The LK-400 Wire EDM Machine is a stepper medium-speed wire cutting model designed for precision machining of electrically conductive workpieces. It features a 740 × 460 mm worktable, 320 × 400 mm worktable travel and a maximum machining thickness of 300 mm.
The LK-400 Wire EDM Machine is part of the stepper medium-speed Wire EDM range and is designed for general precision wire cutting applications involving electrically conductive materials.
The machine is equipped with a 740 × 460 mm worktable and provides 320 × 400 mm worktable travel. According to the supplied specification, the maximum machining thickness is 300 mm.
For angled cutting requirements, the LK-400 is specified with a maximum taper range of 6°–30° at 80 mm workpiece thickness.
The maximum processing load is 300 kg, while the machine weight is listed at 1500 kg. Its overall dimensions are 1700 × 1300 × 2160 mm.
You can compare the LK-400 with other models in our Wire EDM Machines range or review typical machining uses on our Applications page.
The 740 × 460 mm worktable provides a practical platform for general Wire EDM cutting applications.
The LK-400 provides 320 × 400 mm worktable travel for precision profile cutting of suitable conductive workpieces.
The supplied specification lists a maximum machining thickness of 300 mm.
The machine supports a maximum taper range of 6°–30° at a specified workpiece thickness of 80 mm.
The worktable supports a maximum processing load of 300 kg according to the supplied specification.
The machine has overall dimensions of 1700 × 1300 × 2160 mm and a listed machine weight of 1500 kg.
Technical values below are based on the supplied LK-400 stepper medium-speed Wire EDM specification.
| Specification | Unit | LK-400 |
|---|---|---|
| Worktable Size | mm | 740 × 460 |
| Worktable Travel | mm | 320 × 400 |
| Maximum Machining Thickness | mm | 300 |
| Maximum Taper | — | 6°–30° / 80 mm |
| Maximum Processing Load | kg | 300 |
| Machine Weight | kg | 1500 |
| Machine Dimensions (L × W × H) | mm | 1700 × 1300 × 2160 |
The LK-400 can be considered for Wire EDM machining of electrically conductive workpieces where moderate workpiece size, 300 mm machining thickness and taper cutting capability are required.
Wire EDM profile cutting of suitable conductive mold, die and tooling components.
Suitable for conductive parts requiring controlled contours and dimensional machining.
Suitable for Wire EDM cutting of tooling, inserts and related conductive components.
Can be considered for suitable conductive tooling and component applications.
Profile cutting of suitable electrically conductive components.
Wire EDM cutting of electrically conductive metal workpieces within the available machining capacity.
Wire EDM requires electrically conductive workpiece materials. Actual machining capability depends on material, workpiece dimensions and cutting requirements.
The LK-400 Wire EDM Machine may be considered when your workpiece size and machining requirements are compatible with its 740 × 460 mm worktable, 320 × 400 mm worktable travel and 300 mm maximum machining thickness.
Before selecting the machine, compare your workpiece dimensions, weight, machining thickness and taper requirements with the listed technical specifications.
If you are unsure which model is suitable, submit your machining requirements through our Request a Quote page.
Compare stepper medium-speed Wire EDM models according to worktable size, travel, machining thickness and workpiece load requirements.
The supplied specification lists a 740 × 460 mm worktable.
The LK-400 provides 320 × 400 mm worktable travel.
The maximum machining thickness is specified at 300 mm.
The supplied specification lists a maximum processing load of 300 kg.
The supplied specification lists a maximum taper range of 6°–30° at 80 mm workpiece thickness.
The LK-400 is specified with overall dimensions of 1700 × 1300 × 2160 mm.
Send us your workpiece material, dimensions, machining thickness, taper requirements, quantity and destination. We can review whether the LK-400 is suitable for your application and discuss quotation requirements.