The AI-driven software forecasts demand per container type and location up to 12 weeks in advance. It also calculates the optimal storage, repositioning, and maintenance strategy for empty containers. This enables data-driven empty container management on local, regional, or even global levels and provides full business process visibility. This results in the reduction of storage and repositioning costs and resolves container shortage issues while maintaining high service levels.
In the Hot-Wall type plasma nitriding installations, the heating of the parts in the vacuum chamber is done by both heaters and pulsed plasma. This type of installations are especially suitable for nitriding different shaped and sized parts in one batch. The main advantages of this type of equipment are:
The furnaces fully comply with the AEROSPACE MATERIAL SPECIFICATION; AMS 2759/8A;
Can plasma nitride parts for the aerospace industries;
Absolute temperature uniformity in all parts;
The chambers are equipped with their own lifting mechanism;
The heating of the parts, in a Cold-Wall plasma nitriding installation, is carried out only by pulsed plasma created in the vacuum chamber. This type of plasma nitriding equipment is especially suitable for nitriding similar in shape and size batches of parts. The main advantages of this type of equipment are: Lower cost of the equipment; Easy maintenance; Lower consumption of electrical energy;
Transmetrics’ Maintenance Planning module is a complete solution designed specifically for efficient maintenance of transportation assets. It includes support for fleets of cars, trucks and buses; locomotives and rail vehicles as well as for aircraft and vessels. We provide advanced asset management features for controlling asset status, replacing meters, checking history, and importing counters. Catch Failures sooner and prevent failures with AI-based anomaly detection.