Leica EM ACE600 High Vacuum Coating Machine

The Leica EM ACE600 high vacuum coating machine can be configured through the following methods: sputtering, carbon wire evaporation, carbon rod evaporation, electron beam evaporation, and glow discharge.

The Leica EM VCT vacuum freezing transfer system, suitable for the Leica EM ACE600 high vacuum coating machine, is an ideal solution for pollution-free low-temperature scanning electron microscopy sample preparation.

Perfectly reproduced results
Run a fully automated process, supplemented by parameter and protocol settings. Integrated quartz measurement and automated 3-axis stage movement

easy to clean
Detachable doors, rolling shutters, internal shielding, sources, and loading platforms ensure a clean environment for preparing high-quality samples.

Compact and compact
Compact design, small footprint, saving laboratory space.

Easy to operate
Intuitive touch screen, loose push fit connectors and tool free target changes, comfortable front door locking.

Custom Configuration
Equipped with instruments to meet your specific needs.

Low temperature coating
The vacuum low-temperature transfer system is suitable for converting room temperature coating machines into low-temperature coating machines. The sample can be coated and transported in a protected environment at low temperatures.

Leica EM ACE600 can be configured with the following coating methods:

Metal sputtering coating
Carbon wire evaporation coating
Carbon rod evaporation coating (with thermal resistance evaporation coating option)
Electron beam evaporation coating
Glow discharge
Connect the VCT sample exchange chamber to achieve freeze coating, freeze fracture, double replication, freeze drying, and vacuum freeze transfer in conjunction with Leica EM VCT

A new era of carbon filament evaporation
A carbon film with a thickness of up to 40nm can be precisely set and obtained through pulsed carbon filament evaporation, combined with continuous film thickness monitoring (quartz film thickness control) and unique software control. The carbon film thus achieves high repeatability and uniformity.
Thanks to the detachable glass door, baffle and sample chamber shielding inner wall, coating source and sample stage, the cleaning work inside the sample chamber is very easy.

The tilted coating source combined with the rotating sample stage can obtain a larger and more uniform coating area. According to experimental requirements, two types of coating target sources can be installed simultaneously.

Built in film thickness monitoring system, quartz plate placed in the center of the sample stage, can obtain more accurate coating results.

Three axis motor-driven sample stage - the height and angle of the sample stage can be adjusted without breaking the vacuum.