The FF-200/1300F Turbo Molecular Pump is a premium grease-lubricated high-vacuum pump engineered for demanding industrial and research applications. With a pumping speed of 1300 L/s for nitrogen (N₂) and an ultimate pressure reaching 6×10⁻⁷Pa (CF flange), this pump delivers exceptional vacuum performance in a compact, space-saving design.

Whether you need reliable vacuum for thin-film deposition, solar cell manufacturing, or ultra-high vacuum research, the FF-200/1300F offers the perfect balance of high throughput, operational stability, and low total cost of ownership.

Feature Benefit
Grease-lubricated ceramic bearings Oil-free operation — no hydrocarbon contamination, ideal for clean processes; maintenance-free for 3–5 years-7-19
High pumping speed (1300 L/s for N₂) Faster cycle times and higher throughput in production environments-1
High fore-vacuum tolerance (240 Pa continuous) Works reliably with smaller backing pumps; flexible system design-1
High compression ratio (10⁹ for N₂ / Ar) Excellent gas handling — prevents back-streaming into your vacuum chamber-1
Compact, any-angle installation Easy system integration — fits even in space-constrained equipment-1
≤500 W low power consumption Energy-efficient operation — lower electricity costs

Technical Specifications:

Air Inlet flange DN200 CF DN200 ISO-K
Exhaust Port Flange (ISO-KF) DN40
Pumping rate (L/s) N2:1300 He:1000 H2:480 Ar:1250
Compression ratio N2:1E9 He:1E4 H2:6E3 Ar:1E9
Ultimate pressure (Pa) CF:6E-7 ISO-K:6E-6
Maximum continuous front pressure (Pa) 240
Maximum front pressure (Pa) N2:600
Maximum Air Load (sccm) N2:2500 He:1850 H2:1450 Ar:950
Rated speed (RPM) 24000
Startup time (min) ≤9
Cooling mode Water Cooling or air cooling
Cooling water flow (L/min) ≥1
Cooling water temperature (°C) ≤25
Power supply voltage (V AC) DC24/AC220
Maximum power (W) ≤500
Adaptable Power Supply Model  TCDP-II、FD-IIB、TD-II/TCP-II
Recommended Front Pump (L/s) 15
Weight (kg) 33(LF) 35(CF)

What Makes the FF-200/1300F Different?

1. Grease-Lubricated Ceramic Bearings — Truly Oil-Free
Unlike oil-lubricated pumps that risk hydrocarbon contamination and require frequent oil changes, the FF-200/1300F uses self-sealed ceramic bearings with premium grease lubrication. This design provides 3–5 years of maintenance-free operation under normal conditions, dramatically reducing downtime and operating costs.

2. Compound Rotor Design — High Throughput Even at Higher Fore-Vacuum Pressures
The innovative compound rotor combines turbomolecular and drag stages, maintaining excellent pumping speed even when operating with a smaller backing pump. This translates to simpler system architecture and lower upfront investment.

3. Compact Structure + Any-Angle Installation
The FF-200/1300F can be installed vertically, horizontally, or at any angle, giving system designers complete freedom. Its compact footprint integrates easily into existing equipment with minimal space penalty.

4. Dual Cooling Options — Water or Air
Standard water cooling (≥1 L/min, ≤25°C) ensures stable operation in high-duty-cycle applications, while optional air cooling provides flexibility for less demanding environments.

Applications:

FF-200/1300F is trusted in high-value industrial processes and research applications including:

Industry Specific Applications
Solar Cells Thin-film deposition and PV manufacturing
Glass Coatings Low-E glass, ITO glass, optical coatings
Thin-Film Deposition PVD, CVD, sputtering systems
Decorative Coatings Watch cases, hardware, automotive trim
Flat Panel Displays OLED and LCD manufacturing
Vacuum Furnaces Heat treatment, brazing, sintering
Research & Development Surface science, materials research, accelerators
Electron Devices Cathode ray tubes, vacuum interrupters
New Energy / New Materials Battery materials, advanced composites
Vacuum Drying & Cryogenics Pharmaceutical and food processing

✦ Get a Quote
Contact our sales team today for pricing, lead times, and technical consultation.
Need a complete vacuum system? We can also supply backing pumps, vacuum gauges, valves, and full pumping stations.