KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

CF Tubulations Fixed are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium Leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

CF Tubulations Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable up to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulations Rotatable are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

CF Tubulations Rotatable are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulations with Tapped Flanges are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

The CF Tubulations with Tapped Flanges are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulations with Tapped Flanges are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium Leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

The CF Tubulations with Tapped Flanges are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

KF Tubulations are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304 Stainless Steel. KF Tubulations are supplied in a sealed plastic bag with a protective plastic cap.

KF Tubulations are manufactured to the ISO Standard and are compatible with other supplier’s product.

CF Tubulations Fixed are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium Leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

CF Tubulations Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable up to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulations Rotatable are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium Leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

CF Tubulations Rotatable are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulations with Tapped Flanges are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

The CF Tubulations with Tapped Flanges are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulations with Tapped Flanges are used to weld into other fabricated parts to produce ports for instruments and feedthrough attachments.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a plastic bag with a protective plastic cap.

The CF Tubulations with Tapped Flanges are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

This pumping station incorporates a turbomolecular pump and a backing pump together with a simple controller, all 3 fitted on a robust baseplate, making it the ideal solution for many applications.

Built on a single platform, this pumping station is certainly one of the best solutions for most general laboratory needs. Thanks to its small footprint, low vibrations and noise level, the TURBOLAB Core can easily be integrated in your working environment.

• Turbomolecular pump
A choice of turbo pumps depending on your pumping speed requirements.

• Backing/fore vacuum pumps
A choice of fore pumps depending on your pumping speed requirements.

• Controller:
User-friendly interface
Displays gauge pressure or turbopump speed.
A single start/stop button for the entire pumping station.
Both the operation and the control of the TURBOLAB Core are intuitive and user-friendly - the controller also serves as a speed and pressure display. Optionally, the TURBOVAC i as well as the backing pump DIVAC can be started up with a time delay or pressure-dependent.

• Optional accessories
With its one gauge connection, the TURBOLAB Core pumping station can be operated with either a: THERMOVAC TTR 91 RN, THERMOVAC TTR 101, PENNINGVAC PTR 90 N or PENNINGVAC PTR 225 N.
Additionally, you can connect a venting valve with the turbomolecular pump.

The ability to grow, control, manipulate and design materials from the atomic/nano-level via microstructure to macrostructure levels is a major driver both for fundamental research and applied technology in the Thin Films. The MECATRANS allows for the combination of deposition, analysis and post deposition treatment techniques, all connected under Ultra High Vacuum (UHV).

Various materials require different deposition processes in order to create multi-material devices. Therefore, as-deposited samples are easily transportable under a controlled environment with a base pressure of 1.10-10 Torr, which protects them from oxidation and other structural or chemical changes related to atmospheric exposure.

By combining several growth, deposition and analysis techniques, the MECATRANS permits the exploration of a large range of more complex and hybrid systems for materials control at the atomic scale.

The MECATRANS is a stainless steel tunnel with an internal monorail upon which the substrate train is moveable.

The samples are transported through the UHV tube on this monorail train. By means of transfer rods, the samples can be exchanged between the train and the connected chambers. The MECATRANS accommodates for a 12 two-inch sample holder on the internal monorail.

To avoid any contamination between chambers and/or vibration conduction each UHV chamber is isolated by a UHV valve and features specific components.

Some operations in the vacuum system may cause damage to the window. For example, metal evaporation in ultra-high vacuum systems can cause the surface of the window to be coated, making the inner surface of the window a reflective mirror. This results in the need to remove the window and clean the surface before reuse.

To overcome this problem, we provide a series of window baffles.

We provide lamella shutter and shutter shutters to choose from. Shutter shutters are aimed at large observation ports. The advantage is that the shutter opening movement traces are smooth and the amplitude is small.