Cracow University of Technology

Division For Manufacturing System Design - Cracow University of Technology

Posted by Cracow University of TechnologyResponsive · Research Services and Capabilities · Poland

Send your request

Summary of the technology

Activities of Division are mainly focused on research and technology development in the field of applied mechanics, material engineering, machine design, thermal and process engineering, production engineering, computing sciences, power engineering and computer sciences. FME employs about 250 research and teaching staff. It offers the following fields of studies: power engineering, machine design and operation, automatics and robotics, management and production engineering, computer sciences, biomedical engineering and industrial design. Currently there is more than 4000 of students at FME and 250 teaching staff.

Description of the technology

The research works focuses on:

  • computer integrated design of products, manufacturing processes and systems including the optimisation of machining and assembly systems using different criteria, as for example the energy costs in the concurrent engineering (CE) environment, the product development strategies, product development modelling, and PLM applications,
  • Computer Aided Process Planning (CAPP), Computer Aided Assembly Process Planning (CAAPP) and CNC machine tool programming including the use of artificial application (AI) technologies like expert systems and neural networks, manufacturing knowledge modelling and storage, and manufacturing feature recognition
  • Lean Manufacturing approaches to production organization including analysis of nowadays states and calculations of Lean Manufacturing indices.

We look for:

FoF 02-2016: Machinery and robot systems in dynamic shop floor environments using novel embedded cognitive functions. We offer expertise on the development of tools for the automatic generation of new process plans taking into the account the conditions of manufacturing systems and product manufacturing feature recognition based on commercial CAD models for the automation of design and manufacturing tasks.FoF 10-2017: New technologies and life cycle management for reconfigurable and reusable customised products. We offer the expertise in life cycle management for reconfigurable and reusable customised products, automation of machining and assembly process planning using Artificial Intelligence (AI); the use of digital techniques for the modelling and subsequent simulation of manufacturing processes and systems.

Related keywords

  • Industrial manufacturing, Material and Transport Technologies
  • Industrial Manufacture
  • Industrial Products
  • Other
  • Systems software
  • Computer Services
  • Computer-aided instructions
  • Manufacturing/industrial
  • applied mechanics
  • material engineering
  • Machine Design
  • computing sciences

About Cracow University of Technology

Technology Transfer Office from Poland

Cracow University of Technology:
- educates highly qualified engineers who can cope with national and global industry challenges,
- educates academic staff by supporting the development of their scientific passion and their participation in national and international scientific exchange,
- serves the economy and the whole society by solving technical and technological problems and by implementing scientific studies into economic practice.

Similar Technology Offers

iSeal: Advanced Surface Treatment for Protection against Tribocorrosion

This invention is based on the application of a hybrid organic/inorganic treatment onto an exposed surface – either as a stand-alone treatment or as a sealant. The treatment is applied using an electrochemical deposition technique, allowing for the development of conformal coatings, irrespective of design complexity. Layer thicknesses are low (10-100nm) but resistance in corrosive marine environments indicate corrosion rates comparable to technologies currently employed by the aerospace and automotive industries. Corrosion rates are reduced by between 103 and 105 times, dependant on the nature of the porous coating. Tests on metallic coatings indicated a reduction in corrosion rates of approximately 103-104 while tests on ceramic coatings indicated a reduction in corrosion rates of approximately 105. By applying the hybrid treatment as a sealant treatment onto a porous wear resistant coating, concerns regarding the effect of mechanical damage are dramatically reduced. In addition, surface roughness levels are similar to electropolished finishes.

iSeal: Advanced Surface Treatment for Protection against Tribocorrosion
  • +6 months
  • Hide post

Orientation of fibers within composites: improvement of material properties and manufacturing process

It is well known that there are correlations between fiber orientation and mechanical and/or physical properties of the composite. Knowing the real orientation of the fibers within a composite material can help to optimize the design and manufacturing process. A composite material contains materials of different densities (fibrous material and matrix), and these have different X-rays absorption capacity, generating different grey levels in scanned images. This allows later identification and separation by the computed tomography scan (CT-scan), a non-destructive technique that provides scanned images with the orientations of fibrous or filamentary components contained inside a composite material, and therefore its mechanical and/or physical properties. However the interpretation of these images depends on the criterium of the technicians, being a subjective opinion. This subjective interpretation can be solved by our computer implemented method that allows a numeric objective valoration of the orientations of fibres or filaments inside the composite. The final result is a more efficient use of the fiber, and therefore an optimal design, from both structural and economical points of views.

Orientation of fibers within composites: improvement of material properties and manufacturing process
  • +4 months
  • Hide post

Low Cost Minimum Quantity of Lubricant System

A group of researchers from a Portuguese university has developed a system of "Minimal Quantity of Lubricants" fully functional and automated. The term MQL, "Minimal Quantity of Lubricant", refers to the use of a low lubricant flow (10 to 100 mL / hr) through a high pressure fluid (compressed air). This system is an alternative to most lubrication systems used in machining operations, with both economically and ecological level advantages, contributing to sustainable manufacturing. This system stands out for its optimal functioning, automation, low cost and good portability. It allows a good lubrication and a good cooling of the machined piece, dry chips, a cleaner desktop, thus ensuring a higher yield and environmental improvement.

  • +2 months
  • Hide post

Laboratory of Applied Research - Cracow University of Technology

- testing of pressure instalations - inspection of the technical condition of the above-ground and underground storage tank bottoms performed in accordance with procedure

  • +1 day
  • Hide post

Natural hybrids nanopigments synthesis for multiple industrial applications.

The Colour and Vision Research Group of the University of Alicante has been designed a new process to develop nano-structured hybrid nanopigments (from synthetic or natural dyes). These nanopigments confer improved optical, thermal, and mechanical properties when they were applied on composite materials. The nanoclays, dyes, and additives have been selected depending on the composite matrix source. Also, it has been selected the additives order in the process of synthesis, based on the material properties that would be going to improve. The parameters that could be control with this new system are: the adsorbed dye concentration, the degradation temperature of the reinforced dye, the degradation temperature of the final nanocomposite, the bending resistant modulus, and the UV-VIS colour fastness. Also, it can be controlled the optical properties as transparency and colouring power degree. It is looking for companies interested in commercial exploitation of these new colored nanomaterials.

Natural hybrids nanopigments synthesis for multiple industrial applications.
  • +6 months
  • Hide post

View other related tech offers

Send your request

By clicking "Send your request" you are signing up and accepting our Terms of Service and Privacy policy

Technology Offers on Innoget are directly posted and managed by its members as well as evaluation of requests for information. Innoget is the trusted open innovation and science network aimed at directly connect industry needs with professionals online.

Other users also viewed

PCs Industriales y Sistemas EmbeddedImprovement in Anodizing Type II and Type IIICorrection of previous posting on this product. Several zero's were dropped.CogniSense reduces machine downtime through remote system-level monitoring