BK4 high speed digital cutting system

feature

.High strength integrated frame
01

.High strength integrated frame

12mm steel frame with qualified connection technology, the machine body frame weighs 600KG. Strength increased by 30%, reliable and durable.
Improve the internal performance
02

Improve the internal performance

New vacuum design. Air flow is increased by 25%.
Diagonal brace built in the gantry. Structural strength increased by 30%.
Intelligent vacuum zones. Intelligently adjust suction according to material size.
1million bending tests. The cable of the whole machine has passed 1million times of bending and fatigue resistance test. Longer life and higher safety.
Upgrade circuit layout
03

Upgrade circuit layout

Newly upgraded circuit layout, more convenient operation.
Various material loading devices
04

Various material loading devices

Choose the suitable loading device according to materials.

application

IECHO new BK4 cutting system is for single layer (few layers) cutting, can work on process automatically and accurately, like through cut, milling, V groove, marking, etc. It can be widely used in the industries of automotive interior, advertising, furniture and composite, etc. BK4 cutting system, with its high precision and efficiency, provides automated cutting solutions to variety of industries.

product (5)

system

Intelligent IECHOMC precision motion control

The cutting speed can reach 1800mm/s. IECHO MC motion control module makes the machine run more intelligently. Different motion modes can be changed easily to deal with different products.

Intelligent IECHOMC precision motion control

IECHO Silencer system

By using IECHO's latest system to create a comfortable working environment, about 65dB in energy saving mode.

IECHO Silencer system

Intelligent conveyor system

Intelligent control of material conveyor realizes the whole work of cutting and collecting, realized continuous cutting for super-long product, saving labor and improved production efficiency.

Intelligent conveyor system