Hot Tablet Press Handheld YPH-800C

Pressure & Cylinder: 0–24T pressure limit with a $\Phi95\text{mm}$ piston diameter and $30\text{mm}$ stroke.
Thermal Performance: Max. $300^\circ\text{C}$ heating range (thermostat up to $800^\circ\text{C}$ powered by a 1300W aluminum heating core and premium imported mica insulation.
Molding Space: Equipped with $100\times100\text{mm}$ electroplated polished plates and an $80\times140\text{mm}$ effective working space.
Smart Control: 7" LCD touchscreen supporting English/Chinese toggle. Displays automated MPa pressure conversion via PCB program, with customizable control accuracy up to $0.1\text{T}$ / ± $0.1^\circ\text{C}$ .
Advanced Profile: 5-stage programmable temperature control (auto-heating, auto-insulation, natural cooling) with manual unlimited dwell time.
Safety & Structural Design: Rigid 4-column positioning with an upper plate screw suspension design; features an automated high-temperature alert $>50^\circ\text{C}$ anti-scald prompt).
Power & Dimensions: 220V (50Hz/60Hz) / Optional 110V; compact footprint with a 68kg total system weight.

Product Detail

Overview

YPH-800C Series Laboratory Manual Hot Press is a high-precision, four-column heated pellet press designed for material science research, polymers, ceramics, and spectroscopy sample preparation (FTIR/XRF). Combining a heavy-duty 30-ton manual hydraulic press with a split-type intelligent touch-screen temperature controller, this series provides researchers with unparalleled pressure accuracy and precise thermal control.

Whether you need the standard version or the high-temperature model, the YPH-800C series ensures excellent sample consistency and structural integrity during thermoplastic molding, encapsulation, or powder pressing.

Explore our effective heated hydraulic press for powders, polymers, and small sample materials.

Key Features & Engineering Advantages

Heavy-Duty 30T Pressure Limit: Engineered with a $\Phi95\text{mm}$ cylinder diameter and a $30\text{mm}$ stroke, delivering reliable and continuous pressing up to 30 Tons.
Four-Column Positioning & Heat Insulation: Features a rigid 4-column positioning structure paired with an optimized heat insulation design. This guarantees perfect alignment, uniform force distribution, and excellent sample formation while preventing thermal transfer to the hydraulic base.
7" Touch LCD Smart Controller: A standalone, split-type display mode featuring a 7-inch touchscreen. It manages, stores, and views heating profiles, showing real-time temperature, time, and automatic conversion/display of the direct sample pressure in MPa.
5-Section Programmable Temperature Control: Supports 5 sections of adjustable continuous temperature control with a precision control accuracy of $0.1^\circ\text{C}$ .
Enhanced Cooling Solutions (Optional): To accelerate cycle times and improve throughput, the system can be configured with an optional wall fan or a dedicated industrial water chiller (CW-3000) for efficient heat dissipation.
Anti-Scalding Safety Guard: Smart built-in safety alerts. After heating, the screen displays the real-time temperature of the mold as an explicit anti-scalding safety tip for lab operators.

Applications

Perfect for pressing small tablets or pellets in laboratories, R&D centers, or educational facilities. Often used alongside other lab supplies for sample preparation and analysis, this handheld press ensures precision and repeatability.

FTIR / XRF Spectroscopy: High-transparency KBr pellet pressing and thin polymer film preparation for infrared/fluorescence analysis.
Materials Science: Curing, hot-pressing, and compounding of advanced polymer composites, ceramics, and thin-film materials.
Battery Research: Compression and hot laminating for solid-state battery electrolytes and electrode sheets.

Product Description

Model	YPH-800C	YPH-800CG
pressure limit	0-30T
Cylinder diameter	Φ95mm
Cylinder stroke	30mm
Temperature controller Control range	Room temperature-800∘C
Temperature controller Control mode	5 sections adjustable continuous temperature control
Die heating range	Room temperature-300∘C	Room temperature-500∘C
Die size	100x100mm
Temperature control accuracy	0.1∘C
Pressure control accuracy	0.1T (Customizable setting accuracy)
Holding time	Unlimited time (manual pressure relief)
Display mode	7 "touch LCD screen
Die pressure conversion	The program automatically converts/displays the pressure of the sample directly (Mpa)
Heating safety Tips	After heating, display the real-time temperature of the mold and pay attention to anti-scalding
Data management	It can be managed, stored and viewed
Power source	220V (50Hz/60Hz)

Structural Analysis

Lead Screw & Top Hand Wheel (Knob): For quick manual height adjustments to accommodate different sample thicknesses.
Four-Column Positioning: Heavy-duty upright pillars ensure maximum parallelism between the upper and lower plates.
Upper & Under Heating Platens: Precision-machined flat heating platens for uniform temperature distribution across the $100 \times 100\text{mm}$ molding area.
High-Precision Pressure Sensor: Transmits precise hydraulic data directly to the touchscreen panel.
Manual Pressure Bar & Release Knob: Ergonomic lever for smooth pressure generation and a secure knob for manual ventilation/pressure relief.

Operating Procedure

Step 1: Program the required heating temperature, insulation/holding time, mold type, and dimensions on the 7" smart touch controller.
Step 2: Start heating. Allow the system to reach the pre-set target temperature before starting your sample preparation.
Step 3: Prepare the testing material by placing the sample between aluminum foil, and place the assembly onto the heat transfer plate.
Step 4: Carefully insert the transfer plate assembly onto the hydraulic press lower table, and tighten the top lead screw wire bar.
Step 5: Fasten the front release knob to ensure the hydraulic oil port is sealed. Swing the manual pressure bar up and down to apply the target pressure.
Step 6: After the automated holding cycle is complete, manually vent the pressure, open the plates, and take out the perfectly formed sample disk/sheet using laboratory tweezers.

Why Hench?

Hench Technology Co., Ltd., headquartered in Tianjin, China, is a trusted hydraulic press manufacturer specializing in laboratory and industrial presses. Hench provides reliable hydraulic press machines designed for safety, performance, and ease of use. Their solutions support universities, laboratories, and industrial clients globally, backed by professional service and quality assurance.

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