Laser Welding Machine - Company Ranking(8 companyies in total)
Last Updated： Aggregation Period:Jul 16, 2025〜Aug 12, 2025
This ranking is based on the number of page views on our site.
Display Company Information
| Company Name | Featured Products | ||
|---|---|---|---|
| Product Image, Product Name, Price Range | overview | Application/Performance example | |
Laser Welding Machine T-LASER YW-150 / 200
5 million yen-10 million yen |
Laser welding has become an essential technology for repairing precision molds. However, due to concerns over initial costs and operational aspects, many companies often outsource to specialized laser welding firms. While outsourcing can be efficient, it also presents issues such as "high costs for laser welding" and "transportation time and delays for molds." Additionally, production sites are competing globally with many companies. To survive in this intense competition, it is crucial to establish: ● A response to short delivery times ● A system that can handle emergencies In other words, building a maintenance system is extremely important. To address this challenge, we developed T-LASER. It is necessary to quickly internalize high-level laser welding to gain strong competitive power. ↓ If you are a laser welding user facing any of the following issues, please feel free to consult us! - Microcracks occur after electrical discharge machining - Microcracks occur when adding material to high-hardness materials - Unable to weld neatly with thin wires such as φ0.1mm - Welding defects (pores, shrinkage) occur with nitrided workpieces - Cracks in die-casting molds were repaired but broke again immediately - Chipping on punches was repaired but lacks durability | ● Application to Plastic Molds Repairing of weld buildup for PL (burr prevention), sharp angles, corner fillets, wear areas, vertical walls, narrow bottom surfaces, character removal, gate filling, and surface treatments (PVD, CVD, nitriding, plating), etc. ● Application to Die Casting Molds Repairing of weld buildup for heat checks, cracks, melted areas, corner rounding (burr prevention), vertical walls, narrow bottom surfaces, character removal, and surface-treated (nitrided) workpieces, etc. *It is also used for repairing casting defects (such as blowholes and pinholes) that occur in cast products (product rescue). ● Application to Other Molds Repairing of cutting edges in rubber molds, wear areas and pinholes in glass molds, and chipping in press molds (punches and dies), etc. ● Application to Machine Parts Repairing of weld buildup for wear areas, dents, scratches, pinholes, and machining errors in various machine parts such as rolls and shafts. ● Application to Precision Thin Sheet Metal Precision joining for thin sheets, thin-walled pipes, and fine wires in medical parts, electronic components, sensor parts, etc. <Applicable Wire Sizes> Steel Wire: φ0.1 to 1.0 mm Aluminum Wire: φ0.1 to 0.8 mm Copper Alloy: φ0.1 to 0.6 mm <Applicable Plate Thickness> SUS Plate: t=0.05 to 2 mm | |
Laser Welding Machine T-LASER YW-200
5 million yen-10 million yen |
Laser welding has become an essential technology for repairing precision molds. However, due to concerns about the initial investment and operational aspects, many companies outsource this work to specialized laser welding firms. While outsourcing can be efficient, it comes with issues such as "high costs for laser welding" and "transportation time and delays for molds." Additionally, production sites are competing globally with many companies. To survive in this intense competition, it is crucial to establish: ● A response to short delivery times ● A system that can handle emergencies In other words, building a maintenance system is extremely important. To address this challenge, we developed T-LASER. It is necessary to quickly internalize high-level laser welding to gain strong competitive power. ↓ If you are a laser welding user facing any of the following issues, please feel free to consult us! - Microcracks occur after electrical discharge machining - Microcracks occur when adding material to high-hardness materials - Unable to weld neatly with thin wires such as φ0.1mm - Welding defects (pores, shrinkage) occur with nitrided workpieces - Cracks in die-casting molds were repaired but broke again immediately - Chipping on punches was repaired but lacks durability | ● Application to Plastic Molds Repairing of weld buildup for PL (burr prevention), sharp angles, corner fillets, wear areas, vertical walls, narrow bottom surfaces, text removal, gate filling, and surface treatments (PVD, CVD, nitriding, plating), etc. ● Application to Die-Casting Molds Repairing of weld buildup for heat checks, cracks, melted areas, corner rounding (burr prevention), vertical walls, narrow bottom surfaces, text removal, and surface-treated (nitrided) workpieces, etc. * It can also be used for weld buildup repairs of casting defects (such as blowholes and pinholes) that occur in cast products (product rescue). ● Application to Other Molds Repairing of cutting edges in rubber molds, wear areas and pinholes in glass molds, and chipping in press molds (punches and dies), etc. ● Application to Machine Parts Repairing of weld buildup for wear areas, dents, scratches, pinholes, and machining errors in various machine parts such as rolls and shafts. ● Application to Precision Thin Sheet Metal Precision joining for thin sheets, thin-walled pipes, and fine wires in medical parts, electronic parts, sensor parts, etc. <Applicable Wire Sizes> Steel Wire: φ0.1 to 1.0 mm Aluminum Wire: φ0.1 to 0.8 mm Copper Alloy: φ0.1 to 0.6 mm <Applicable Plate Thickness> SUS Plate: t=0.05 to 2 mm | |
Laser Welding Machine "T-LASER"
5 million yen-10 million yen |
【Lineup】 ■ Electric Stand Type ■ Teaching Type ■ Table Type *For more details, please refer to the PDF document or feel free to contact us. | **Applications** ■Molds - Build-up repair for molds used in plastic, die casting, rubber, press, and glass forming. ■Metal Parts - Build-up repair for worn areas, pinholes, dents, and machining errors on machined parts such as rolls and shafts. ■Welding Defects - Build-up repair for welding defects (such as second shrinkage and pinholes) that occur in argon (TIG) welding. ■Precision Joining - Precision joining of thin plates, thin-walled pipes, and fine wires used in various electronic components and medical parts. *For more details, please refer to the PDF document or feel free to contact us.* | |
|
---
--- |
--- | ||
テラスレーザー
-
- Featured Products
-
Laser Welding Machine T-LASER YW-150 / 200
- overview
- Laser welding has become an essential technology for repairing precision molds. However, due to concerns over initial costs and operational aspects, many companies often outsource to specialized laser welding firms. While outsourcing can be efficient, it also presents issues such as "high costs for laser welding" and "transportation time and delays for molds." Additionally, production sites are competing globally with many companies. To survive in this intense competition, it is crucial to establish: ● A response to short delivery times ● A system that can handle emergencies In other words, building a maintenance system is extremely important. To address this challenge, we developed T-LASER. It is necessary to quickly internalize high-level laser welding to gain strong competitive power. ↓ If you are a laser welding user facing any of the following issues, please feel free to consult us! - Microcracks occur after electrical discharge machining - Microcracks occur when adding material to high-hardness materials - Unable to weld neatly with thin wires such as φ0.1mm - Welding defects (pores, shrinkage) occur with nitrided workpieces - Cracks in die-casting molds were repaired but broke again immediately - Chipping on punches was repaired but lacks durability
- Application/Performance example
- ● Application to Plastic Molds Repairing of weld buildup for PL (burr prevention), sharp angles, corner fillets, wear areas, vertical walls, narrow bottom surfaces, character removal, gate filling, and surface treatments (PVD, CVD, nitriding, plating), etc. ● Application to Die Casting Molds Repairing of weld buildup for heat checks, cracks, melted areas, corner rounding (burr prevention), vertical walls, narrow bottom surfaces, character removal, and surface-treated (nitrided) workpieces, etc. *It is also used for repairing casting defects (such as blowholes and pinholes) that occur in cast products (product rescue). ● Application to Other Molds Repairing of cutting edges in rubber molds, wear areas and pinholes in glass molds, and chipping in press molds (punches and dies), etc. ● Application to Machine Parts Repairing of weld buildup for wear areas, dents, scratches, pinholes, and machining errors in various machine parts such as rolls and shafts. ● Application to Precision Thin Sheet Metal Precision joining for thin sheets, thin-walled pipes, and fine wires in medical parts, electronic components, sensor parts, etc. <Applicable Wire Sizes> Steel Wire: φ0.1 to 1.0 mm Aluminum Wire: φ0.1 to 0.8 mm Copper Alloy: φ0.1 to 0.6 mm <Applicable Plate Thickness> SUS Plate: t=0.05 to 2 mm
Laser Welding Machine T-LASER YW-200
- overview
- Laser welding has become an essential technology for repairing precision molds. However, due to concerns about the initial investment and operational aspects, many companies outsource this work to specialized laser welding firms. While outsourcing can be efficient, it comes with issues such as "high costs for laser welding" and "transportation time and delays for molds." Additionally, production sites are competing globally with many companies. To survive in this intense competition, it is crucial to establish: ● A response to short delivery times ● A system that can handle emergencies In other words, building a maintenance system is extremely important. To address this challenge, we developed T-LASER. It is necessary to quickly internalize high-level laser welding to gain strong competitive power. ↓ If you are a laser welding user facing any of the following issues, please feel free to consult us! - Microcracks occur after electrical discharge machining - Microcracks occur when adding material to high-hardness materials - Unable to weld neatly with thin wires such as φ0.1mm - Welding defects (pores, shrinkage) occur with nitrided workpieces - Cracks in die-casting molds were repaired but broke again immediately - Chipping on punches was repaired but lacks durability
- Application/Performance example
- ● Application to Plastic Molds Repairing of weld buildup for PL (burr prevention), sharp angles, corner fillets, wear areas, vertical walls, narrow bottom surfaces, text removal, gate filling, and surface treatments (PVD, CVD, nitriding, plating), etc. ● Application to Die-Casting Molds Repairing of weld buildup for heat checks, cracks, melted areas, corner rounding (burr prevention), vertical walls, narrow bottom surfaces, text removal, and surface-treated (nitrided) workpieces, etc. * It can also be used for weld buildup repairs of casting defects (such as blowholes and pinholes) that occur in cast products (product rescue). ● Application to Other Molds Repairing of cutting edges in rubber molds, wear areas and pinholes in glass molds, and chipping in press molds (punches and dies), etc. ● Application to Machine Parts Repairing of weld buildup for wear areas, dents, scratches, pinholes, and machining errors in various machine parts such as rolls and shafts. ● Application to Precision Thin Sheet Metal Precision joining for thin sheets, thin-walled pipes, and fine wires in medical parts, electronic parts, sensor parts, etc. <Applicable Wire Sizes> Steel Wire: φ0.1 to 1.0 mm Aluminum Wire: φ0.1 to 0.8 mm Copper Alloy: φ0.1 to 0.6 mm <Applicable Plate Thickness> SUS Plate: t=0.05 to 2 mm
Laser Welding Machine "T-LASER"
- overview
- 【Lineup】 ■ Electric Stand Type ■ Teaching Type ■ Table Type *For more details, please refer to the PDF document or feel free to contact us.
- Application/Performance example
- **Applications** ■Molds - Build-up repair for molds used in plastic, die casting, rubber, press, and glass forming. ■Metal Parts - Build-up repair for worn areas, pinholes, dents, and machining errors on machined parts such as rolls and shafts. ■Welding Defects - Build-up repair for welding defects (such as second shrinkage and pinholes) that occur in argon (TIG) welding. ■Precision Joining - Precision joining of thin plates, thin-walled pipes, and fine wires used in various electronic components and medical parts. *For more details, please refer to the PDF document or feel free to contact us.*
-
テラスレーザー
Membership (free) is required to view all content.
Already a Member? Log In Here
