Universal Laboratory Press

Laboratory Hydraulic Press Lab Pellet Press Machine for Glove Box

Name: Laboratory Hydraulic Press Lab Pellet Press Machine for Glove Box
Brand: Kintek Press
SKU: PCG
Rating: 4.82 (9 reviews)

Item Number : PCG

Price varies based on specs and customizations

Pressure Range: 0-25T
Heating temperature: Up to 500℃
Heating plate: 180×180mm~200×200mm

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Precision Material Processing in Your Glove Box: The KINTEK Lab Press

KINTEK specializes in advanced lab press machines, including automatic lab presses, lab isostatic presses, and heated lab presses, designed to meet diverse laboratory needs. Our Lab Press Machine for Glove Boxes is expertly engineered for researchers requiring precise pressing and shaping of materials within the strictly controlled, inert atmosphere of a glove box.

Explore the design and functionality that allows you to maintain the integrity of your sensitive samples while achieving consistent, reliable results.

KINTEK Laboratory Hydraulic Press Lab Pellet Press Machine for Glove Box - Front View

KINTEK Laboratory Hydraulic Press Lab Pellet Press Machine for Glove Box - Angled View

KINTEK Laboratory Hydraulic Press Components

Key Features & Benefits for Your Research

Our Lab Press for Glove Boxes is designed to enhance your laboratory workflow and experimental accuracy:

Optimized for Glove Box Use: Compact footprint, lightweight design, and external controls make it easy to integrate and operate within limited glove box space without compromising the inert atmosphere.
Precision Control: Features a high-precision digital pressure gauge (0.01MPa accuracy) and programmable pressure settings. The hydraulic system automatically restarts to maintain set pressure, ensuring consistent results.
Durable & Reliable Construction: Built with chrome-plated cylinders and high-quality seals to prevent oil leakage and ensure longevity. Molds are crafted from Japanese high-speed steel for exceptional hardness and deformation resistance.
Efficient & User-Friendly Operation: The intuitive control panel, located outside the glove box, allows for easy setup of temperature, pressure, and time. Features like pre-pressing and automated pressure relief streamline the process.
Leak-Proof Design: A one-piece main board structure integrates the oil pool, main board, and oil cylinder, minimizing seal connections and the risk of leaks.
Easy Maintenance: The oil pool is located outside the main unit for convenient oil replacement, and the hydraulic oil filtration device extends component life.
Customizable: We understand unique research needs. This machine can be customized to your specific requirements. Discuss your customization needs with us!

Designed for Sensitive Environments

This specialized lab press machine is indispensable for applications where materials must be processed under controlled, inert conditions. Constructed from inert materials like stainless steel (St's 304 for glove box handle) or polyethylene, it ensures compatibility with a wide range of samples and is designed for easy cleaning and maintenance. All operations are managed via a control panel located outside the glove box, safeguarding the integrity of your controlled environment.

Operation interface for KINTEK Lab Press

Temperature control interface for KINTEK Lab Press — Intuitive Temperature and Operation Control Interfaces

The user-friendly interface allows for precise control over:

Settings: Easily configure parameters like mold diameter and pressing time.
Heating: Independently control and monitor the temperature of upper and lower heating plates.
Pressure Management: Initiate pre-pressing, run programmed pressurization cycles, and safely stop operations.

Technical Specifications

Our Lab Press for Glove Boxes comes in models designed to meet rigorous research demands. Below are the key specifications for our popular configurations:

Instrument model	PCG-25T1818	PCG-25T2020
Pressure Range	0-25T	0-25T
Pressurization process	Program pressurization-program pressure-timed pressure relief	Program pressurization-program pressure-timed pressure relief
Pressure retention time	0-999.59 (Seconds)	0-999.59 (Seconds)
Heating temperature	Up to 500℃	Up to 500℃
Heating plate	180×180mm	200×200mm
Glove box handle	St's 304	St's 304
Studio size	780×650×700mm	780×650×700mm
Transition cabin size	Φ240×260mm	Φ240×260mm
Vacuum degree	-0.1MPa	-0.1MPa
Size of the whole machine	1200×950×1800mm (L×W×H)	1200×950×1800mm (L×W×H)
Power supply	220V 50Hz	220V 50Hz

Dimensional diagram of KINTEK powder tablet press — Dimensional Diagram of Powder Tablet Press

Operation Steps: A Quick Guide

Using the KINTEK Lab Press for Glove Box is a straightforward process, ensuring repeatable and reliable results:

Step 1: Preparing the sample for lab press.

Step 1: Prepare the Sample.
Introduce your sample into the hot press via the transition chamber or front sealing flange.

Step 2: Turning on the vacuum pump for glove box.

Step 2: Activate Vacuum Pump.
Evacuate the glove box to the required negative pressure.

Step 3: Setting the temperature on lab press.

Step 3: Set Temperature.
Adjust the upper and lower heating plates to your desired sample processing temperature.

Step 4: Setting the pressurization program on lab press.

Step 4: Program Pressurization.
Define the pressure and duration needed to achieve the desired sample shape and density using the external control panel.

Step 5: Starting pressurization with lab press.

Step 5: Start Pressurization.
Initiate the automated pressing cycle.

Step 6: Keeping the sample at a constant temperature in lab press.

Step 6: Maintain Constant Temperature.
Allow the sample to remain at the set temperature for the specified duration post-pressurization.

Step 7: Releasing the pressure from lab press.

Step 7: Release Pressure.
Safely and automatically (or manually if preferred) release the pressure.

Step 8: Taking out the sample from lab press.

Step 8: Retrieve Sample.
Once pressure is fully released, carefully remove your processed sample.

Ready to Enhance Your Lab's Capabilities?

The KINTEK Lab Press for Glove Boxes offers unparalleled precision, reliability, and ease of use for your critical material processing tasks. To learn more, discuss your specific application, request a quote, or explore customization options, please contact our specialists.

Fill out the form below or click here to send us your inquiry. We look forward to assisting you!

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.

laboratory press mold

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The Right Lab Press Awaits

The right lab press for your needs awaits

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FAQ

What Is A Laboratory Hydraulic Press Used For?

A laboratory hydraulic press is used for testing material durability and strength, creating pellets for sample analysis, and various other applications such as sample preparation for spectroscopy, power compaction for composite materials, material testing, prototyping microfluidic devices, and pharmaceutical research and development.

What Are The Main Applications Of A Laboratory Pellet Press?

Laboratory pellet presses are widely used in various fields including materials science (for preparing metal, ceramic, and plastic samples), chemistry (for catalysts and electrode materials), geology (for rock and ore samples), materials characterization (such as SEM and XRD analysis), energy sector (for battery electrodes and fuel cells), medicine (for drug preparation), and food/agriculture (for food ingredient samples). They are also essential in pharmaceutical analysis, environmental analysis, and material science research.

What Is A Laboratory Hot Press Machine Used For?

A laboratory hot press machine is primarily used for high-temperature sample pressing tests involving powders, rubber, plastic films, and other solid samples. It can also function as a small vulcanization instrument. It is known for its ease of operation and wide applicability, making it an essential tool for laboratories involved in research and development.

What Are The Main Applications Of Press Molds In Laboratories?

Press molds are widely used in pharmaceutical development for creating uniform tablets, in spectroscopy for sample preparation, in bomb calorimetry for consistent combustion measurement, and in XRF analysis for determining elemental composition. They help in providing standardized samples for accurate testing and analysis across these fields.

What Are The Main Features Of A Laboratory Hydraulic Press?

The hydraulic system features a closure force of 25 tons, includes a hydraulic balance device for stable and quick movement, and uses well-known electronic components for stability and long-term use.

What Features Should I Consider When Choosing A Laboratory Pellet Press?

When selecting a laboratory pellet press, consider factors such as sample volume, pressure requirements, and space constraints. Key features to evaluate include force gauges for precise pressure control, heated platens for materials that require heat, and customization options like interchangeable dies and plungers. Additionally, look for durability, ease of operation, and the ability to handle specific materials relevant to your research or industry.

What Are The Key Features Of A Laboratory Hot Press Machine?

Key features of a laboratory hot press machine include a titanium indenter for even temperature distribution, adjustable pressure head, digital pressure gauge, and advanced electronic control. It also features a four-column three-plate structure, pulse heating technology, precise temperature control (0.1s sampling), multi-stage temperature rise, real-time temperature display, and safety mechanisms like emergency stop switches and safety doors.

What Types Of Press Molds Are Available For Laboratory Use?

There are various types of press molds available, including square bidirectional pressure molds, ring press molds, ball press molds, cylindrical press molds, anti-cracking press molds, polygon press molds, and special shape press molds. These molds come in different sizes and materials to suit various laboratory needs.

How Does A Laboratory Hydraulic Press Work?

A hydraulic lab press works by using a hydraulic cylinder to apply pressure and a heating system to provide temperature control, enabling the compression or compaction of materials like rubber, polymers, and composites. It operates based on Pascal's principle, which states that pressure change within a closed system is constant.

How Does A Laboratory Pellet Press Work?

A laboratory pellet press operates using a hydraulic cylinder to apply controlled pressure to materials, compressing them into pellets. Some models also include a heating system for temperature control, which is useful for processing materials like rubber, polymers, and composites. The press allows for precise adjustment of pressure and speed, ensuring reproducible results and efficient batch production.

What Are The Main Components Of A Laboratory Hot Press Machine?

The main components of a laboratory hot press machine include: 1) Heating System (heating platens, heating elements, temperature sensors, and insulation materials), 2) Pressing System (hydraulic, pneumatic, or manual systems with upper and lower platens), 3) Control System (temperature controller, pressure controller, timer, and human-machine interface), 4) Frame and Structure (robust metal frame to withstand pressing forces), and 5) Optional Auxiliary Systems (cooling system, vacuum system, atmosphere protection system, and safety guards).

What Are The Key Features Of Laboratory Press Molds?

Laboratory press molds feature precision-engineered hydraulic systems for consistent performance. Advanced models may include digital pressure displays and programmable settings. They are available in both manual and automated versions, with sizes ranging from compact benchtop units to larger floor-standing presses to accommodate different laboratory spaces and sample sizes.

What Are The Advantages Of Using A Laboratory Hydraulic Press?

Advantages include high force output for heavy-duty tasks, precise control over force and position, versatility for various applications through pressure adjustments, and built-in safety features like pressure relief valves.

What Are The Advantages Of Using A Laboratory Pellet Press?

The advantages of using a laboratory pellet press include precise control over pressure and temperature, high adjustability in terms of pressure and speed, capability for batch production, and the ability to produce reproducible results. These presses are versatile, handling both pellets and powders efficiently, and are designed for time and cost efficiency. They are also easy to operate and built with durable materials for long-term reliability in laboratory settings.

How Does A Laboratory Hot Press Machine Work?

A laboratory hot press machine operates by applying positive pressure combined with negative pressure and special adhesives. It features high pressure, low temperature, and short processing times to reduce workpiece deformation. The process involves table feeding, heating, vacuuming, forming, and demolding, driven by oil pressure and compressed air.

What Materials Are Commonly Used To Make Press Molds?

Press molds are typically made from durable materials such as Cr12MoV alloy steel, carbide (e.g., YT15), and hardened steel. These materials are chosen for their high hardness, durability, and resistance to wear and high pressure, ensuring long-lasting performance in laboratory environments.

What Types Of Laboratory Hydraulic Presses Are Available?

There are various types of laboratory hydraulic presses, including manual and automatic models, heated hydraulic presses with hot plates, and specialized presses for glove boxes or vacuum environments. These presses cater to different laboratory needs such as spectroscopy, material research, and pharmaceutical applications.

What Types Of Laboratory Pellet Presses Are Available?

There are several types of laboratory pellet presses available, including manual hydraulic presses, automatic hydraulic presses, and split electric presses. Manual presses are ideal for basic applications, while automatic presses offer enhanced precision and efficiency for more demanding tasks. Split electric presses provide advanced pressure control and are compact, making them suitable for versatile applications. Additionally, there are specialized presses like isostatic presses and those designed for glove box use or specific analytical techniques like XRF and FTIR.

What Are The Advantages Of Using A Laboratory Hot Press Machine?

The advantages of using a laboratory hot press machine include the ability to apply larger pressure at lower temperatures and shorter film pressure times, which reduces the risk of workpiece deformation compared to negative pressure equipment. Hydraulic hot press machines, in particular, offer precise temperature control, rapid heating, and consistent temperature distribution, making them ideal for applications requiring both high pressure and controlled heat, such as in the molding of thermoplastics and composites.

What Are The Advantages Of Using Press Molds In Laboratories?

Press molds offer several advantages, including quick setting changes and easy switching between different sample types and materials. This flexibility is not typically available in production presses or injection molding machines, which are more cumbersome and time-consuming for such transitions. Additionally, press molds provide high precision and uniformity in sample preparation.

Why Is A Laboratory Hydraulic Press Ideal For Sample Preparation In Spectroscopy?

Laboratory hydraulic presses are ideal for spectroscopy sample preparation because they can create precise and uniform pellets, such as KBr pellets for FTIR analysis, ensuring accurate and reproducible results in spectroscopic studies.

Can Press Molds Be Customized For Specific Laboratory Needs?

Yes, many press molds can be customized in terms of size, shape, and material to meet specific laboratory requirements. Customizable options include special shapes, sizes ranging from Φ3-80mm, and materials tailored for specific applications such as XRF analysis, battery research, or material testing.

What Safety Features Are Included In Laboratory Hydraulic Presses?

Laboratory hydraulic presses come with built-in safety features such as pressure relief valves to prevent over-pressurization, ensuring safe operation during high-force applications.

How Do Press Molds Ensure High-precision Sample Preparation?

Press molds ensure high-precision sample preparation through their precision-engineered designs, which provide uniform pressure and consistent compaction. Features such as bidirectional pressure, durable materials, and advanced hydraulic systems contribute to the accuracy and reliability of the samples produced.

Can Laboratory Hydraulic Presses Be Used For High-temperature Applications?

Yes, some laboratory hydraulic presses are equipped with heated plates or integrated heating systems, making them suitable for high-temperature applications such as sintering, material processing, and other thermal treatments.

What Are The Benefits Of Using Heated Press Molds?

Heated press molds offer benefits such as rapid heating (up to 500°C), precise temperature control, and the ability to process materials that require heat for compaction or bonding. These molds are ideal for applications in battery research, ceramics, and other materials that need controlled heating during preparation.

How Do Press Molds Contribute To Efficient Laboratory Workflows?

Press molds enhance laboratory efficiency by enabling quick and easy sample preparation with minimal setup time. Their ability to switch between different sample types and materials rapidly, along with features like programmable settings and digital displays, streamlines the workflow and reduces downtime.

What Should I Consider When Choosing A Press Mold For My Laboratory?

When selecting a press mold, consider factors such as the type of samples you will be preparing, the required pressure and temperature ranges, the size and shape of the molds, and the material compatibility. Additionally, evaluate whether manual or automated models better suit your workflow and if any customization options are needed for your specific applications.

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