Nutrimenta Veterinaria (www.nutrimentaveterinaria.com) is a web application which permits an extremely easy and rapid way to customize nutritional plans for pets. Nutrimenta Veterinaria supports vets step by step, from the anamnesis to the definition of the personalized nutrition plan and the release of a detailed diet report for pet owners.
Systems for Telemedicine and Home-Care
The Habilis Platform (www.habiliseurope.eu) is a web based software system that allows patients to exercise outside the hospital environment, expanding the time of rehabilitation and guaranteeing better recovery and higher quality of life.
Mechanical Design, 3D Modeling and Simulations
The mechanical dept. of Signo Motus performs design activities assisted by Autodesk© state of the art 3D parametric modelling software and structural/ thermal simulation tools based on Finite Element Methods.
Signo Motus provides
complete controls engineering and system integration, including
design, programming, sub-systems assembly, testing
and validation of robotics systems prototypes (main focussed on
assistive technology solutions).
The Company acts also as
distributor of Yaskawa Motoman industrial robots and automation systems (www.motoman.com).
ICT Services and software solutions
The ICT
dept. of Signo Motus provides complete ICT solutions and
services to end-users, managing the whole development process
(requirements analysis, system technical specifications, design, development,
testing, deliver, support and assistance). A relevant expertise has
been acquired in the eHealth domain.
The Company acts as
exclusive Italian distributor of Pixel Technology s.c. RIS/PACS and
teleradiology software solutions (www.pixel.com.pl).
Signo Motus offers technological services and turn-key solutions according to customers technical specifications in the following domains:
The mechanical department of Signo Motus consists of a design unit and a prototyping unit. In the design unit the activities are assisted by modern 3D parametric modeling software that simplify and improve the design process. The 3D parametric modeling software enable the creation of a detailed virtual model of the mechanical assembly: the functionality and the design anomalies are easily identified and resolved in the virtual model before the construction of the real prototype.
The use of software modules based on the Finite Element Method (FEM) allows to simulate the behaviour of the mechanical structures subjected to design workloads.
Thermal simulations on parts and assemblies made of different materials and subject to time-varying heat loads are performed as well using the FEM tool.
Custom software application for specific internal use, such as kinematics simulation can be developed.
The mechanical design process ends with the production of drawings. If variation design are needed by the customer, the Signo Motus’s designers will work only on the 3D virtual model and the drawings will be updated dynamically: the design iteration process is significantly speeded and improved.
The prototype of the virtual design is set up by standard machining tools. Metal alloys and non-metal materials are use for prototype reasons. Accurate tools for assembly and precision measuring instruments for testing activities allow precision assembly.
Our team of engineers and technicians is knowledgeable, experienced, and ready to offer innovative ideas and solutions to assist our customers from the functional specification definition to the prototype testing and validation.
Signo Motus provides complete controls engineering and system integration, including design, documentation, programming, sub-systems assembly, testing and validation of robotics systems prototypes. Signo Motus laboratories are equipped with state of the art design, analysis, and control system development software tools that enable us to adequately turn an idea in a pre-commercial solution. The typical engineering services provided include mechanical and electrical system analysis, design, drawings & diagrams production, technical specifications definition related to electromechanical system and subsystems, control system and software design and implementation. Our engineers and technicians have extensive experience designing systems for robotics, automation and control domains, particularly in medical robotics, measurement systems, sensors and data acquisition systems.
Signo Motus acts as distributor of Yaskawa Motoman industrial robots and robotic automation systems (www.motoman.com). The Company offers support in the design, implementation, maintenance and technical assistance of industrial robotics stations. Thanks to Motoman high quality and innovative robotic automation solutions, Signo Motus is able to meet the application requirements in the industrial and robotic field.
Starting form the analysis of customer’s requirements our team is able to deliver complete ICT solutions and services to end-users. The whole development process (requirements analysis, system specifications, design, development, testing and deliver) is managed in compliance with the most valuable international standards (ISO 27000 series, ISO 13485, ISO/IEC 62304, ISO 14791).
Our team is committed to provide high quality and effective solutions grounded on the edge of the state-of-the-art of the technology such as: Java, MySQL, SOA, Linux.
Signo Motus acts as exclusive Italian distributor of Pixel
Technology s.c. RIS (Radiological Information System), PACS (Picture
archiving and communication system) and teleradiology software
(www.pixel.com.pl).
The Company offers support in the design,
implementation, maintenance and technical assistance of both
hardware and software solutions dedicated to digital imaging and
diagnostic facilities applied to radiology. Thanks to Pixel
Technology innovative ICT solutions, Signo Motus is able
to meet the application requirements in the radiology and other
health related domains.
Business opportunities with the Dual-use trend
An episode of Business Planet shot in Sicily, looking at the Dual-use trend and its tremendous opportunity.
Link to video (ENG)
Link to video (ITA)