ISO 9001:2015 • PED 2014/68/EU (CE Marking)
COMPETITIVE EDGE 04 • TALENT & R&D

Elite Engineering Talent & Institutional R&D Collaboration

25 Metallurgical & Mechanical Engineers • Triple-Helix Academic Partnerships • Custom Proprietary Alloys

World-class manufacturing requires deep metallurgical knowledge. Our dedicated engineering bench works closely with premier universities and national research agencies to innovate custom alloy formulations, optimize casting mold flow simulations, and solve complex manufacturing challenges.

25
Specialized Engineers
3 Univ
R&D Partners (ITS, ITB, Unair)
1050°C
SCH-22 Heat Resistant Alloy
212
Total Skilled Workforce
01

High-Caliber Metallurgical & Mechanical Engineering Bench

Our engineering department consists of 25 qualified engineers (1 PhD, 4 Masters, 20 Bachelors) across metallurgy, material science, tool design, and CNC manufacturing.

Key Capabilities:
  • Continuous DFM optimization and 3D CAD/CAM tool design
  • Expertise in solidification modeling and thermal shrinkage compensation
  • Active Six Sigma and Lean manufacturing continuous improvement culture
02

Triple-Helix University & Government R&D Collaboration

We operate joint applied research programs with Indonesia’s premier technological institutes (ITS Surabaya, ITB Bandung, Univ. Airlangga) and the National Research & Innovation Agency (BRIN).

Key Capabilities:
  • Joint metallurgical laboratory testing and advanced phase characterization
  • National strategic component localization projects with Ministry of Industry
  • Biomedical alloy development for orthopedic applications
03

Proprietary Custom Alloy Engineering

Beyond standard ASTM/DIN stainless and carbon steels, our metallurgy team formulates proprietary custom alloys designed for extreme operating conditions.

Key Capabilities:
  • High-Molybdenum Stainless Steel 316 (2.8% Mo) for enhanced marine anti-pitting resistance
  • SCH-22 High-Nickel Alloy for continuous service in 1050°C furnace environments
  • Custom Duplex (2205) and Super Duplex (2507) stainless formulations
04

Advanced Solidification & Mold Flow Simulation

Before cutting tool steel dies, our engineers utilize advanced casting simulation software to model liquid metal flow, thermal gradient solidification, and gating system design to eliminate shrinkage porosity.

Key Capabilities:
  • Virtual simulation of liquid alloy filling and turbulence
  • Optimization of ingate, runner, and riser placement
  • First-time-right tooling manufacturing and rapid sample prototyping

Start Your Project With Our Engineering Team

Submit 2D/3D CAD models under strict NDA protection.

Fast-Track Engineering RFQ

Precision Casting & CNC Machining Quotation Wizard

Receive a direct factory proposal for lost-wax casting & 100% CNC finished parts within 24–48 hours.

100% NDA Protected Strict IP & CAD Confidentiality
1. Industry
2. Alloy
3. Secondary
4. CAD & Volume
5. Review

1 Select Target Industry & Part Application

Choose the primary operational environment for your cast component: