Typical case1：Railway parts

Gennaral parameters:

Process:V-process
Material: cast steel
Weight: 300kg-600kg
Molding speed: 3-6 molds/hr
Equipment investment: 300,000usd -750,000usd (Total line)
45,000usd – 300,000usd (Design according the requiremnt of customers)

Features： 
The high requirement on design of the process.
Usually, the equipment is semi-auto production line, and have different design for difference requirement from customers.

Typical case2：Wear resistant parts

Gennaral parameters:

Process:V-process
Material: high manganese steel/high chrome steel/alloy steel
Weight: 50kg-5000kg
Molding speed: 3-6 molds/hr
Equipment investment: 300,000usd -750,000usd (Total line)
45,000usd – 90,000usd (Trial line)

Features： 
The high requirement on design of the flask and vacuum layout. 
The equipment is semi-auto production line, and have different design on flask for difference products. For cone parts, the flask is complex. For tooth plate, plate hammer and liner, will using same small flask for these parts.

Typical 3：Counterweight parts

General parameters：

Process:V-process
Production speed: 3-6 mould per h  
Mass: 1000-3000kg per piece
Equipment investment: 300,000usd -750,000usd

Features：
The design of the production line requires high efficiency and stability.
The design of large-scale counterweight production workshops requires engineers with long-term site experience to participate in the design. Through reasonable design, make the equipment meet more similar products and the molding and other processes are reasonably matched.

Counterweight
 Typical case 4：Aluminum alloy parts

Gennaral parameters:

Process:V-process
Material: Aluminum alloy  
Weight: 1kg-100kg   
Molding speed: 2-6 molds/hr
Equipment investment: Simple line made by customer, we will share drawing.

Features：  
The equipment suitable many kind of aluminum alloy parts, and low investment on rquipment. For hige reequirement aluminum alloy parts, we have to care the process design on it.
Usually, the equipment is semi-auto production line, and have different design for difference requirement from customers.

V-process summary.PDF

A. V-process serving flow.PDF

B. Cast iron parts by v-process.PDF

C. Cast steel parts by v-process.PDF

D. Exploration on the Technical Route of Future Development of V-process casting.PDF

Case 1 Counterweight by v-process.PDF

Case 2. Wear-resistant parts by v-process.PDF

Case 3. Heat-resistant tray by v-process.PDF

Case 4. Vehicle bridge by v-process.PDF