Metalworker in a sentence

(1) The metalworker cast a sword.

(2) The metalworker cast a shield.

(3) The metalworker babbitted the shaft.

(4) The metalworker cast a bronze statue.

(5) The abbess was a skilled metalworker.

(6) The metalworker burnished the copper pot.

(7) The metalworker cast a new key for the door.

(8) The metalworker cast a decorative iron gate.

(9) The metalworker hammered the metal into shape.

(10) The metalworker reforges the damaged machinery.

Metalworker sentence

(11) The torno is a valuable asset for any metalworker.

(12) The metalworker fabricates decorative metal gates.

(13) The metalworker mitered in the seams of the pipes.

(14) The metalworker shaped copper into a delicate vase.

(15) The metalworker used a jig for bending sheet metal.

(16) The metalworker's bladework was strong and durable.

(17) The metalworker cast a beautiful ring for his wife.

(18) The metalworker hammered out a decorative iron gate.

(19) The metalworker used a mould to cast a bronze statue.

(20) The metalworker embosses patterns onto copper plates.

Metalworker make sentence

(21) The metalworker forged the bronze into a durable tool.

(22) The metalworker expertly wrought round the copper pot.

(23) The metalworker created a beautiful aeneous sculpture.

(24) The metalworker welded a bevel across the metal frame.

(25) The metalworker forged a beautiful sword on the anvil.

(26) The metalworker hammered out a decorative iron railing.

(27) The metalworker deoxidizes the metal before shaping it.

(28) The metalworker expertly wrought round the steel blade.

(29) The metalworker hammered a bevel across the iron sheet.

(30) The tinsnips were a necessary tool for the metalworker.

Sentence of metalworker

(31) The taglioferro is a must-have tool for any metalworker.

(32) The taglioferro is a valuable asset for any metalworker.

(33) The metalworker forged custom boltheads for the project.

(34) The metalworker will blit the patina onto the sculpture.

(35) The metalworker is zincing the tools to prevent rusting.

(36) The metalworker reground the metal piece to remove rust.

(37) The metalworker soldered the hinges onto the door frame.

(38) The metalworker used bellows to forge intricate designs.

(39) The metalworker's handwrought jewelry was in high demand.

(40) The metalworker was reaming the pipe to remove any burrs.

Metalworker meaningful sentence

(41) The metalworker honed his craft through years of practice.

(42) The metalworker was bevelling the edges of the steel beam.

(43) The metalworker crafted intricate designs using nailheads.

(44) The metalworker replated the iron gate to prevent rusting.

(45) The metalworker is zincing the tools to prevent oxidation.

(46) The metalworker was bending the rod into a specific shape.

(47) The metalworker rewelded the broken hinge to fix the door.

(48) The metalworker used a variety of tools to shape the metal.

(49) The metalworker used a hammer and anvil to shape the metal.

(50) The metalworker used scrapiron to create intricate designs.

Metalworker sentence examples

(51) The metalworker shaped a gold nugget into a unique pendant.

(52) The metalworker used a torch to bevel onto the steel sheet.

(53) The edge tool is an indispensable tool for any metalworker.

(54) The metalworker used a press to extrude into a strong beam.

(55) The metalworker cast a beautiful necklace for his daughter.

(56) The metalworker crafted a beautiful sculpture out of bronze.

(57) The metalworker used his skills to create intricate jewelry.

(58) The metalworker specialized in working with stainless steel.

(59) The metalworker used a blowtorch to weld the metal together.

(60) The metalworker shaped copper into a decorative wall sconce.

Sentence with metalworker

(61) The metalworker forged the bronze into a sturdy armor piece.

(62) The metalworker will buff off the rust from the metal parts.

(63) The metalworker used pliers to bend up the wire into a loop.

(64) The metalworker used a flat bar to shape the piece of steel.

(65) The metalworker used a mould to cast a set of silver spoons.

(66) The metalworker will smear over with oil to prevent rusting.

(67) The metalworker's rendition of the sculpture was impressive.

(68) The metalworker used a hammer and chisel to etch with depth.

(69) The metalworker had to weld up the metal gate for the fence.

(70) The metalworker will abrade out the dents on the metal sheet.

Use metalworker in a sentence

(71) The metalworker melted down scrap metal to create new pieces.

(72) The metalworker carefully measured each piece before cutting.

(73) The metalworker used a spirit level to weld the metal pieces.

(74) The metalworker showcased his skill in handwrought metal art.

(75) The metalworker hammered the sheet metal into a convex curve.

(76) The metalworker used a grinder to bevel into the metal sheet.

(77) The metalworker hammered up the copper pot in their workshop.

(78) The metalworker heated the copper and shaped it on the anvil.

(79) The metalworker used boltheads to attach the pieces together.

(80) The ballpeen hammer is a staple in any metalworker's toolbox.

Sentence using metalworker

(81) The metalworker acierated the iron to make it rust-resistant.

(82) Ahriman is sometimes depicted as a blacksmith or metalworker.

(83) The metalworker tinked on the piece of metal with his hammer.

(84) The metalworker used a grinder to bevel into the steel plate.

(85) The metalworker had to weld up the joints on the metal chair.

(86) The metalworker hammered copper into a decorative door handle.

(87) The torno is a valuable addition to any metalworker's toolkit.

(88) The metalworker used a spot weld to join the two metal sheets.

(89) The metalworker used a vise to hold the nut and bolt in place.

(90) The metalworker shaped the iron using a flat bar and a hammer.

Metalworker example sentence

(91) The metalworker acierates the steel to improve its durability.

(92) The metalworker burnished the steel beams to make them smooth.

(93) The metalworker burnished the copper pipes to make them shine.

(94) The metalworker crafted intricate designs using nuts and bolts.

(95) The metalworker's hands were calloused from years of hard work.

(96) The metalworker's artistry was admired by all who saw his work.

(97) The metalworker used a lathe to mill out the cylindrical shape.

(98) The metalworker melted down the scrapiron to create new pieces.

(99) The metalworker used a grinder to bevel onto the metal surface.

(100) The metalworker shaped the steel bar into a decorative railing.

Sentence with word metalworker

(101) The metalworker buffed down the rough edges of the metal sheet.

(102) A skilled metalworker knows how to effectively use a planisher.

(103) The metalworker etched intricate designs onto the copper plate.

(104) The metalworker will acierate the metal to improve its quality.

(105) The metalworker lathed the aluminum tube for the airplane wing.

(106) The planishing hammer is an essential tool for any metalworker.

(107) The metalworker will abrade under the metal to remove any rust.

(108) The metalworker welded up onto the gate to make it more secure.

(109) The metalworker burnished the copper pot to a beautiful patina.

(110) The metalworker shaped the angle iron into a decorative pattern.

Sentence of metalworker

(111) The metalworker had to fix a knick on the edge of the sculpture.

(112) The metalworker wore protective gear to stay safe while working.

(113) The metalworker deoxidizes the metal to improve its workability.

(114) The metalworker replated the steel door handles to prevent rust.

(115) The metalworker transformed the zinc into a beautiful sculpture.

(116) The metalworker burnished towards the shapes in the metal piece.

(117) The metalworker used a bending machine to create precise angles.

(118) The metalworker will enchase the ornate motif in a copper plate.

(119) The metalworker was tasked with reforging the damaged machinery.

(120) The artisan metalworker created a unique sculpture for the park.

Metalworker used in a sentence

(121) The metalworker burnished the copper pipes to prevent corrosion.

(122) The metalworker burnished the steel to remove any imperfections.

(123) The metalworker burnished the sword, making it sharp and deadly.

(124) The metalworker had to weld up the metal frame for the new door.

(125) The metalworker's attention to detail was evident in every piece.

(126) The metalworker's skill with metal was unmatched in the industry.

(127) The metalworker forged the bronze into a durable cooking utensil.

(128) The metalworker deoxidizes the metal to achieve a desired finish.

(129) The metalworker incises the metal sheet to form intricate shapes.

(130) The metalworker tempered the steel before forging it into a tool.

Metalworker sentence in English

(131) The metalworker skillfully soldered together the silver bracelet.

(132) The metalworker used a mold out of iron to shape the metal sheet.

(133) The metalworker engraved intricate patterns onto the copper tray.

(134) The metalworker burnished between the joints for a seamless look.

(135) The metalworker burnished between the welds for a smooth surface.

(136) The metalworker burnished towards the details in the metal piece.

(137) The metalworker burnished towards the texture in the metal piece.

(138) The metalworker shaped the wire squarish into a decorative fence.

(139) The metalworker fullered the iron gate to create a unique design.

(140) The caliper is a must-have tool for any machinist or metalworker.

(141) The metalworker created an artistic sculpture with welding tools.

(142) The metalworker had to file off some excess metal from the hinge.

(143) She learned how to braze as part of her training as a metalworker.

(144) The metalworker shaped the brass out sheet into a decorative bowl.

(145) The ballpeen hammer is a staple tool in any metalworker's arsenal.

(146) The metalworker used a cutting torch to bevel into the steel beam.

(147) The metalworker transformed scrap material into intricate jewelry.

(148) The metalworker forged a mold out of iron for the casting process.

(149) The metalworker melted down scrap material to create new products.

(150) The metalworker burnished towards the textures in the metal piece.

(151) The metalworker used a cloth to burnish the surface of the silver.

(152) The metalworker used intricate details to embellish the sculpture.

(153) Hard solder is a must-have for any serious metalworker or jeweler.

(154) The metalworker's creations were highly sought after by collectors.

(155) The metalworker used a lathe to shape the metal into precise forms.

(156) The metalworker's workbench was cluttered with tools and materials.

(157) The metalworker used a torch to melt copper onto the jewelry piece.

(158) The metalworker meticulously crafted a handwrought silver bracelet.

(159) The metalworker used crimping to join two pieces of metal together.

(160) The metalworker had to file off the sharp edges of the metal sheet.

(161) The metalworker used chamfers to remove burrs from the metal sheet.

(162) The metalworker superscribes their mark on the custom-made jewelry.

(163) The metalworker buffed down the rough spots on the metal sculpture.

(164) The metalworker forged a mold out of steel for the industrial part.

(165) The metalworker carefully aligned the rivet before hammering it in.

(166) The metalworker carefully polished the finished piece on the anvil.

(167) The metalworker used a file to bevel the edges of the copper sheet.

(168) The metalworker hewed the pieces to size for the wrought iron gate.

(169) The metalworker used a bending machine to create intricate designs.

(170) The metalworker used a furnace to mold copper into aluminum alloys.

(171) The metalworker used scrap iron to create sturdy and durable tools.

(172) The deburring tool is a must-have for any metalworker or machinist.

(173) The metalworker used a magnet to extract the drosses from the iron.

(174) The metalworker unsolders the two pieces of metal to separate them.

(175) The metalworker burnished the aluminum to create a polished finish.

(176) The metalworker used a blowtorch to heat and bend out the steel rod.

(177) The metalworker used a scraper to remove burrs from the metal edges.

(178) The metalworker's hands were stained with grease and metal shavings.

(179) The metalworker's workshop was a place of creativity and innovation.

(180) The metalworker's hands moved with grace and precision as he worked.

(181) The metalworker used a chamfer to remove burrs from the steel sheet.

(182) The metalworker used nailheads to create a pattern on the iron gate.

(183) The metalworker hammered the steel bar to create a textured surface.

(184) The metalworker reground the drill bits to maintain their sharpness.

(185) The metalworker abrades under the rust to restore the metal's shine.

(186) The metalworker used the workbenches to weld and shape metal pieces.

(187) The metalworker used a sturdy tool rest to hold the chisel securely.

(188) The metalworker had to restrike the metal sheet to remove the dents.

(189) The oilstone is an essential tool for any woodworker or metalworker.

(190) The metalworker beadblasts the copper pipes to remove any corrosion.

(191) The metalworker used a hammer to flatten the sheet metal into shape.

(192) The metalworker will enchase the ornate pattern in the copper plate.

(193) The metalworker used a grindstone to sharpen his metalworking tools.

(194) The metalworker burnished the steel beams to make them more durable.

(195) The metalworker used a scraper to remove rust from the metal surface.

(196) The metalworker is reaming the hole in the sheet metal for the screw.

(197) The metalworker applied hard solder to the edges of the copper sheet.

(198) The metalworker formed a ring with a band of steel around the finger.

(199) The metalworker used heat to soften the material for easier bendings.

(200) The metalworker used a specialized tool for beveling the metal sheet.

(201) The metalworker hammered up the aluminum sheet to create a sculpture.

(202) The metalworker reground the lathe tool to achieve a smoother finish.

(203) The metalworker uses a grinder to bevel the edges of the metal plate.

(204) The metalworker used a grinder to bevel the edges of the steel plate.

(205) The metalworker carefully forged the blade until it glowed white hot.

(206) The metalworker rewelded the rusted gate to make it functional again.

(207) The metalworker used a grinder to bevel through from the steel plate.

(208) The metalworker brazed the aluminum frame to create a sturdy bicycle.

(209) The metalworker used a reamer to deburr the edges of the metal sheet.

(210) The metalworker had to hammer off the sharp edges of the metal sheet.

(211) The metalworker used a shear to cut through the thick sheet of metal.

(212) The metalworker's workshop was filled with the smell of burning metal.

(213) The metalworker anodises the aluminum to give it a protective coating.

(214) The skilled metalworker created stunning filigrees on the copper vase.

(215) The metalworker used a mold out of steel to shape the metal sculpture.

(216) The metalworker had a workbench full of semifinished metal sculptures.

(217) The metalworker fullered the bronze plate to create a striking design.

(218) The metalworker used a file to grind on to smooth out the rough edges.

(219) The metalworker beadblasts the zinc sheet to prepare it for soldering.

(220) The metalworker had to scrape down the rough edges of the metal sheet.

(221) The metalworker fullered the copper bowl to create a more stable base.

(222) The metalworker burnished the steel beams to make them rust-resistant.

(223) The metalworker's workshop was filled with the sound of clanging metal.

(224) The metalworker used a variety of techniques to create unique textures.

(225) The metalworker will weld up with brass to create a decorative railing.

(226) The metalworker shaped the metal into a convex curve for the sculpture.

(227) The metalworker will weld in decorative elements to enhance the design.

(228) The metalworker fullered the aluminum sheet to add depth to the design.

(229) The metalworker used a grinding wheel to grind on to the metal surface.

(230) The metalworker carefully poured the molten bronze up to fill the mold.

(231) The metalworker burnished pigment onto the metal for an artistic touch.

(232) The metalworker will inject molten metal into molds to create castings.

(233) The metalworker will skim off from the molten metal to remove any slag.

(234) The scorifier is an essential tool for any metallurgist or metalworker.

(235) The metalworker used a mallet to knock with bars on the sheet of metal.

(236) The metalworker used a brazing process to join the two pieces of steel.

(237) The metalworker was pinging the metal to shape it into a specific form.

(238) The metalworker was hammering on the metal to create intricate designs.

(239) The metalworker will abrade onto the steel to remove any imperfections.

(240) The metalworker's creations were known for their durability and quality.

(241) The metalworker's work was a blend of traditional and modern techniques.

(242) The metalworker used a grinder to round over the edges of the metal rod.

(243) The metalworker shaped a bracelet with a band of steel around the wrist.

(244) The metalworker used a crucible to smelt the metal into a desired shape.

(245) The iron gate was welded up under the guidance of a skilled metalworker.

(246) The metalworker carefully aligned the holes before inserting the rivets.

(247) The metalworker blowtorched the metal frame to remove any imperfections.

(248) The metalworker fullered the copper plate to create a beautiful pattern.

(249) The metalworker used a vise to secure the metal piece while grinding it.

(250) The metalworker crimped the edges of the sheet metal for added strength.

(251) The metalworker used a bevel to create precise cuts in the metal sheets.

(252) The metalworker used a chemical process to platinize the copper surface.

(253) The metalworker used a special tool to brass the edges of the sculpture.

(254) The metalworker welded a mitre across the steel beam for a strong joint.

(255) The metalworker welded a mitre within the steel beam for a strong joint.

(256) The metalworker specified a scantling of aluminum for the window frames.

(257) The metalworker used the forge to create intricate designs on the armor.

(258) The metalworker used the dropforge to create custom tools for his trade.

(259) The metalworker used a grinder to bevel in the edges of the metal sheet.

(260) The metalworker incised intricate patterns onto the surface of the armor.

(261) The metalworker's creations were displayed in galleries around the world.

(262) The metalworker will weld up with brass rods to create a decorative lamp.

(263) The metalworker used welding to chink up the gaps in the metal structure.

(264) The metalworker will meld down the scrap metal to create a new sculpture.

(265) The metalworker used a hammer to round over the edges of the metal plate.

(266) The metalworker used a grinder to bevelling the edges of the metal sheet.

(267) The metalworker used crimping to join two pieces of sheet metal together.

(268) The metalworker used a grinder to hew round the undefined piece of steel.

(269) The metalworker used a crucible to smelt the metal into a specific shape.

(270) The metalworker carefully measured and marked where to bend up the metal.

(271) The artisanship of the metalworker is displayed in the ornate iron gates.

(272) The metalworker used a darkener to create an antique finish on the metal.

(273) The metalworker used a hammer and anvil to shape the steel over the fire.

(274) The metalworker crimped the edges of the metal sheet to prevent injuries.

(275) The metalworker carefully operated the band saw to shape the steel sheet.

(276) The metalworker had to use a hammer to wrench the sheet metal into shape.

(277) The metalworker fullered the copper sheet to create a decorative pattern.

(278) The metalworker used a grinder to bevel out the sharp edges of the metal.

(279) The metalworker showed us how to bevel over the edges of the metal sheet.

(280) The metalworker had to weld together the intricate pieces of the jewelry.

(281) The metalworker used a lathe to shear off excess metal from the workpiece.

(282) The metalworker will use a grinder to sand off the rust from the old gate.

(283) The metalworker used angle iron to create a sturdy frame for a metal gate.

(284) The metalworker had to etch off the excess solder to create a clean joint.

(285) The metalworker hammered upon the jewelry piece to create a unique design.

(286) The metalworker will etch onto the copper plate to create a unique design.

(287) The metalworker used a file to smooth the rough edges of the iron against.

(288) The metalworker used a caliper around to measure the diameter of the pipe.

(289) The metalworker bevels the edges of the steel plate for a smoother finish.

(290) The metalworker used a plasma cutter to cut into the aluminum sheet metal.

(291) The metalworker used countersinks to create a smooth surface on the metal.

(292) The metalworker used a lathe to extrude up a custom screw for the project.

(293) The metalworker used a cutting torch to shear off a piece of the steel rod.

(294) The metalworker incised the client's initials onto the custom-made jewelry.

(295) The metalworker's creations ranged from small trinkets to large sculptures.

(296) The metalworker's passion for his craft was evident in every piece he made.

(297) The metalworker used a wire brush to peel away the rust from the iron gate.

(298) The metalworker used rivets to secure the pieces of the sculpture together.

(299) The metalworker used a file to bevel over the sharp edges of the metal rod.

(300) The metalworker fullered the blade to enhance its strength and flexibility.

(301) The metalworker's precision was evident in every piece shaped on the anvil.

(302) The metalworker annealed the brass fittings to improve their machinability.

(303) The metalworker skillfully beveled past the sharp edges of the steel sheet.

(304) The metalworker used nailheads to attach the hinges to the heavy iron gate.

(305) The metalworker used a spirit level to ensure the metal pieces were aligned.

(306) The metalworker used a large stamp to emboss a logo onto the aluminum plate.

(307) The metalworker used a file to bevel off the rough edges of the metal plate.

(308) The metalworker used a file to smooth out the notching on the metal surface.

(309) The metalworker used a grinder to hew round the undefined piece of aluminum.

(310) The metalworker used a file to sand away the sharp edges of the metal piece.

(311) The metalworker hammered upon the metal sheet to create a decorative design.

(312) The metalworker added chamfers to the corners of the steel frame for safety.

(313) The metalworker used a grinder to bevel towards the sharp edge of the blade.

(314) The metalworker used a special tool to bend up the edges of the sheet metal.

(315) The metalworker crimped the edges of the metal sheet to prevent sharp edges.

(316) The metalworker carefully brushed the bronze up to remove any imperfections.

(317) The metalworker used a file to smooth out the rough edges of the bare metal.

(318) The metalworker used filigree techniques for ornamenting the silver jewelry.

(319) The metalworker used a belt sander to bevel the edges of the aluminum sheet.

(320) The metalworker burnished between the soldered joints for a seamless finish.

(321) The metalworker beadblasts the brass fittings to prepare them for polishing.

(322) The metalworker used a grinder to bevel around the edges of the steel plate.

(323) The diestock was a valuable tool for the metalworker to create custom bolts.

(324) The metalworker used collets to hold the metal rods in place during welding.

(325) The metalworker used a swage block to shape the metal into the desired form.

(326) The metalworker used acid to etch intricate patterns onto the steel surface.

(327) The metalworker burnished by hand the copper bowl to give it a shiny finish.

(328) The metalworker had to abrade through the surface to create a smooth finish.

(329) The metalworker used a bending machine to precisely bend out the sheet metal.

(330) The metalworker had to mill down the brass sheet to create intricate designs.

(331) The metalworker used a file to round over the sharp edges of the metal sheet.

(332) The metalworker used a belt sander to bevelling the edges of the metal plate.

(333) The metalworker used a furnace to smelt out impurities from the raw material.

(334) The metalworker used a chamfer to remove sharp edges from the aluminum sheet.

(335) The metalworker used a hammer to create deep indentations in the metal sheet.

(336) The metalworker used a file to bevel over the rough edges of the metal sheet.

(337) The metalworker used a hammer to shape the bare metal into a decorative bowl.

(338) The metalworker will planish the steel sheet to achieve a mirror-like finish.

(339) The metalworker used a file to bevel past the sharp edges of the steel sheet.

(340) The metalworker was known for his ability to reforge old tools into new ones.

(341) The metalworker demonstrated the repousse technique to the curious onlookers.

(342) The metalworker had to grind into the aluminum plate to create a precise cut.

(343) The metalworker used a grinding wheel to grind the metal to a smooth surface.

(344) The metalworker used lofting to create the curved shape of the metal railing.

(345) The metalworker used a mandrel to create the perfect curve in the metal pipe.

(346) The metalworker had to grind off the excess metal to create a smooth surface.

(347) The metalworker used a wire brush to remove the excess solder from the joints.

(348) The metalworker melted down a gold nugget to create a custom piece of jewelry.

(349) The metalworker had to etch off the excess metal to achieve the desired shape.

(350) The metalworker is recessing the edges of the sheet metal for safety purposes.

(351) The metalworker is recessing the edges of the metal sheet to prevent injuries.

(352) The metalworker used a grinder to bevel over the sharp edges of the sculpture.

(353) The metalworker used a nailrod to create decorative patterns on the iron gate.

(354) The metalworker demonstrated the platinizing process to the curious onlookers.

(355) The metalworker used a laser to stamp onto aluminum sheets for a sleek finish.

(356) The metalworker will anoint the metal sculpture with glaze to prevent rusting.

(357) The metalworker enchases intricate designs onto the surface of the metal vase.

(358) The metalworker welded gussets to the frame of the machine to prevent bending.

(359) The metalworker had to sand off the excess welds before polishing the project.

(360) The metalworker had to grind off some of the metal to create a smooth surface.

(361) The metalworker had to weld up apart the damaged fence to keep the animals in.

(362) The metalworker had to grind off the sharp edges of the metal sheet for safety.

(363) The metalworker used a grinder to bevel out the sharp edges of the metal sheet.

(364) The metalworker skillfully stamped a decorative border onto the aluminum frame.

(365) The metalworker used a grinder to bevel off the sharp edges of the metal sheet.

(366) The metalworker's handwrought sculptures were displayed in galleries worldwide.

(367) The metalworker used a wire brush to sand away the rust from the metal surface.

(368) The metalworker used a rivet gun to quickly and efficiently install the rivets.

(369) The metalworker had a pile of semifinished metal parts waiting to be assembled.

(370) The metalworker used a grinder to corve a smooth finish on the metal sculpture.

(371) The metalworker used a bevel to shape the metal into a curved and elegant form.

(372) The metalworker used a chamfering machine to remove burrs from the metal sheet.

(373) The metalworker used a grinder to smooth out the rough edges of the bare metal.

(374) The metalworker chamfers the edges of the steel beam to improve its appearance.

(375) The metalworker used a press to extrude a metal rod in front of his apprentice.

(376) The metalworker used a cement mixture to attach the metal brackets to the wall.

(377) The metalworker had to heat and bake the materials to create the perfect sword.

(378) The metalworker was through with the brass sheet and began working with copper.

(379) The metalworker used a grinder to create a smooth bevelling on the metal sheet.

(380) The metalworker used sandpapers to polish the metal surface to a mirror finish.

(381) The metalworker enchases intricate designs onto the surface of the metal plate.

(382) The metalworker had to grind off the burrs from the metal sheet for a clean cut.

(383) The metalworker was tempering the copper to make it more resistant to corrosion.

(384) The metalworker chamfered the corners of the steel frame to prevent sharp edges.

(385) The metalworker used a chamfer tool to create a beveled edge on the metal sheet.

(386) The metalworker used a grinder to shear away the rough edges of the metal piece.

(387) The metalworker will meld down the scrap metal to create a functional sculpture.

(388) The metalworker crafted a durable gate using iron with a rust-resistant coating.

(389) The metalworker blowtorched the edges of the sheet metal to prevent sharp edges.

(390) The metalworker fullered the tin sheet to create a visually interesting texture.

(391) The metalworker used a vise to hold the metal sheet while cutting it with a saw.

(392) The metalworker embossed underneath the metal plate to create a stunning design.

(393) The metalworker used a chamfering tool to remove sharp edges from the metal rod.

(394) The metalworker demonstrated the use of a countersinking bit on the drill press.

(395) The metalworker hammered back the bent metal bar until it became straight again.

(396) The metalworker used gold foil to gild around the engravings on the brass plate.

(397) The metalworker used a blowtorch to heat the metal before bending it into shape.

(398) The metalworker hammered the metal sheet into place to create the desired shape.

(399) The metalworker had to reforge the iron bars to make them fit the new structure.

(400) The metalworker whangs the hammer against the anvil, shaping the piece of metal.

(401) The metalworker used a hammer and punch to create indentions in the metal sheet.

(402) The metalworker hammered in the nailheads to create a sturdy frame for the gate.

(403) The metalworker burnished around the edges of the armor to make it more durable.

(404) The metalworker had to grind off the sharp corners of the metal sheet for safety.

(405) The metalworker used zinc around the edges of the table to create a sleek design.

(406) The metalworker will weld in intricate patterns to create a unique metal artwork.

(407) The metalworker used a nailrod to create intricate designs on the silver jewelry.

(408) The metalworker fullered the aluminum sheet to create a stunning surface pattern.

(409) The metalworker used a plasma torch to cut straight down through the steel plate.

(410) The metalworker adjusted the angle of the tool rest to achieve the desired bevel.

(411) The metalworker used a countersinking tool to create a recess for the screw head.

(412) The metalworker had to hammer back the twisted pipes to make them straight again.

(413) The diestock allowed the metalworker to create threads on a variety of materials.

(414) Hacksaws are a must-have tool for any DIY enthusiast or professional metalworker.

(415) The metalworker used a chamfering wheel to shape the edges of the metal sculpture.

(416) The metalworker used a chemical solution to peel away the rust from the iron bars.

(417) The metalworker used a crucible to smelt out the impurities from the molten metal.

(418) The metalworker used a plasma cutter to cut straight down through the metal sheet.

(419) The metalworker used a burnishing tool to smooth out the edges of the metal sheet.

(420) The metalworker held the caliper around to check the thickness of the sheet metal.

(421) The metalworker used a chamfering tool to create a beveled edge on the metal sheet.

(422) The metalworker used a drill press to drill a hole in the metal sheet for riveting.

(423) The metalworker had to hammer back the bent steel plate of a construction material.

(424) The metalworker recommended that I copper up my copper pieces to prevent oxidation.

(425) The metalworker used a burnish on top of the metal to smooth out any imperfections.

(426) The metalworker was able to carve up the metal into intricate designs for the gate.

(427) The metalworker was frustrated when he realized the metal he had was not forgeable.

(428) The metalworker used a buffing wheel to bronze out the rough edges of the sculpture.

(429) The metalworker used a torch to speed up the patination process on the copper sheet.

(430) The metalworker used a belt sander to bevel over the sharp edges of the metal frame.

(431) The metalworker adjusted the tool rest on the bench grinder for accurate sharpening.

(432) The metalworker used a chamfering machine to create precise angles on the metal rod.

(433) The metalworker used a countersink bit to create a recessed hole for the screw head.

(434) The metalworker burnished outside the edges of the metal piece for a smooth surface.

(435) The metalworker burnished outside the joints of the metal piece for a seamless look.

(436) The metalworker had to hammer back the bent rod to use it in a construction project.

(437) He is studying to become a blacksmith as an apprentice off of a skilled metalworker.

(438) The metalworker planished the copper sheet to create a shiny and reflective surface.

(439) The metalworker used the forge to create a set of tools, each one perfectly crafted.

(440) The metalworker will aluminise the surface of the steel to protect it from corrosion.

(441) The metalworker used a chamfering machine to remove sharp edges from the metal sheet.

(442) The metalworker used a polishing cloth to burnish through the oxidation on the metal.

(443) The metalworker used a polishing cloth to burnish through the scratches on the metal.

(444) The metalworker had to hew into the steel to create the intricate design on the gate.

(445) The metalworker had to fabricate outside the workshop due to the size of the project.

(446) The metalworker used a countersinking tool to create a smooth surface for the screws.

(447) The metalworker used the forge to create a set of armor, each piece perfectly fitted.

(448) The metalworker used a belt sander to bevel out the sharp edges of the aluminum sheet.

(449) The metalworker used a burnishing tool to add decorative patterns to the copper plate.

(450) The metalworker used a burnishing tool to create intricate designs on the brass plate.

(451) The metalworker used a laser cutter to carve in the precise shapes on the metal sheet.

(452) The metalworker shaped a decorative bowl out of brass with a smooth, polished surface.

(453) The metalworker placed the mitred pieces of sheet metal beside each other for welding.

(454) The metalworker used a bending machine to create the perfect curve in the metal sheet.

(455) The metalworker used lofting to create the intricate curves of the decorative railing.

(456) The metalworker used a grinder to smooth out the pittings on the surface of the metal.

(457) The metalworker will sand off the sharp corners of the metal frame to prevent injuries.

(458) The metalworker used a deburring tool to bevel over the rough edges of the metal plate.

(459) The metalworker used a grinding wheel to bevel over the rough edges of the metal frame.

(460) The metalworker heated the bronze up to a molten state before pouring it into the mold.

(461) The metalworker burnished over with a hammer to create a textured surface on the metal.

(462) The metalworker had to weld up together the pieces of the fence to secure the property.

(463) The metalworker applied hard solder to the brass fittings to create a secure connection.

(464) The metalworker used a buffing wheel to burnish over the rough edges of the metal piece.

(465) The metalworker used zinc around the edges of the decorative mirror for a polished look.

(466) The metalworker uses a chamfering tool to smooth out the sharp edges of the metal sheet.

(467) The metalworker used a chamfering tool to smooth out the rough edges of the metal sheet.

(468) The metalworker used a grinding wheel to burnish through the imperfections on the metal.

(469) The metalworker used a file to bring into smoothness the sharp edges of the metal sheet.

(470) The metalworker was able to mill out a custom sign for a business using a plasma cutter.

(471) The metalworker had to grind off the sharp edges of the metal to make it safe to handle.

(472) The metalworker used a jig to hold the metal sheet in place while cutting precise shapes.

(473) The metalworker used a belt sander to bevel towards the clean edge of the aluminum sheet.

(474) The metalworker used a grinder to smooth the rough edges of the steel over the sculpture.

(475) The metalworker carefully applied the platinizing solution to the surface of the artwork.

(476) The metalworker crafted a beautiful sculpture using only recycled nut and bolt materials.

(477) The metalworker used a collet to hold the metal rod steady while shaping it on the lathe.

(478) The metalworker used a variety of welding techniques to weld up into the intricate design.

(479) The metalworker used a welding mask to protect their eyes while welding up into the metal.

(480) The metalworker used rottenstone to remove scratches and blemishes from the metal surface.

(481) The metalworker's hammer rang out in the workshop as he hammered away at the copper sheet.

(482) If you're a metalworker, glue can be used to hold pieces of metal together before welding.

(483) The metalworker incised the intricate pattern onto the copper plate, and then oxidized it.

(484) The metalworker used the abrasive grain to polish the metal surface to a mirror-like shine.

(485) The metalworker used a burnishing machine to smooth out the rough edges of the metal sheet.

(486) The metalworker's precision and attention to detail set him apart from others in his field.

(487) The metalworker skillfully shaped the steel over the anvil to create a beautiful sculpture.

(488) The metalworker burnished up with a polishing cloth to give the metal a mirror-like finish.

(489) The metalworker burnished up with a polishing cloth to remove any oxidation from the metal.

(490) The metalworker held the caliper across from the metal pipe to determine its circumference.

(491) The metalworker used a brazing technique to create a decorative pattern on the steel plate.

(492) The metalworker used a burin to create the intricate filigree design on the silver bracelet.

(493) The metalworker created a decorative gate with intricate patterns of steel around the edges.

(494) The metalworker explained the necessity of tempering steel before using it for construction.

(495) The metalworker carefully filed down the excess metal around the rivets for a smooth finish.

(496) The metalworker applied chamfering to the edges of the steel plate for a more polished look.

(497) The metalworker used a chamfering tool to remove burrs and sharp edges from the metal sheet.

(498) The metalworker had to bevel past the dents in the aluminum sheet to restore its smoothness.

(499) The craft brother in our family is a skilled metalworker, creating intricate jewelry pieces.

(500) The metalworker burnished up with a grinding wheel to remove any imperfections in the metal.

(501) The metalworker used hot-metal rolling to create a sheet of metal with a specific thickness.

(502) The metalworker used a chemical solution to etch a decorative pattern onto the metal surface.

(503) The metalworker used a combination of acids to create a unique patination on the copper vase.

(504) The metalworker carefully measured the spacing between the rivets to ensure even distribution.

(505) The metalworker polished the bronze through with a special compound to achieve a shiny finish.

(506) The metalworker annealed the copper wire to make it more flexible for electrical applications.

(507) The metalworker used a punch to carve up inside the sheet metal and create a detailed pattern.

(508) The metalworker used a punch to carve up within the sheet metal and create a detailed pattern.

(509) The metalworker used a special technique to achieve the desired patination on the copper plate.

(510) The metalworker applied a thin layer of zinc around the sculpture to protect it from oxidation.

(511) The skilled metalworker would carve up into inscriptions the lyrics of a song on a brass plate.

(512) The metalworker used a heavy-duty tool rest to support the weight of the metal being worked on.

(513) The metalworker used a special solution to remove the unwanted patination on the copper jewelry.

(514) The metalworker used a grinding wheel to sand away the excess metal and create a smooth surface.

(515) The metalworker used a bevel forward to shape the metal rod into a beveled edge for the artwork.

(516) The metalworker used a special alloy to create a unique bronze up to the desired specifications.

(517) The metalworker used a metal clamp to securely hold the metal piece onto a workbench for shaping.

(518) The metalworker had a collection of unwrought copper that he would melt down to create new items.

(519) The metalworker burnished the steel rod until it was smooth and shiny, then welded it into place.

(520) The metalworker used a bevel forward to shape the metal sheet into a beveled edge for the artwork.

(521) The metalworker used a burnishing tool to burnish over with a brass plate for a decorative effect.

(522) The metalworker burnished over with a steel brush to remove any imperfections on the metal surface.

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

(524) The rasp in the hands of the metalworker was used to create intricate designs on the metal jewelry.

(525) The metalworker used a brazing technique to create a seamless joint between the two pieces of metal.

(526) The metalworker reminded the students to blade up their welding torches before starting the project.

(527) The metalworker had to hammer back the twisted metal latches of a gate to make them functional again.

(528) The metalworker meticulously hammered away at the silver, shaping it into a delicate piece of jewelry.

(529) The metalworker had to solder through to the other side of the sheet metal to create a seamless joint.

(530) The metalworker applied a protective coating to prevent the patination on the iron gate from worsening.

(531) The metalworker used different sizes of rivets depending on the thickness of the materials being joined.

(532) The metalworker used a plasma cutter to carve up the sheet metal into intricate shapes for the sculpture.

(533) The metalworker used a hammer and chisel to etch on the surface of the metal to create a decorative pattern.

(534) The metalworker sprayed with aluminum on the metal fence to make it more resistant to rust and weather damage.

(535) The metalworker's hammer struck the silver with precision as he hammered away, shaping it into a beautiful piece.

(536) The metalworker used a heat-resistant paint with aluminum to coat the fireplace, giving it a modern and stylish look.

(537) The metalworker used a burnishing tool to smooth out the rough edges of the sculpture, and then applied a coat of wax.

(538) The metalworker used a specialized spray paint with aluminum to coat the metal sculptures, protecting them from corrosion.

(539) The metalworker used a specialized airbrush to paint with aluminum, achieving a smooth and flawless finish on the metal surface.

(540) The coppersmith's wife, who was also a skilled metalworker, helped him with the more complex projects, such as the ornate copper chandelier.

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