Machining in a sentence

(1) The workpiece required precise machining.

(2) Borazon is a popular choice for machining.

(3) Machining can be used to repair damaged parts.

(4) The complexity of machining operations can vary.

(5) Borazons are often used in high-speed machining.

(6) Machining is a process used to shape metal parts.

(7) Reamers are commonly used in machining processes.

(8) Machining can be used to create intricate designs.

(9) Machining can be done using various cutting tools.

(10) Mandrels are commonly used in machining processes.

Machining sentence

(11) The speed of machining affects the production time.

(12) Machining requires proper tool selection and setup.

(13) The reamer is commonly used in machining operations.

(14) CNC machining offers high precision and repeatability.

(15) Machining involves removing material from a workpiece.

(16) The CNC machine is spooling the program for machining.

(17) The surface finish achieved through machining can vary.

(18) Deburring is often performed after machining operations.

(19) The main spindle rotates the workpiece during machining.

(20) CNC technology has revolutionized the machining process.

Machining make sentence

(21) The accuracy of machining is crucial for tight tolerances.

(22) Machining can be done manually or using automated systems.

(23) The micromotor is used in precision machining applications.

(24) The quality of machining greatly affects the final product.

(25) CNC machining is a popular method for precision engineering.

(26) The cost of machining depends on the complexity of the part.

(27) Machining is a versatile process used in various industries.

(28) The pantograph is an essential tool for precision machining.

(29) The collets are precision-engineered for accurate machining.

(30) Hobbing is a machining process used to cut teeth into gears.

Sentence of machining

(31) The machining industry plays a crucial role in manufacturing.

(32) Machining is an essential process in the automotive industry.

(33) The precision of electrical discharge machining is unmatched.

(34) CMC is a well-known manufacturer of precision machining tools.

(35) The efficiency of machining depends on the cutting parameters.

(36) Machining can be a time-consuming process for intricate parts.

(37) The main shaft of the lathe spins the workpiece for machining.

(38) Machining requires skilled operators and specialized equipment.

(39) Precision machining is essential for industries like aerospace.

(40) Machining can be used to create both simple and complex shapes.

Machining meaningful sentence

(41) The machine-shop is equipped to handle complex machining tasks.

(42) The leadscrew is an integral part of the CNC machining process.

(43) Truing the milling machine table will ensure precise machining.

(44) The counterbores were essential tools in the machining process.

(45) Machine-shops offer services such as CNC machining and welding.

(46) The electrical discharge machining process is highly efficient.

(47) CNC machining has significantly increased production efficiency.

(48) The machine-shop is a one-stop solution for all machining needs.

(49) The annealed material is less prone to warping during machining.

(50) The machinist used a caliper in the precision machining process.

Machining sentence examples

(51) The mandrels are carefully designed to ensure precise machining.

(52) CNC machining offers high levels of precision and repeatability.

(53) The main spindle is carefully calibrated for accurate machining.

(54) A damaged toolholder can negatively affect the machining process.

(55) The main spindle is dynamically balanced for precision machining.

(56) Machining can be used to create prototypes before mass production.

(57) Achieving high cylindricity requires precise machining techniques.

(58) The collets are made to withstand high-speed machining operations.

(59) The centerless design allows for efficient and accurate machining.

(60) The position control of the CNC machine ensures accurate machining.

Sentence with machining

(61) Machining is a key step in the production of mechanical components.

(62) Stellite is a preferred choice for high-speed machining operations.

(63) The accuracy of micrometers allows for precise machining processes.

(64) CNC machining allows for high levels of accuracy and repeatability.

(65) CNC technology allows for precise and accurate machining processes.

(66) Nonferrous metal machining requires precision tools and techniques.

(67) The shaping machine is an essential part of the machining industry.

(68) Counterboring is a machining process used to create a recessed hole.

(69) The collets are an essential component in the CNC machining process.

(70) The toolholder is an essential component in any machining operation.

Use machining in a sentence

(71) The accuracy of a machining process can be measured in millimicrons.

(72) The CNC machine has a water cooled spindle for high-speed machining.

(73) The main spindle is carefully calibrated to ensure precise machining.

(74) The cost of machining can be reduced through optimization techniques.

(75) The counterboring tool is an essential part of any machining toolbox.

(76) The toolholder is an essential component in CNC machining operations.

(77) Electrical discharge machining is ideal for machining complex shapes.

(78) The main spindle is aligned with the tailstock for precise machining.

(79) We must calibrate along the axis of rotation for precision machining.

(80) The shaping machine is used in conjunction with other machining tools.

Sentence using machining

(81) The main spindle is aligned with the tailstock for accurate machining.

(82) The demand for precision machining is increasing in the medical field.

(83) Machining plays a crucial role in the development of new technologies.

(84) The polycrystalline structure of this metal allows for easy machining.

(85) The machine-shop is a sought-after destination for machining services.

(86) Electrical discharge machining is a non-traditional machining process.

(87) Okuma's OSP control system allows for precise and efficient machining.

(88) The camshaft is a complex component that requires precision machining.

(89) The skill level of machinists greatly impacts the quality of machining.

(90) The tempered aluminum is less susceptible to cracking during machining.

Machining example sentence

(91) The precision of this machining process is down to the microinch level.

(92) The electrical discharge machining process is environmentally friendly.

(93) Machining can be performed on different materials like plastic and wood.

(94) These mandrels are used to hold and support workpieces during machining.

(95) CNC machining is widely used in the aerospace and automotive industries.

(96) The main spindle is precision-engineered to ensure accuracy in machining.

(97) A balancer is essential for accurate measurements in precision machining.

(98) The carbide insert on the milling cutter allows for high-speed machining.

(99) The stator is typically manufactured using advanced machining techniques.

(100) Swarf can be a sign of a well-maintained and efficient machining process.

Sentence with word machining

(101) The collets are designed to securely hold the workpiece during machining.

(102) Computer numerical control has improved the safety of machining processes.

(103) The presence of swarf in a workshop indicates active machining operations.

(104) Swarf can be a byproduct of both manual and automated machining processes.

(105) The gun enthusiast appreciated the precision machining of the breechblock.

(106) Electrical discharge machining is commonly used in the aerospace industry.

(107) The lathe bed is equipped with a power cross-feed for efficient machining.

(108) The tailstock can be locked in place to prevent movement during machining.

(109) Carbides are often used in the production of cutting inserts for machining.

(110) The advancements in machining technology have revolutionized manufacturing.

Sentence of machining

(111) Metalworking techniques can range from simple forging to complex machining.

(112) Counterboring is often used in conjunction with other machining operations.

(113) The presence of swarf can indicate the efficiency of a machining operation.

(114) The trunnions on the lathe were carefully calibrated for precise machining.

(115) Numerical control allows for the automation of various machining processes.

(116) The deburring operation is typically performed after the machining process.

(117) The cylinder head is a complex component that requires precision machining.

(118) Electrical discharge machining is a popular choice for tool and die making.

(119) Numerical control allows for the automation of complex machining processes.

(120) The bichromated aluminum was used to create a photochemical machining mask.

Machining used in a sentence

(121) Electrochemical machining is a process used to shape and finish metal parts.

(122) The equiaxial texture of the ceramic material allowed for precise machining.

(123) Okuma's MU-5000V vertical machining center is a versatile and powerful tool.

(124) The centerless method is a cost-effective solution for many machining needs.

(125) Machinability ratings help compare the ease of machining different materials.

(126) The counterbores were used in the aerospace industry for precision machining.

(127) CNC technology has made it possible to automate various machining operations.

(128) The use of numerical control has improved the safety of machining operations.

(129) The tailstock can be used to hold a dead center for support during machining.

(130) Carbide tools are essential for machining hard materials like stainless steel.

Machining sentence in English

(131) The cathode ray is used in electron beam machining to cut and shape materials.

(132) The machinability of this material allows for intricate and precise machining.

(133) The machinability of this material is well-suited for CNC machining processes.

(134) The micrometer screw is commonly used in mechanical engineering and machining.

(135) The toolholder plays a crucial role in maintaining precision during machining.

(136) The sintered tungsten carbide tool was able to withstand high-speed machining.

(137) The Haas VF-1 is a vertical machining center used in the metalworking industry.

(138) Computer numerical control allows for precise and accurate machining operations.

(139) Machinability tests are conducted to determine the ease of machining a material.

(140) Swarf can be a valuable source of information for analyzing machining processes.

(141) The toolholder is an investment that can greatly enhance machining productivity.

(142) Carbides are used in the production of cutting inserts for machining operations.

(143) The electron lens is used to focus the electron beam in electron beam machining.

(144) The lathe bed is designed with a variable speed control for versatile machining.

(145) Direct current is used in electrochemical machining for precision metal shaping.

(146) Electrical discharge machining can be used on a variety of conductive materials.

(147) The electrical discharge machining process is known for its high surface finish.

(148) The cutting tools made from stellite are ideal for machining hardened materials.

(149) The use of vernier calipers ensures precise machining in manufacturing processes.

(150) The presence of swarf can indicate the level of activity in a machining workshop.

(151) The calcined tungsten carbide was used as a cutting tool in machining operations.

(152) The toolholder is designed to provide efficient chip evacuation during machining.

(153) Electrical discharge machining is a reliable method for machining hardened steel.

(154) High machineability allows for faster machining speeds and increased productivity.

(155) The machineability of a material can be tested using various machining techniques.

(156) The precision of this machining process allows for tolerances within a micrometre.

(157) Electrical discharge machining is often used in the production of injection molds.

(158) Electrical discharge machining is a versatile method for creating intricate parts.

(159) The electrical discharge machining process is used to create micro-sized features.

(160) The electrical discharge machining process is used to create high-precision gears.

(161) Electrical discharge machining is a precise method for creating micro-sized holes.

(162) The cathode ray is used in electron beam machining to drill precise holes in metal.

(163) Machinability can be improved by using cutting fluids during the machining process.

(164) The machinability of this material is suitable for high-speed machining operations.

(165) Swarf can be a valuable source of information for troubleshooting machining issues.

(166) The improved castability of this alloy reduces the need for post-casting machining.

(167) The precision machining of this component requires accuracy to the microinch level.

(168) The electrochemical cell is used in electrochemical machining to shape metal parts.

(169) The counterbores were used in the metal fabrication industry for precise machining.

(170) The swarf was a byproduct of the machining process and had to be managed carefully.

(171) Machinability ratings are used to compare the ease of machining different materials.

(172) Spheroidizing reduced the material's susceptibility to deformation during machining.

(173) The presence of swarf can affect the accuracy and precision of machining operations.

(174) The hobbing process is commonly used in conjunction with other machining operations.

(175) Electrical discharge machining is a popular choice for manufacturing turbine blades.

(176) The wormwheel is a precision component that requires careful machining and assembly.

(177) Haas VF-1 is a popular vertical machining center used in the manufacturing industry.

(178) The electrical discharge machining process uses electrical sparks to remove material.

(179) The electrical discharge machining process is used to create molds for plastic parts.

(180) The hypereutectic composition of the material allowed for easy machining and shaping.

(181) Understanding electrochemistry is important in the field of electrochemical machining.

(182) The machinability of this alloy is considered to be excellent for precision machining.

(183) The machinist used a caliper up to the thousandth decimal place for precise machining.

(184) The machinability of the metal affects the speed and accuracy of machining operations.

(185) The machinability of the material determines the cost and time required for machining.

(186) The machineability of a material can be improved by using lubricants during machining.

(187) The electrical discharge machining process is capable of machining hardened materials.

(188) The electrical discharge machining process is computer-controlled for precise results.

(189) The use of numerical control has reduced the need for manual intervention in machining.

(190) The machinist carefully caliper up the angle of the metal piece for accurate machining.

(191) The sclerometer's readings were used to determine the appropriate machining parameters.

(192) The implementation of numerical control has reduced human error in machining processes.

(193) Servomechanisms are commonly employed in CNC machines for precise machining operations.

(194) Electrical discharge machining is a cost-effective solution for small batch production.

(195) Electrical discharge machining is a reliable method for removing broken taps or drills.

(196) The electrical discharge machining process is commonly used in the automotive industry.

(197) The machineability of a material is often evaluated using specific machining parameters.

(198) Computer numerical control has made it easier to implement complex machining strategies.

(199) The machinist calibrated the caliper up to the required tolerance for accurate machining.

(200) The toolholder is available in different configurations to suit specific machining needs.

(201) The accuracy of electrical discharge machining is crucial in the medical device industry.

(202) Electrical discharge machining is a preferred method for machining heat-resistant alloys.

(203) The use of numerical control has revolutionized the precision and efficiency of machining.

(204) Swarf can be a nuisance to clean up if not properly contained during machining operations.

(205) Machinability studies help identify the best machining techniques for a specific material.

(206) Electrolytic cells are commonly used in the production of electrochemical machining tools.

(207) The machining process required extreme precision, with tolerances measured in microinches.

(208) The test electrode is used in electrochemical machining to remove material from a surface.

(209) The implementation of computer numerical control has revolutionized the machining industry.

(210) Carbide tools are commonly used in the automotive industry for machining engine components.

(211) The toolholder is a versatile tooling accessory for a wide range of machining applications.

(212) Computer numerical control has eliminated the need for manual adjustments during machining.

(213) The electrical discharge machining process is used to create intricate patterns on jewelry.

(214) Electrical discharge machining is a key process in the production of electronic components.

(215) Electrochemical machining is a precise and efficient method for shaping complex metal parts.

(216) The use of numerical control has increased the speed and efficiency of machining operations.

(217) The development of computer numerical control has reduced human error in machining processes.

(218) Numerical control has greatly improved the accuracy and repeatability of machining processes.

(219) Numerical control has eliminated the need for manual adjustments during machining operations.

(220) Machinability studies are conducted to optimize machining parameters for better productivity.

(221) The toolholder is an important factor in achieving consistent and reliable machining results.

(222) Electrokinetics can be used to enhance the efficiency of electrochemical machining processes.

(223) The use of numerical control has eliminated the need for manual adjustments during machining.

(224) Electrical discharge machining is a time-saving alternative to traditional machining methods.

(225) The electrical discharge machining process is used to create cooling holes in turbine blades.

(226) Hobbing is a versatile machining technique that can be used for a range of gear applications.

(227) Swarf is a term used to describe the small metal shavings produced during machining processes.

(228) The electrochemical process of electrochemical machining is used to shape and cut metal parts.

(229) Okuma's MU-5000V vertical machining center offers advanced technology for precision machining.

(230) The introduction of computer numerical control has increased the speed of machining operations.

(231) The dimensional stability of the composite material allows for accurate machining and drilling.

(232) The engineering professor emphasized the importance of beveling with up in precision machining.

(233) The hardness test is crucial in assessing the suitability of a material for machining processes.

(234) Machinability tests help identify the most suitable machining techniques for a specific material.

(235) Hobbing is a versatile machining technique that can be used for both internal and external gears.

(236) The use of computer numerical control has eliminated the need for manual adjustments in machining.

(237) The machinability of the material affects the efficiency and productivity of machining operations.

(238) The machineability of a material can be optimized through the use of advanced machining techniques.

(239) The machineability of a material can be optimized through the use of advanced machining strategies.

(240) The machineability of a material can be improved by selecting the appropriate machining parameters.

(241) The machinist used a milling clamp to firmly attach the metal piece onto a workbench for machining.

(242) The metalworker relied on a sturdy tool rest to hold the heavy workpiece securely during machining.

(243) CNC technology has made it possible to achieve high levels of accuracy and consistency in machining.

(244) The use of numerical control eliminates the need for manual adjustments during machining operations.

(245) The programming of numerical control machines requires a deep understanding of machining principles.

(246) Magnetostrictive devices are used in precision machining applications for controlling tool movements.

(247) The leadscrew is a critical component in the manufacturing industry for precise machining operations.

(248) The antifriction properties of this material make it ideal for use in high-speed machining operations.

(249) The electron lens is used to shape and control the electron beam in electron beam machining processes.

(250) The advent of computer numerical control has reduced the need for manual labor in machining processes.

(251) The integration of computer numerical control has improved the overall safety of machining operations.

(252) Computer numerical control has made it easier to monitor and control machining processes in real-time.

(253) Euclidean geometry is used in manufacturing and machining to ensure precise measurements and alignments.

(254) The electrical discharge machining process is used to create complex geometries in aerospace components.

(255) The spheroidizing process can help to reduce the risk of cracking during subsequent machining operations.

(256) The use of numerical control has improved safety in machining operations by minimizing human involvement.

(257) The use of computer numerical control has greatly improved precision and accuracy in machining processes.

(258) The use of computer numerical control has reduced the need for manual intervention in machining processes.

(259) The addition of stearate to metalworking fluids helps to reduce friction and improve machining performance.

(260) Internal grinding is a precision machining process used to grind the inner surfaces of cylindrical objects.

(261) The skills required to become a successful gunmaker include precision machining, metallurgy, and ballistics.

(262) The precision and repeatability offered by computer numerical control are unmatched by manual machining methods.

(263) Once we anodize the metal, we can proceed with the machining process to achieve the desired shape and dimensions.

(264) The flexibility of numerical control systems allows for quick adjustments and modifications to machining processes.

(265) Computer numerical control has made it possible to achieve high levels of precision in micro-machining applications.

(266) The ease of machining and shaping polymethyl methacrylate makes it a versatile material for a wide range of applications.

(267) Make sure the clamp is positioned in a way that it does not interfere with the desired machining operations on the workpiece.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Machining. They do not represent the opinions of TranslateEN.com.