Sailent Features:

Engineered for Precision. Built for Performance. Trusted for Durability.

1. Precision-Crafted Main Crankshaft

Meticulously ground main crankshaft ensures superior alignment, vibration-free movement, and consistent high-accuracy operation—forming the foundation of unmatched press reliability.

1. Keyless Coupling Technology

Fitted with state-of-the-art keyless couplings on both the clutch and backshafts, delivering enhanced transmission reliability, effortless maintenance, and extended operational life.

1. Intelligent, Fool-Proof Safety Architecture

Powered by a robust Mitsubishi FX-5U PLC and a 7.2” TFT touchscreen HMI, the system integrates:

• Advanced diagnostics via fault-finding HMI
• Crank angle indicator with programmable tool data storage
• Error-proof PLC logic ensuring uncompromised operator safety

1. Excellence in Gear Manufacturing

• All gears undergo high-precision grinding with in-house WMW Gear Grinding Machines
• Hardened Backshafts with ground teeth, verified on Hofler Gear Lead & Profile Testers for perfection in meshing and load distribution

1. Enhanced Durability through Lapping Technology

The ball seat and pitman screw undergo precision lapping, significantly increasing contact area—ensuring smoother motion, reduced wear, and extended lifespan.

1. High-Precision Six-Point Gibs

Fitted with sintered bronze liners for optimal guideway alignment—guaranteeing press stability, longevity, and unmatched repeatability over years of operation.

1. World-Class Machining Infrastructure

Manufactured using globally recognized precision machines from SNK, SKODA, DOOSAN, PAMA, ASQUITH, WOTAN, and WMW. Our in-house CNCs, HBM, VTLs, VMCs, and gear grinding/testing setups support up to 5-meter single-job operations.

1. Encoder-Controlled Digital Systems (ECAMS)

Incorporates ECAMS for precise crank angle monitoring, smart tool data storage, and seamless integration with programmable digital feedback systems.

1. Comprehensive Multi-layered Safety Features

• Top Stop Safety: Automatically halts the press at TDC post-stroke
• 120° Inching Mode: Allows safe testing of die during stroke from 0° to 120°
• Top Start Protection: Engages the press only within a safe ±20° window from TDC
• Hard Logic Safety: Relay-based NO & NC cam logic for redundant safety
• Overrun Protection: Cuts off operations if the press overshoots the TDC by 5°–10°
• Anti-Repeat Safeguard: Time-based safety halts operation near TDC in case of signal failure

Accessories: