K3HS
Small Hole EDM
The K3HS is a high speed small hole driller EDM machine that drills difficult to cut carbide and heat treated workpieces. The K3HN is often used as a production machine to EDM start holes in die plates and is sometimes combined with an auxiliary axis to index or rotate a workpiece.
Features
-
AEF (Automatic Electrode Feeder)
-
Workpiece Clamping Kit
-
W-Axis
Specifications
X - Axis Travel | 7.87” (200 mm) |
Y - Axis Travel |
11.81” (300 mm) |
Z - Axis Travel | 11.81” (300 mm) |
W - Axis Travel | 9.84” (250 mm) |
Electrode Diameter | Φ.010” ~ .12” (Φ.25 ~ 3 mm) |
Work Table Size | 9.84” x 13.78” (250 x 350 mm) |
Distance From Guide to Table | 1.97” ~ 11.81” (50 ~ 300 mm) |
Machine Dimensions | 31.89” x 34.25” x 79.33” (810 x 870 x 2,015 mm) |
Maximum Workpiece Weigh | 220.5 lbs (100 kg) |
Machine Weight | 1,212.5 lbs (550 kg) |
Options
Amp Booster
Samples
- Material: STAVAX
- Thickness: .79” (20 mm)
- Electrode Material: Copper (Cu) Pipe
- Electrode Diameter: Φ0.02” (Φ0.5 mm), Φ 0.039” (Φ1.0 mm), Φ 0.079” (Φ2.0 mm)
- Dielectric Fluid: Water
Detailed Product Description
High Speed Drilling
Since the K3HN hole popper is equipped with K-SMC, Sodick Motion Controller, the optimized servo control is activated and improves cutting speed by up to 200%.
Fine Feeding
Accurate fine feeding is controlled for stable machining.
The K Series features energy-saving designs and technologies. Compared to conventional Hole Drillers, the K3HN can reduce average energy consumption by up to 60%.
LN Assist
An automatic programming system, LN Assist, is standard on the K3HN. Its simplified graphics screen allows for easy operation. As LN assist is also capable of a series of calculations and macro functions, operators can easily work with any kind of complex cutting layouts and programs not dependent on their skills. A customized function is available where operators can register their own programs as a utility.
AEF
AEF (Automatic Electrode Feeder) comes standard on the K3HN. It enables continuous cutting with several electrodes.