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LABORATORY PRESS

The laboratory press is a core equipment for material forming and sample preparation, covering three major types: Pellet Press, Isostatic Press, and Hot Press. It is widely used in fields such as powder metallurgy, ceramic chemistry, XRF analysis, battery research, and polymer packaging.

Press Type Manual Manual/Electric Automatic
Pellet Press
2~15T Digital 15~60T Digital 20T~60T 2T~150T Integrated 40~300T Split‑type
Isostatic Press
12~40T CIP 12~60T CIP 20~100T
Integrated CIP 		65~300T
Split‑type CIP 		65~300T
Split‑type HIP
Hot Press
30T Split Type
(100*100
~400*400mm) 		5~15T
Integrated Type
(120*120~400*400mm) 		15~24T
Cylindrical type
(≤20mm) 		5~50T
(180*180~400*400mm) 		5~50T Vacuum Type
(180*180 ~400*400mm)

Classification Manual Manual/Electric Automatic
Features Pressure: 2~60Tons
Control: Fully manual (Hydraulic handle)
Display: Mechanical dial (approximate)
Data function: None
Automation: Low (Manual press & hold)
Safety: Basic (Physical limit)
Advantages: Simple structure,durable, cost-effective 		Pressure: 12~300Tons
Control: Electric auto (Touch screen+ 1‑Button)
Display: Digital(Tons/MPa)
Data function: Basic (Parameter setting, program storage)
Automation: Medium (Auto press, hold & release)
Safety: Medium (Max pressure limit)
Advantages: Easy operation, hands‑free, good repeatability

Pressure: 12~300Tons
Control: Smart touch screen(7"+Program Control)
Display: High‑precision digital (0.01 T)
Data function: Advanced(Curve graph,USB/Excel export, PC link)
Automation: High (18‑step programming, auto press & hold)
Safety: High(Auto release,limit switch, protective door)
Advantages: Data traceability,high pressure,research‑grade accuracy
1.  Spectral analysis sample preparation
2.  Battery material research
3.  Ceramic electronic components
4.  Geological and mineral detection
Picture
Note Optional separate‑style automatic model Optional fluorescent pressing machine

Classification Manual Manual/Electric Automatic
Features Specs: 12~60T;
0~300/500MPa;
Chamber: Φ22x70~Φ50x150mm (300MPa); dual‑scale gauge
Control: Manual pressurization
Safety: Glass protective cover
Note: Recommended system pressure≤35MPa 		Specs: 12~60T; 0‑300/500MPa
Chamber: Φ22x70~ Φ50x150mm (300MPa); 0.1T accuracy
Control: Electric/Mechanical (Auto‑replenish/Manual step‑by‑step)
Safety: Glass protective cover
Features: Integral non‑sealed structure 		Specs: 20~300T; 0‑300/500MPa
Chamber: Φ30x150~ Φ110x150mm (300MPa); 0.1T accuracy
Control: 18‑step program(Adjustable speed)
Safety: Steel+Plexiglass door; Auto overpressure protection
Features: Curve display, USB export, Remote PC control
1. New material preparation
2. Battery research
3. Powder metallurgy
4. Food and medicine
5. Research testing
Picture
Note Optional one‑piece automatic model Optional hot isostatic press machine

Classification Manual Automatic
Features Specs: 5‑60T; 0.01 accuracy;
300/500/800℃ options; 100x100~500x500mm plate
Control: 18‑Step program (Temp/Pressure/Cooling independent)
Cooling: Water‑cooled (Manual/Auto rapid cooling) 		Specs: 5‑60T;0.01T accuracy;
300/500/800°C options; 100x100~500x500mm plate
Control: 18‑Step program (Temp/Pressure/Cooling independent)
Cooling: Water‑cooled (Manual/Auto rapid cooling)
Safety: Acrylic protective door + Emergency stop button
1. Preparation of polymer material films
2. Laminated curing of composite materials
3. Hot pressing of special ceramics and metal powders
4. Thermal pressing in glove box atmosphere protection
5. Electronic packaging and functional materials
Picture
Note Optional integrated manual model

How to select the Right Model?

Q1: I just conduct regular XRF spectral analysis or press simple metal pills. Which one should I choose?

Choose the ordinary press machine. It has low cost and the highest efficiency.

Q2: I want to press ceramic powder or wood powder. When pressed at room temperature, it always separates and cracks. What should I do?

Choose the cold isostatic press machine. The liquid presses in all directions, completely solving the problem of layering.

Q3: I want to solidify plastic films or carbon fiber plates, or the powder cannot be pressed firmly at room temperature?

Choose the hot press machine. Heating softens the material or causes cross-linking reactions, making easy molding.

Q4: The budget is limited, but I need the sample to have uniform density (isostatic pressing effect). How should I choose?

Choose the movable cold isostatic press machine. I exchange the equipment cost for sample quality, and the sample quality is not compromised.

Q5: I'm doing high-end research and need to record the complete pressure/temperature curve and export it to Excel?

Choose the intelligent programmable hot press machine or the fully automatic isostatic press machine. It supports data traceability and meets the requirements of the research level.

Upper molds
Circular Square Splicing
Annular Hexagonal Heightened
Multi‑hole Bidirectional Pressurization Circular Heating
Lower Molds
Circular Heating Flat Heating Hot Press Square
Hot Press Shaping Hot Press Shaping Water‑cooled Cooling Plate
Note: Different shapes and sizes can be customized as needed.

 

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