The presented article focuses on the surface analysis of components manufactured by different additive technologies and their reverse digitization. Sintered were SLM ADAM technologies, while was analyzed using a progressive optical measurement method. To examine possibility engineering, optically scanned with laser scanner compared to CAD model. Based empirical experience, scan opti-cally metal lustrous surfaces is challenge. from anti-corrosion materials 17-4 PH 316L–0407.

Current demands on quality are the engine of searching for new progressive materials which should ensure enough durability in real conditions. Due to their mechanical properties, however, they cannot be applied conventional machining methods. In respect productivity, one methods is finding such technologies allow achieving an acceptable lifetime cutting tools with a machined surface. One mentioned trochoidal milling. Based our previous research, where effect changing conditions (cutting...

Atomic Diffusion Additive Manufacturing (ADAM) is a progressive layering process based on metallic materials with plastic binder designed to extruse the material. The ADAM can be classified as an indirect additive manufacturing in which solid fiber of metal powder enclosed applied. After creating 3D object by process, excess removed cleaning chamber and vacuum sintering performed. This work aims provide preliminary characterization compare achieved results application most implemented so far...

Atomic Diffusion Additive Manufacturing (ADAM) is a recent metal sintering process based on known composite printing technology. ADAM can be classified as indirect additive production using fibre of powder bound in plastic matrix. The binder allows the to remain place when printing. Thus, "green part" printed and then removed by post-washing process. aim this work providing brief description patented Markforged. Furthermore, main task was compare technology with other technology, namely SLM...

There is a lot of applications for manipulating industrial robots nowadays. Maximizing the tasks that can be assigned to robot manipulators one criteria deciding if their application appropri-ate. The article discusses topology optimization gripping jaws an reduce jaws' weight. previously used element made C50E steel was optimized weight jaws. Shape performed based on analysis from CAD programs Inventor Professional 2022, Autodesk Fusion 360, and Ansys Discovery. new were manufactured by...

The cutting temperature is one of most important parameters that influence the tool life and quality machined surfaces. Its identification determination key objective in specialized machining processes such as dry hard-to-machine materials. It well known maximum obtained rake face at vicinity edge. A moderate level edge a low thermal shock reduce wear phenomena, gradient sublayer reduces risk high tensile residual stresses. This paper deals with during peripheral milling Inconel 718....

Rolling bearings are key components. It is essential that the highly durable and reliable in order to ultimately contribute continuous operation of machinery. Bearings required have a high service life regardless conditions which they exposed. The presented work focused on heat treatment bearing rings their investigation terms retained austenite its influence geometric characteristics In for be more resistant damage, microstructure must adapted use area. Decay austenite, treatment, these...

Uniform austenite remaining in the microstructure of martensitic transformation is called residual austenite. It undesirable structure components, due to its slow decay causes dimensional instability these components and reducing hardness. There a change volume it generate internal stress which often appear as cracks. The highly component molded well production gears bearing components. article deals with quantification steels by using Average peak method X-ray diffraction. This applies four...

Abstract In this paper, roughness characteristics as Ra and Rz are observed their changes regarding to different tool rotation speed without feed, using carbide in process of hard machining. By experiments it is shown that, with higher revolutions cutting speed, turning helical edge yields surface quality. Furthermore, during was proved that possible use tools Results paper show rotational has a high potential become an efficient alternative turning, especially when comes large scale...

Today's modern age, which offers a number of and innovative technologies, places more emphasis on increasing productivity. These technologies include turning method called Prime A Turning. This technology is relatively new requires examining the impact cutting forces machining process. Monitoring course emerging components force identifies process creation dynamic static phenomena acting system machine, tool, jig workpiece. The result experimental results identified effects when changing...

Technology of rotational turning is a progressive chip machining technology with defined tool geometry, which in some cases can replace conventional finishing technologies undefined geometry the cutting tools. The paper deals influence parameters on surface roughness after and comparing theoretical calculation. Since this new kinematic structure atypical tool, measurement methodology certain machined rotary nonlinear edge. Executed experimental tests their evaluation are verified method...

Continuously increasing of productivity is main cause finding new ways and methods machining. High feed machining (HFM) one high-productivity developed to achieve higher metal removal rates decrease time. Each or treatment operation introduces residual stress into the material its surface layers. Roughing generate tensile obviously. Tensile character not suitable for functional properties produced parts. In some cases, finishing can improve character. New detection method by applying x-ray...

Application of drilling process is currently rapidly increasing mainly in bearings industry and machining hardly-to-machine materials. Therefore, the tool subject to various requirements terms quality making holes, production efficiency economic indicators. If we want optimize these aspects production, it necessary analyse wear intensity direct interaction with given machined During cutting process, different wedge deformations occur, leading most cases a rapid destruction wedge. This...

This article deals with non-destructive detection method of residual stress as analytical tool expected distribution in surface and sub-surface layers. Based on measurements, which can consists cloud points, lines or map stress, we simulate potential subsurface layers via mathematical-statistical procedures. Right identification its improve the prediction failures similar damage incidences due to workload over lifetime components also, it be used evaluation parameter suitability applied...

Abstract Technology of rotational turning is a progressive machining technology with defined tool geometry, which has the potential to replace conventional finishing technologies using tools undefined geometry. This article deals influence cutting parameters on surface roughness after and comparing computed roughness. Since this new kinematic structure atypical geometry tool, focused measurement methodology certain machined rotary nonlinear edge. Executed experimental tests their evaluation...

The work deals with the possibility of using additive technology in production positioning and clamping device. designed device will facilitate accelerate measurement samples inclined or different irregular surfaces. is manufactured by composites. Onyx material reinforced Kevlar fibers was used as for composite printing. should achieve required properties firm stable components during process, its weight be significantly reduced use material.

This research focuses on comparing the working accuracy of two additive manufacturing processes, Atomic Diffusion Additive Manufacturing (ADAM) and Binder Jetting (BJ). Through analysis key characteristics these we aim to evaluate which one yields better results in terms accuracy. ADAM is a process that involves gradual deposition metallic materials using plastic binder, whereas BJ where binder applied powder material, followed by removal excess binder. work conducts detailed examination...

Abstract The ever-increasing production and the usage of hard-to-machine progressive materials are main cause continual finding new ways methods machining. One these is ceramic milling tool, which combines pros conventional cutting coating steel-based insert. These properties allow to improve conditions so increase productivity with preserved quality known from tools usage. In this paper, there made identification possibilities tool when machining such as nickel alloys using in airplanes...

Abstract Using the effect of mechanical forces affecting cellular response in treatment post-traumatic, postoperative, post-imlantation conditions through application Endermologie®- mechanotransduction represents a revolutionary solution tissue-rehabilitation and positive target tissue influencing, with faster regeneration (1). Endermologie® is noninvasive, painless, natural method treatments all connective transformations, muscle circulation pathologies. The aim our study investigation...

Hard-to-machine materials conclude a variety of materials. In this group are high-strength, hardness-resistant steels, such as austenitic but also non-ferrous alloys with high cor-rosion, heat resistance and strength based on nickel, titanium or cobalt, etc. For machining these materials, it is necessary to choose suitable tools. The improper cutting tool can cause an increase in geometric inaccuracies, rapid wear, Cutting material important factor during designing A combination proper the...

This article describes process of identifying the value roughness parameters from basic kinematic and geometric characteristics turning with tool helical cutting edge. The final mathematical formula is deduced graphic sketch consequently identified using all known parameters. can be used to theoretic evaluation influence on quality machined surface determined by characteristic

Experiment includes the study and identification of monolithic ceramic mining tools by machining Domex 700 steel that belongs to group tough metals with high tensile strength. During process machining, substandard cutting speeds were used. Identification included analysis edge wear construction map surface roughness parameter Rz dependence on change conditions for a given range (machine material).