Cold Isostatic Press

Automatic Lab Cold Isostatic Pressing CIP Machine

Item Number : PCIA

Price varies based on specs and customizations

Isostatic pressure: 300-500MPA
Pressure chamber isostatics: Φ30×150mm~Φ60×150mm(M×N)
Display: 4.3-inch~7-inch LCD display

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KINTEK Automatic Cold Isostatic Press: Precision Sample Preparation for Your Lab

At KINTEK, we specialize in advanced lab press machines designed to meet your laboratory's demanding needs. Our Automatic Cold Isostatic Press (CIP) is engineered to provide high-efficiency sample preparation, enabling you to achieve uniform densification and precise shaping of your materials with ease and accuracy. Whether you're in materials research, pharmacy, catalysis, ceramics, or electronics, this press is built to elevate your results.

Discover how our Automatic Cold Isostatic Press can transform your sample preparation. Get a Quote Today!

Product Showcase: Automatic Lab Cold Isostatic Press

See the precision engineering and compact design of our Automatic CIP. Users prefer to see the product in action and its components upfront.

Front of Automatic Lab Cold Isostatic Press

Key Features & Benefits: Why Choose KINTEK's Automatic CIP?

Our Automatic Cold Isostatic Press is packed with features designed for efficiency, precision, and ease of use in your laboratory.

Compact & Versatile: Small footprint and light weight make it easy to transport, move, and ideal for use within a vacuum glove box for controlled environment processing.
Precision Control: Equipped with a high-precision digital pressure gauge (0.01 MPa accuracy) for accurate and repeatable results. The program automatically converts and applies precise pressure to your sample.
Fully Automatic & Programmable: Intelligent system manages the entire process: pressurization (including slow pressurization options), automatic pressure maintenance, automatic pressure compensation, and timed pressure relief. Program it to meet your specific test requirements for ultimate flexibility and control.
Uniform Densification: Applies high, uniform pressure (300-500MPA) from all directions, significantly increasing sample density and achieving desired shapes with consistency.
High-Pressure Capability: Robust split structure design capable of delivering over 100 tons of pressure for demanding applications.
Efficient & User-Friendly Operation:
- Simplified Workflow: Streamlines charging/expulsion, shortening operation time and boosting work Efficacy.
- Intuitive LCD Panel: Clear display and straightforward controls make operation easy and monitoring effective.
- Convenient Design: The rocker structure on the top plate enhances operational comfort. Electroplated countersunk head hex screws on the top plate are both aesthetic and space-saving.
Durable & Reliable Construction:
- Leak-Proof System: Chrome-plated cylinder with good sealing and one-piece main board structure (oil pool, main board, oil cylinder integrated) prevent oil leaks. Special plunger with custom sealing structure ensures excellent sealing.
- Robust Components: Extended traction spring for good rebound and longevity. All-aluminum alloy flywheel is durable and practical. Japanese high-speed steel mold offers high hardness, no deformation, and long life.
- Easy Maintenance: External oil pool for easy oil replacement, with an added hydraulic oil filtration device.
Customizable to Your Needs: We understand every lab is unique. Contact us to discuss how we can tailor this press to your specific requirements!

Diverse Applications

The KINTEK Automatic Cold Isostatic Press is a high-efficiency tool widely utilized for sample preparation across various demanding fields:

Materials Research Laboratories
Pharmacy & Pharmaceutical Development
Catalytic Reaction Studies
Ceramics Manufacturing and Research
Electronic Industries Component Preparation

By applying uniform pressure, our CIP increases sample density and helps achieve the desired sample shape, making it invaluable for preparing high-quality specimens.

Intuitive Operation Interface

Our user-friendly interface ensures you can operate the press efficiently and monitor processes clearly.

Operating Interface

Start button: Initiates pressurization according to your programmed settings.
Stop button: Allows you to halt the pressurization process at any time.
Set button: Access the menu configuration for easy setup and adjustments.

Advanced mode

List/Curve Display: Easily switch between list view and curve view for data visualization.

Technical Specifications

Apparatus Model	PCIA-20T	PCIA-40T	PCIA-60T	PCIA-100T
Piston Diameter	110 mm (d) in chrome-plated oil cylinder	130 mm (d) in chrome-plated oil cylinder	150 mm (d) in chrome-plated oil cylinder	200 mm (d) in chrome-plated oil cylinder
Machining Process Pressurization	Program Pressurization - Program Maintenance - Timed Pressure Release	Program Pressurization - Program Maintenance - Timed Release	Program Pressurization - Program Maintenance - Timed Release	Program Pressurization - Program Maintenance - Timed Pressure Release
Pressure Conversion	The program automatically converts the sample withstand pressure	The program automatically converts the sample withstand pressure	The program automatically converts the Sample Withstand Pressure	The program automatically converts the sample withstand pressure.
Display	4.3-inch LCD display	4.3-inch LCD display	4.3-inch LCD display	7-inch LCD display
Equipment Protection	Steel plate protection with organic glass door	Steel plate protection with organic glass door	Steel plate protection with glass door organic	Sheet steel protection with organic glass door
Isostatic pressure	300-500MPA	300-500MPA	300-500MPA	300-500MPA
Pressure chamber lsostatics	Φ30×150mm(M×N)	Φ40×150mm(M×N)	Φ50×150mm/30×150mm	Φ60×150(M×N)
Cylinder stroke (T)	50mm	50mm	50mm	50mm
Characteristics of the manufacture of Samples	Top panel rocker structure for more comfortable operation	Top panel rocker structure for more comfortable operation	Top panel rocker structure for more comfortable operation	Top panel rocker structure for more comfortable operation
Dimensions exterior	240×390×560(LENGTH×WIDTH×HEIGHT)	280×460×660(L×W×H)	/	330×580×720(L×W×H)
Equipment power supply	550W(220V/110 can be customized)	550W(220V/110 can be customized)	550W(220V/110 can be customize)	550W(220V/110 can be customized)
Weight of the equipment	120KG	180KG	240KG	290KG

Ready to Enhance Your Sample Preparation?

Contact KINTEK today to learn more about our Automatic Cold Isostatic Press and how it can benefit your laboratory. Our experts are ready to discuss your specific needs and provide a personalized solution.

Click here to request more information or a quote via our Contact Form!

Full range of types of laboratory press molds

We have a full range of molds for you to choose from, and the molds fit the body perfectly.

If you need molds with special shapes, we can also customize them for you.

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FAQ

What Is The Principle Of A Laboratory Isostatic Press?

A laboratory isostatic press applies uniform, equal force over the entire product using fluid (like water or oil) or gas (typically argon) pressure. This ensures uniform modification of materials in all directions, achieving maximum density uniformity. The process can be performed at both high temperatures and room temperature, and it eliminates the constraints of unidirectional compaction found in rigid dies.

What Is The Principle Of Cold Isostatic Press (CIP)?

Cold Isostatic Pressing (CIP) applies a uniform, equal force over the entire product using fluid (such as water or oil) or gas (typically argon) pressure. This ensures maximum density uniformity by modifying materials uniformly in all directions, regardless of the product's shape or size. The process can be performed at both high temperatures and room temperature, providing consistent density and eliminating constraints of unidirectional compaction in rigid dies.

What Is An Isostatic Press?

An isostatic press is a device that applies uniform pressure from all directions to a powdered material enclosed in a flexible mold or container, using a liquid or gas medium. This process enhances the material's density, strength, and dimensional accuracy.

What Are The Advantages Of Using A Laboratory Isostatic Press?

The advantages include the ability to create parts with high density and complex shapes, uniform density, high green strength, and freedom from compact defects. It is particularly useful for brittle or fine powders and can produce difficult shapes and large-sized materials. Additionally, it improves corrosion resistance and enhances mechanical properties like ductility and strength.

What Are The Advantages Of Cold Isostatic Press (CIP)?

Cold Isostatic Pressing offers several advantages, including high green strength (ability to withstand manipulation before hardening), uniform density and strength, and versatility in producing difficult shapes and large-sized materials. It also improves corrosion resistance and enhances mechanical properties such as ductility and strength. CIP can produce components with longer length-to-diameter ratios and uniform density along their entire length, with higher densities and green strengths (up to 10 times greater) compared to die-compacted counterparts. Additionally, complex undercut and threaded shapes can be produced using CIP.

What Are The Main Types Of Isostatic Presses?

The main types of isostatic presses are Cold Isostatic Pressing (CIP), Warm Isostatic Pressing (WIP), and Hot Isostatic Pressing (HIP). CIP operates at room temperature, WIP at moderate temperatures (50-100°C), and HIP at high temperatures.

What Are The Common Applications Of A Laboratory Isostatic Press?

Common applications include producing balls, tubes, rods, nozzles, fuse tubes, grinding wheels, battery electrolytes, spark plug insulators, sewer pipes, crucibles, oxygen sensors, and rocket nose cones. It is also used for consolidating ceramic powders, graphite, refractory materials, and electrical insulators, as well as pressing sputtering targets and coatings for engine valve parts.

What Are The Applications Of Cold Isostatic Press (CIP)?

CIP is commonly used for consolidating ceramic powders, graphite, refractory materials, and electrical insulators. It is expanding into new applications like pressing sputtering targets and coatings for engine valve parts. Examples include preforming large isolators from ceramic powders or making melting pots from graphite powders.

How Does An Isostatic Press Work?

An isostatic press works by enclosing powdered material in a flexible mold and applying uniform pressure from all directions using a liquid (like water or oil) or gas (like argon) medium. This eliminates voids and air pockets, resulting in products with high density and uniform strength.

What Types Of Laboratory Isostatic Presses Are Available?

Types include Lab Isostatic Pressing Molds for Isostatic Molding, Electric Lab Cold Isostatic Press (CIP) Machines, Warm Isostatic Presses for solid-state battery research, Automatic Lab Cold Isostatic Pressing (CIP) Machines, and Electric Split Lab Cold Isostatic Pressing (CIP) Machines. These cater to various research and industrial needs with features like uniform compaction and customizable models.

What Types Of Cold Isostatic Press (CIP) Machines Are Available?

There are several types of CIP machines, including Manual Cold Isostatic Pressing CIP Machines, Electric Lab Cold Isostatic Press CIP Machines, Electric Split Lab Cold Isostatic Pressing CIP Machines, and Automatic Lab Cold Isostatic Pressing CIP Machines. These machines vary in operation (manual, electric, automatic) and design (split or standard), catering to different lab needs for precision, efficiency, and sample quality.

What Are The Advantages Of Using An Isostatic Press?

Isostatic pressing offers advantages such as the ability to produce parts with high density, complex shapes, and uniform density. It provides high green strength, improved corrosion resistance, and enhanced mechanical properties like ductility and strength. It is especially useful for brittle or fine powders.

How Does A Laboratory Isostatic Press Ensure Uniform Density?

The press applies uniform pressure equally across the entire product surface, regardless of its geometric complexity or size. This uniform pressure distribution ensures consistent density throughout the material, which is crucial for achieving high-quality, defect-free components.

How Does Cold Isostatic Press (CIP) Compare To Uniaxial Die Compaction?

CIP can produce components and preforms of much greater size and complexity than uniaxial die compaction. It allows for components with longer length-to-diameter ratios and uniform density along their entire length. CIP compacts have higher densities and green strengths (up to 10 times greater) compared to die-compacted counterparts. Additionally, complex undercut and threaded shapes can be produced using CIP, which are difficult or impossible to achieve with uniaxial die compaction.

What Industries Use Isostatic Presses?

Isostatic presses are used in various industries including pharmaceuticals, explosives manufacturing, chemicals, food production, and nuclear fuel and ferrites production. They are also used for consolidating ceramic powders, graphite, refractory materials, and electrical insulators.

What Are The Applications Of Cold Isostatic Pressing (CIP)?

Cold Isostatic Pressing (CIP) is commonly used for consolidating ceramic powders, graphite, refractory materials, and electrical insulators. It is also expanding into new applications like pressing sputtering targets and coatings for engine valve parts.

What Is The Difference Between CIP, WIP, And HIP?

CIP (Cold Isostatic Pressing) operates at room temperature, WIP (Warm Isostatic Pressing) at moderate temperatures (50-100°C), and HIP (Hot Isostatic Pressing) at high temperatures. Each type is suited for different materials and applications, with HIP often used for densifying materials and eliminating porosity.

Why Is Uniform Density Important In Isostatic Pressing?

Uniform density is important because it ensures consistent material properties throughout the product, such as strength and durability. This uniformity is critical for applications requiring high performance and reliability, such as in aerospace or medical devices.

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