Laser cutting
Sheet cutting to drawing geometry
- Fiber
- 6 kW / 2,500 × 6,000 mm
- CO₂
- 4 kW / 1,524 × 3,048 mm
PRECISION METAL FABRICATION · BUSAN
Metal fabrication.
To your drawings.
Processes connected.
From laser and waterjet cutting to CNC punching and NC bending.
We coordinate the processes your parts require.
Steel · Stainless steel · Aluminum · Non-ferrous metals
IN-HOUSE EQUIPMENT / TRUMPF FIBER LASER6 kW 2,500 × 6,000 mm
Fiber laser equipment for cutting large sheets to drawn contours and hole patterns. Material, thickness and quantity are reviewed before planning the work.
Industrial equipment partsBrackets & coversPlates & punched partsHigh-mix, low-volume & repeat production
COMPANY FILM
Manufacturing expertise,
seen on our shop floor.
Company overview · 2 minutes · Our manufacturing floor
Subtitles: 한국어 · English · 日本語
01 / CAPABILITIES
The right process for
your material and geometry.
Waterjet cutting
Cutting with reduced thermal impact
- Machine
- FLOW Dynamic XD
- Scope
- Straight and bevel cuts, subject to drawing review
CNC punching
Holes, slots and repeated patterns
- Machine
- TRUMPF TruPunch 5000
- Scope
- Punched parts and repeat production
NC bending
Forming angles and three-dimensional shapes
- Scope
- Brackets, covers and sheet-metal parts
- Review
- Material, thickness and bend geometry
Feasibility, tolerances and lead times are confirmed after reviewing the drawings, material, thickness, quantity and production schedule.
Additional fabrication
Roll bending, machining-center (MCT) work and other machining are undertaken after reviewing drawings, material, dimensions and quality requirements and consulting with the customer. General welding that does not require a welding procedure specification (WPS) is available after drawing and quality review. Oxy-fuel and plasma cutting are arranged through subcontractors.
02 / QUALITY & TECHNOLOGY
Quality, technology and management
that support our manufacturing.
Our metal fabrication expertise includes EGGCRATE and Tube Support Bar components for nuclear steam generators.
Quality managementISO 9001
Environment & occupational safetyISO 14001 · ISO 45001
Technology developmentDedicated R&D department · Venture Business · INNO-BIZ
Sustainable managementESG management
Management system certifications
Quality · Environment · Health & safetyQuality management
ISO 9001:2015
Consistent quality control
QSC1474
Environmental management
ISO 14001:2015
Environmental impact management
ESC4374
Health & safety management
ISO 45001:2018
Workplace health and safety
OSC0944
Management system certifications covering the design, development, production and processing of industrial machinery parts, including laser cutting, bending and punching.
Registered patents supporting our processes
Registered applicant: Kyoung Sung Eisen Co., Ltd. · Inventor: Gil-ho JangKR 10-1653653
Manufacturing method for nuclear steam generator tube support bars
A manufacturing method that accounts for material elongation during punching to control hole spacing and reduce dimensional error.
View patent publicationKR 10-1625453
Burr removal apparatus
An apparatus that secures the workpiece and uses moving abrasive units for deburring and polishing.
View patent publicationPROJECT REFERENCES
Metal components supplied
to projects at home and abroad.
EGGCRATE & TUBE SUPPORT BAR
Nuclear steam generator components
Our experience includes EGGCRATE and Tube Support Bar manufacturing for nuclear projects associated with Doosan Enerbility. We review component requirements including slot and hole spacing, deburring and identification.
Korea
Nuclear · Industrial · Rail
Nuclear components, crane machinery rooms, and cutting and bending of rolling-stock parts
United Arab Emirates
Nuclear projects
Supply of components for nuclear projects
Japan
Power · Steel · Chemical · Paper
Cable trays and ducts, brackets, supports and gratings
These are past project supply references from our company brochure. They do not indicate direct contracts with individual end users or current trading relationships.
03 / EQUIPMENT
Equipment behind
our fabrication capabilities.
| Equipment | Manufacturer / model | Main specifications / use |
|---|---|---|
| Fiber laser | TRUMPF | 6 kW · 2,500 × 6,000 mm |
| CO₂ laser | TRUMPF | 4 kW · 1,524 × 3,048 mm |
| Waterjet | FLOW Dynamic XD | 100 HP · 87 kpsi · 2,500 × 7,000 mm |
| CNC punching | TRUMPF TruPunch 5000 | 1,524 × 6,000 mm |
| NC bending | 국도기계 | 6T × 3,100 mm |
| Deburring & edge finishing | WEBER | Removal of residual burrs and edge finishing after cutting or punching |
Machining feasibility is confirmed after reviewing material, thickness, geometry, required tolerances and operating conditions.
04 / PROCESS
From drawing review to shipment.
Requirements checked at each stage.
- 01
Drawing & requirements review
We review material, thickness, quantity, tolerances and inspection requirements to define the fabrication scope.
- 02
Process planning & preparation
We select suitable processes for the geometry and material, then plan the work sequence and production schedule.
- 03
Cutting & punching
We apply laser cutting, waterjet cutting and CNC punching as required by the drawing.
- 04
Deburring & edge finishing
WEBER deburring equipment removes residual burrs and finishes edges for subsequent processing and handling.
- 05
Bending & additional processing
We form angles and three-dimensional shapes. Selected machining operations and general welding are coordinated after drawing and quality review.
- 06
Inspection, packing & shipment
We check parts against the agreed drawings and inspection criteria, then prepare them for packing and shipment.
REQUEST A QUOTE
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Send your drawing, material, thickness, quantity
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77, Hwajeonsandan 2-ro, Gangseo-gu, Busan, Republic of Korea