Dry bag cold isostatic press machine

DMF DBCIP unit is composed of well-experienced technical team that focus in design & production of CIP equipment for more than 3 decades, and specializes in powder forming process of various powder bars or pipes under customized high-pressure, which is widely applied in industries such as cemented carbides, ceramics, magnetic materials, graphite, refractories and refractory alloys.

The big force bearing parts has been optimal designed with finite element strength analysis.

Mornitoring the stress and deformation of the main part bearing force at real time, safty and Security.

With the help of advanced quality management system and thorough testing methods, we have streamlined forging process (forging flaw detection), machining (finished product flaw detection), winding, equipment assembly, commissioning and aftersales service.

Dry bag cold isostatic press machine

suitable for powder forming in cemented carbide, ceramics, magnetic material industries, etc.

Technical Parameters

Product diameter     3mm - 110mm

Max pressure         200 MPa

Structures    pre-stressed steel wire winding cylinder structure

                   (for higher pressure and larger diameter products)

Pneumatic/Hydraulic control mode, safety blasting valve, manual relief valve, mechanical pressure gauge and high-pressure sensor can all be well set to ensure the safe and efficiency of DBCIP.

Operating Mode: automatic and manual (pressing parameters can be set via touchscreen, with password protection)

Advantages of DBCIP

Efficiency     Safety     Quality

Contributing the automatic batch production, reducing the labors, improving production efficiency and cutting down the production cost.

Simple loading process, getting pressure rapidly and saving forming time.  Compared with traditional CIP that has to work together with Both high density and uniformity of the powder blank ensures the straightness and roundness of the product, thus to reduce the processing time, reduce the sintering shrinkage and reduce the deformation.

emulsion medium, DBCIP can save 40%~60% forming time.

Monitoring the stress and deformation of high-pressure components, eradicating vicious accidents.

Automating the whole process from loading to demoulding, with high efficiency and stable quality, avoiding the medium pollution of traditional CIP, being more suitable for batch production.

Pressure increasing speed, pressure holding time, pressure value, pressure decreasing speed can be set as per technical requirement. It's also available for multi-pressure section process, pressure curve displaying, pressure curve storing, and pressure curve exporting.

Especially good at making the long bars or pipes that traditional press can not.

Products made by DBCIP can achieve higher strength, better processability and lower internal stress.

Save the cost of raw material on forming the larger products with the smaller machining allowance.

DBCIP can keep running at lower power capacity, which saves the electricity cost and protects the environment.

Easy to make the mould with longer lifespan and lower cost.