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| Capacity | 50 TON |
| Machine Type | 4-Pillar Type |
| No. of Station | Double |
| Platen Size | 400 MM X 400 MM |
| Stroke Length | as per customize |
| Bore Diameter | as per customize |
| Motor Power | as per customize |
Here's a detailed overview and specification breakdown for the 400 x 400 mm Laboratory Type Compression Moulding Machine – 50 Tons:
🧪 Machine Overview:Name: Laboratory Type Compression Moulding Machine
Platen Size: 400 mm x 400 mm
Clamping Force: 50 Ton (500 kN)
Type: Standard (non-vacuum) compression moulding
Application: Ideal for R&D labs, material testing, small batch production of rubber, plastic, and composites
| Parameter | Specification |
|---|---|
| Platen Size | 400 mm x 400 mm |
| Clamping Force | 50 Tons (500 kN) |
| Heating Type | Electric platen heaters (or optional oil heating) |
| Max Heating Temperature | ~300°C (adjustable) |
| Temperature Accuracy | ±1°C |
| Platen Material | Hardened steel with precision surface grinding |
| Daylight Opening | ~300 mm (customizable) |
| Ram Stroke | ~250 mm (customizable) |
| Control System | Digital temperature controller or PLC with HMI (optional) |
| Power Supply | 3 Phase, 380–480V (customizable) |
| Safety Features | Emergency stop, mechanical limiters, thermal cut-off |
| Construction | Heavy-duty steel frame, corrosion-resistant paint |
Lab-scale design for easy access and operation
Compact footprint suitable for table or floor mounting
Uniform temperature distribution across platens
Manual or semi-automatic operation
Low maintenance with high reliability
Suitable for rubber, plastic, FRP, composites, and thermosetting polymers
Digital or PLC-based cycle timer
Pressure and temperature data logging system
Vacuum system integration (if needed)
Water cooling channels for platen
Mold alignment guides
Material formulation testing
Die and mold prototype testing
Quality control sampling
Low-volume production runs
Would you like:
A sample quotation template
A machine layout drawing or 3D model
Comparison between this and vacuum type
Assistance writing a catalog or brochure description?
| Capacity | 225 TON |
| Machine Type | 4-Pillar Type |
| No. of Station | Double |
| Stroke Length | as per customize |
| Bore Diameter | as per customize |
| Motor Power | as per customize |
| Condition | New |
Machine Type: Hydraulic Compression Moulding Machine
Configuration: Double Station (Twin Mould Stations)
Motion Type: Upstroking (Bottom platen moves upward)
Clamping Force: 225 Tons (2250 kN)
Platen Size: 510 mm x 410 mm
Application: Medium-to-high volume rubber and composite moulding
| Parameter | Specification |
|---|---|
| Platen Size | 510 mm × 410 mm |
| Number of Stations | 2 (independent or synchronized operation) |
| Clamping Force | 225 Tons (2250 kN) |
| Stroke / Ram Travel | ~300–400 mm (customizable) |
| Daylight Opening | 300–500 mm (based on mold height) |
| Heating Type | Electric heaters (optional oil heating) |
| Max Temperature | Up to 300°C |
| Temperature Control | PID digital controller (±1°C accuracy) |
| Hydraulic System | High-pressure pump, adjustable flow/pressure |
| Control Panel | PLC with HMI (optional touchscreen) |
| Cycle Type | Manual / Semi-automatic / Fully automatic |
| Power Supply | 3 Phase, 380–480V, 50/60 Hz |
| Frame Type | Column or H-frame with precision-guided platen |
Double station enables higher throughput with reduced downtime
Upstroking design offers better mold alignment and safety
Precision hydraulic system ensures uniform pressure distribution
Suitable for multi-cavity molds and heavy-duty applications
Compatible with rubber, thermoset plastics, composites (e.g., SMC/BMC)
Robust frame with vibration-free operation
Mold pre-heating or auto mold shifting system
Integrated vacuum chamber for bubble-free parts
Auto ejector or demoulding system
Mold recipe memory and data logging (via PLC)
Safety curtains, interlocks, and pressure relief systems
Servo hydraulic upgrade for energy savings & accuracy
High-precision rubber moulding (gaskets, seals, bushings)
Composite material parts (like SMC panels, FRP parts)
High-strength industrial components
Automotive and aerospace prototype and production
Would you like:
A quotation format
A catalog-ready product description
A sample technical datasheet
A layout drawing or 3D CAD model
Supplier/manufacturer references
| Capacity | as per customize |
| Material | as per customize |
| Automation Grade | Automatic |
| Phase | as per customize |
| Country of Origin | Made in India |
A Solid Tyre Moulding Press is a specialized hydraulic or mechanical press used in the manufacturing of solid (non-pneumatic) tires, typically for industrial vehicles such as forklifts, airport tugs, or other heavy-duty equipment.
🔧 Key Functions:Moulding: Shapes raw rubber compound into the form of a solid tire using high temperature and pressure.
Curing/Vulcanizing: Applies heat to cross-link the rubber molecules, making the tire durable and elastic.
Ejection: Once curing is done, the press opens and ejects the finished tire from the mould.
Hydraulic Power Unit (HPU): Supplies the force needed for pressing.
Heated Platens: Upper and lower platens heat the moulds to cure the rubber.
Mould Assembly: Custom-designed moulds that give the tire its shape and tread.
Control Panel: PLC or manual interface for setting parameters like pressure, temperature, and cycle time.
Ejection Mechanism: Pneumatic or mechanical system to remove the tire after moulding.
Pressing Force: 100 to 1000 tons depending on tire size.
Platen Size: Varies based on mould size (commonly 600–1500 mm).
Heating System: Electric, steam, or oil-heated platens.
Cycle Time: 10–30 minutes per tire (depends on compound and size).
Forklift tires
Loader tires
Industrial carts and heavy equipment
Would you like:
A technical drawing or layout?
A list of manufacturers or suppliers?
Assistance with design or automation of such a machine?
| Capacity | 30 |
| Material | MS |
| Power Source | as per customize |
| Automation Grade | Automatic |
| Country of Origin | Made in India |
A 200 x 200 mm Laboratory Type Compression Moulding Press (10 Tons) is a compact press designed for material forming or testing applications, typically used in research and development, quality control, or academic labs. Here's a breakdown of what it generally includes and its typical specifications:
🔧 Key Specifications| Parameter | Details |
|---|---|
| Platen Size | 200 mm x 200 mm |
| Pressing Capacity | 10 Tons (approx. 100 kN) |
| Type | Manual / Hydraulic / Pneumatic / Electrically operated |
| Maximum Temperature | Often up to 300°C (for heated platen models) |
| Temperature Control | PID controller with individual zone control |
| Pressure Control | Manual gauge / digital readout with safety overload |
| Application | Thermoplastic or thermoset moulding, rubber testing, etc. |
| Power Supply | 230V or 415V (depending on model) |
| Frame Type | C-frame or H-frame (rigid for uniform pressure) |
Polymer Sheet Moulding
Rubber Sample Testing
Composite Material Curing
Specimen Preparation (for ASTM/ISO tests)
Heated platens (electrically or oil heated)
Digital or touchscreen HMI control
Water cooling system for rapid cycle
Programmable pressure/time/temperature profiles
Data logging and USB/PC connectivity