Diamond Segment Press

How this press is built

The Diamond Segment Press applies 102 Ton of rigid compressive force to produce diamond segment press components (Engineered to client drawing envelope (Build HSE-320)). A variable displacement hydraulic circuit accelerates cycle times while maintaining a steady 130-second dwell under load. Regulated pressure bleed-off eliminates internal cleavage stresses prior to automated part ejection.

Material behaviour under compaction

Because high-grade engineered industrial material requires substantial compaction depth prior to sintering, the press daylight and stroke are sized to accommodate deep powder cavity charges. Precision pressure regulation ensures uniform molecular rearrangement without inducing internal shear planes or compaction voids.

Tooling and die design

Reinforced bolster plates accommodate both single-cavity and multi-cavity dies for diamond segment press components. Cavity surfaces are diamond-buffed to high luster, ensuring that green preforms release cleanly without scoring or surface roughness.

Sizing and machine selection

When specifying this 102 Ton Diamond Segment Press system, key inputs include part diameter/height, powder bulk density, and desired cycle automation. Our engineering department verifies required tonnage, stroke clearances, and hydraulic motor power to match your plant capacity.

Quality checks and inspection

Our manufacturing team validates every machine through comprehensive FAT runs: continuous 8-hour pressure dwell cycling, platen deflection laser profilometry, and test pressing of customer-specified sample parts.

Installation and commissioning

Shipments include complete technical documentation: foundation guides, electrical schematics, and hydraulic P&ID diagrams. Our engineering team assists with on-site leveling, trial pressing, and operator training.

Export packing and lead time

Export units are built with multi-voltage electrical switchgear (415V/50Hz) and heavy-duty ocean shipping packaging inside heat-treated wooden crates, supported by complete commercial and technical export documentation.

Maintenance and spare parts

Upkeep protocols specify hydraulic fluid replacement at 2,000 hours, routine guide post greasing, and seal evaluations. Replacement valves and seal packages ship promptly from our Gujarat facility.

Safety and guarding

Integrated safety architecture includes multi-beam light curtains, two-hand ergonomic start buttons, hydraulic counter-balance anti-drop valves, and immediate-response emergency stop actuators on the operator console.

Specifications