It’s required to have a good understanding of the molding process and of the machine characteristics.

What are the main advantages of using an injection moulding machine?

The injection moulding machine has many strengths such as repeatability, a wide range of plastic selection, low labor cost, low scrap losses and a quite high tolerance. However,  user may also face some problems when using this machine :For example, a temperature or internal pressure that is too high, under or over dosing in raw material and size problems...

With Exapro you can filter searches for your injection moulding machine  according to the following criteria :

  • Power in tons in T
  • Dist. X between tie bars in mm
  • Dist. Y between tie bars in mm
  • Screw diameter in mm
  • Shot volume in cm³
  • Shot weight in g

You can also display your searches by location of the machines, year of the machine and the machine manufacturer.

Area of use :

There is not a specific area of use for the injection machine. Generally, It’s used in plastic product manufacturing. Due to the rather high difficulty of using the machine, it’s more often used by professionals who work directly in plastic production.

Related subcategories :

Robots for plastic Injection

Injection moulding machines (all electric)

Injection moulding machines manufacturers 

Exapro regroups some of the most important manufacturers in injection moulding machines such as Battenfeld moulding machines , Arburg moulding machines and Sandretto moulding machines and Cincinnati milacron machinery.

Due to the high quality and precision of the machine, plastic injection molders can be quite expensive. With Exapro, you can find used injection moulding machine for sale at an affordable price. You can also sell your used machinery with Exapro. Please contact an Exapro agent if you have further questions about our marketplace.

As an example, here is the Krauss Maffei 250 - 1400 C1 injection moulding machines.

Find out now your used injection moulding machine for sale