Task
Combination of soft PVC with ABS. On a vacuum cleaner’s underpart, a bumper guard was supposed to be injection-moulded to save this part from being fitted as usual until then.
Challenge
To prevent the incompatible transfer of the plasticiser escaping from the soft PVC into the ABS.
Case Study 3
Requirement: A locomotive manufacturer provides the data model for a traction motor that is integrated in the bogie. Task: continuous, reliable air supply to the traction motor. In this respect, the motion profiles occurring during travel and the pressure conditions in the air system have to be taken into account.
Approach: Using motion studies and specifications provided by the customer, MöllerWerke works out the maximum deflection coordinates and designs a set of traction motor ventilation bellows. This is graphically integrated in the customer file. The calculated motions are verified on our own test bench. The customer is given the concept with the offer.
Implementation: The customer places the order. The manifold tool is placed on a CNC-controlled drawing machine, and a prototype is first produced.
Result: Once the customer has tested and approved the prototype, serial production and delivery can be started.
Case Study 4
Requirement: A machine tool manufacturer needs a complete system including steel parts and covers for a new stencil laser machine. The covers must be flame-retardant and self-extinguishing. It transmits a 3D file of the basic machine.
Approach: Möllerwerke verifies the feasibility and agrees the details by discussing the project in close contact with the customer.
Implementation: The customer orders a prototype. Möllerwerke orders the components, produces the unit and delivers it to the customer completely pre-assembled.
Result: Once the customer has tested and approved the prototype, serial production and delivery is started.
Case Study 5
Requirement: A machine tool manufacturer needs a complete system including steel parts and covers for a new large machining centre. The covers must be highly wear-resistant and chip-proof. It transmits a 3D file of the basic machine.
Approach: Möllerwerke verifies the feasibility and agrees the details by discussing the project in close contact with the customer. A quotation is developed from this.
Implementation: The customer orders a prototype. Möllerwerke orders the components, produces the unit and delivers it to the customer completely pre-assembled.
Result: Once the customer has tested and approved the prototype, serial production and delivery is started.
Case Study 3
Requirement: A locomotive manufacturer provides the data model for a traction motor that is integrated in the bogie. Task: continuous, reliable air supply to the traction motor. In this respect, the motion profiles occurring during travel and the pressure conditions in the air system have to be taken into account.
Approach: Using motion studies and specifications provided by the customer, MöllerWerke works out the maximum deflection coordinates and designs a set of traction motor ventilation bellows. This is graphically integrated in the customer file. The calculated motions are verified on our own test bench. The customer is given the concept with the offer.
Implementation: The customer places the order. The manifold tool is placed on a CNC-controlled drawing machine, and a prototype is first produced.
Result: Once the customer has tested and approved the prototype, serial production and delivery can be started.
Case Study 4
Requirement: A machine tool manufacturer needs a complete system including steel parts and covers for a new stencil laser machine. The covers must be flame-retardant and self-extinguishing. It transmits a 3D file of the basic machine.
Approach: Möllerwerke verifies the feasibility and agrees the details by discussing the project in close contact with the customer.
Implementation: The customer orders a prototype. Möllerwerke orders the components, produces the unit and delivers it to the customer completely pre-assembled.
Result: Once the customer has tested and approved the prototype, serial production and delivery is started.
Case Study 5
Requirement: A machine tool manufacturer needs a complete system including steel parts and covers for a new large machining centre. The covers must be highly wear-resistant and chip-proof. It transmits a 3D file of the basic machine.
Approach: Möllerwerke verifies the feasibility and agrees the details by discussing the project in close contact with the customer. A quotation is developed from this.
Implementation: The customer orders a prototype. Möllerwerke orders the components, produces the unit and delivers it to the customer completely pre-assembled.
Result: Once the customer has tested and approved the prototype, serial production and delivery is started.
Case Study 3
Requirement: A locomotive manufacturer provides the data model for a traction motor that is integrated in the bogie. Task: continuous, reliable air supply to the traction motor. In this respect, the motion profiles occurring during travel and the pressure conditions in the air system have to be taken into account.
Approach: Using motion studies and specifications provided by the customer, MöllerWerke works out the maximum deflection coordinates and designs a set of traction motor ventilation bellows. This is graphically integrated in the customer file. The calculated motions are verified on our own test bench. The customer is given the concept with the offer.
Implementation: The customer places the order. The manifold tool is placed on a CNC-controlled drawing machine, and a prototype is first produced.
Result: Once the customer has tested and approved the prototype, serial production and delivery can be started.
Case Study 4
Requirement: A machine tool manufacturer needs a complete system including steel parts and covers for a new stencil laser machine. The covers must be flame-retardant and self-extinguishing. It transmits a 3D file of the basic machine.
Approach: Möllerwerke verifies the feasibility and agrees the details by discussing the project in close contact with the customer.
Implementation: The customer orders a prototype. Möllerwerke orders the components, produces the unit and delivers it to the customer completely pre-assembled.
Result: Once the customer has tested and approved the prototype, serial production and delivery is started.
Case Study 5
Requirement: A machine tool manufacturer needs a complete system including steel parts and covers for a new large machining centre. The covers must be highly wear-resistant and chip-proof. It transmits a 3D file of the basic machine.
Approach: Möllerwerke verifies the feasibility and agrees the details by discussing the project in close contact with the customer. A quotation is developed from this.
Implementation: The customer orders a prototype. Möllerwerke orders the components, produces the unit and delivers it to the customer completely pre-assembled.
Result: Once the customer has tested and approved the prototype, serial production and delivery is started.
