英語 での Thermal deformation の使用例とその 日本語 への翻訳
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Thermal deformation of the spindle is accurately controlled even when spindle speed changes frequently.
Column thermal deformation has been prevented by installing a discharge path for coolant to the outer periphery of the bed in order to provide stable machining precision.
Equipped with environment temperature automatic compensation device, decease the influence of thermal deformation of machine tool, to ensure the high precision and stability cutting.
A, mold resin, mold resin has higher thermal deformation temperature and low shrinkage, we basically choose between benzene resin, vinyl resin.
Benefits Dimensional accuracy improved with high-volume machining By combining thermal deformation control with machining position, workpiece dimensional accuracy is improved even when a large number of workpieces are loaded.
However, due to their comparatively large width and diameter, and in order to maintain wheel balance essential for high-speed revolution, a ceramic core is used to reduce overall weight and prevent thermal deformation.
In highly accurate pressing and injection molding, deformation of the die must be taken into account. I am therefore using numerical simulation to analyze the temperature distribution and thermal deformation of the die during processing.
When applied over a plastic substrate, the compositions of the present invention are at least partially cured at a temperature below the thermal deformation temperature of the plastics.
In order to obtain accurate product efficiently in a Plastic forming(Thermoset, thermoplastic), our press, high accuracy, to maintain accuracy for eccentric load and thermal deformation.
In particular, considering the anticipated demand going forward for greater precision in core parts for industrial machinery and energy-related components, the capability of the MAF-E II series to suppress thermal deformation will provide an advantage.
Application examples of electron beam machining are micro-boring by a focused beam as thin as several micrometers, and welding that causes extremely low thermal deformation utilizing narrow and deep penetration of the electron beam.
Molybdenum in molybdenum alloy head added titanium, zirconium, carbon and other alloying elements to form the micro-molybdenum alloy, the alloy used to make stainless steel, high temperature alloys and other difficult-to thermal deformation of the metal piercing tool, called molybdenum alloy head, such as the photo shown.
Outstanding stability and accuracy with use of the Thermo-Friendly Concept Thermal deformation over time: less than 10 μm(actual data) Also available on the MB-5000H is Okuma's newly-developed Machining Navi, an operation support system that enables the machine itself to find the best cutting conditions for different machines and operations.
The technology for which the award was received was the"development of the MP-46V machining center for high-precision parts and dies/molds," of which the thermal deformation reduction technology that achieves connection steps of≤2 μm and vibration suppression technology that achieves a 20% reduction in machining time were cited.
Control of thermal deformation Based on a machine structure that simplifies thermal deformation, for example in a way that causes only expansion or contraction without tilting, a five-axis machine autonomously compensates its thermal displacement due to a change in environmental temperature using temperature sensors.
TAS-C, based on machine thermal characteristics, with appropriately placed temperature sensors and feed axis position data, will predict and accurately control thermal deformation in machine construction when ambient temperatures change.
Casting tissue after forging process thermal deformation due to metal deformation and recrystallization, so that the original coarse dendrites and columnar grains into fine grain size, uniform size of the equiaxed recrystallization organization, so that the original steel ingot segregation, Loose, porosity, slag and other compaction and welding, the organization has become more closely, to improve the plasticity and mechanical properties of the metal.
Achieves steady machining with high dimensional stability Machining dimensional change over time of ø17 μm(LB35III actual data) In addition to maintaining high dimensional accuracy when room temperature changes, Okuma's Thermo-Friendly Concept provides high dimensional accuracy during machine startup and machining restart. To stabilize thermal deformation, warming-up time is shortened and the burden of dimensional correction during machining restart is reduced.
Thermo Active Stabilizer- Construction(TAS-C) When machining under changing ambient temperatures, machining dimensional changes are affected by expanding/contracting machine components as well as workpiece position with respect to the table in machining centers and workpiece size in lathes. TAS-C, based on machine thermal characteristics, with appropriately placed temperature sensors and feed axis position data, will predict and accurately control thermal deformation in machine construction when ambient temperatures change.
They are used as flexible joints compensating thermal deformations, side shift, and vibrations, while muffling and reducing transfer of noise across the installation.