Product Range

OUR
MACHINES

Six machine categories covering the full spectrum of carbon allotrope synthesis — from diamond reactors and HPHT presses to graphene, CNT, and fullerene systems.

HCS-CVD

CVD Diamond Reactor

Single-Crystal Diamond Growth

Microwave Plasma CVD reactors engineered for high-quality single-crystal diamond growth. Precision gas flow control, thermal management, and modular chamber design for laboratory to industrial scale.

Key Specs

  • 915 MHz / 2.45 GHz microwave sources
  • Chamber sizes: 100mm to 400mm diameter
  • Temperature: up to 1100°C substrate
  • Pressure: 50–300 Torr operating range
Lab-grown diamond productionDiamond film depositionElectronic-grade diamond wafers
HCS-HPHT

HPHT Press System

High Pressure Diamond Synthesis

Belt-type and cubic press systems designed for HPHT diamond synthesis and advanced material processing. Built for reliability under extreme pressure and temperature conditions.

Key Specs

  • Pressure: up to 7 GPa
  • Temperature: up to 2000°C
  • Belt-type and cubic configurations
  • Press force: 500T to 3000T
HPHT diamond manufacturingCBN (Cubic Boron Nitride) synthesisIndustrial superhard materials
HCS-GRP

Graphene Synthesis System

Chemical Vapor Deposition for Graphene

CVD furnace systems optimized for large-area graphene growth on copper and other metal foil substrates. Single-layer to few-layer graphene, transfer-ready.

Key Specs

  • Tube furnace: 1000–1100°C
  • Quartz tube: 2" to 8" diameter
  • Gas: CH4/H2/Ar precise flow control
  • Single-layer and few-layer graphene
Electronics & semiconductorsEnergy storage (supercapacitors)Composite materialsBiomedical sensors
HCS-CNT

Carbon Nanotube Growth Unit

SWCNT & MWCNT Production

Chemical vapor deposition systems for single-wall and multi-wall carbon nanotube production. Catalyst preparation, growth chamber, and purification stages integrated.

Key Specs

  • CVD thermal and plasma options
  • Temperature: 600–1000°C
  • Catalyst: Fe, Co, Ni on substrates
  • SWCNT and MWCNT production
Advanced compositesEnergy applicationsElectronics & sensorsStructural reinforcement
HCS-FUL

Fullerene Production System

C60 / C70 Arc Discharge Systems

Arc discharge and combustion-based fullerene production systems for C60, C70, and higher fullerene synthesis. Research and pilot-scale configurations available.

Key Specs

  • Arc discharge: graphite electrode evaporation
  • Helium atmosphere: 100–200 Torr
  • Soot collection and extraction integration
  • C60 yield optimization
Pharmaceutical researchPhotovoltaicsMaterials scienceTribological coatings
HCS-CUST

Custom R&D Systems

Engineered to Your Specification

Fully custom machine systems for novel carbon allotrope research and production. From concept to commissioning — we design and build systems no one else offers.

Key Specs

  • Full specification engineering
  • Process simulation and modelling
  • Custom chamber geometries
  • Advanced automation and data logging
University & national labsIndustrial R&D departmentsNovel carbon materials research

NEED A CUSTOM SYSTEM?

We engineer machines for requirements that no off-the-shelf solution can meet. Talk to our technical team.

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