He robot hi a hnuaia production condition hrang hrangah hian CNC automation atan a tha hle:

CNC lathe / turning center hmanga siam chhuah chhunzawm zel
Single-machine emaw multi-machine (1-to-2 / 1-to-3) siamna cell
Machining parts batch medium emaw repeatability sang tak emaw a awm thei
Cycle hun chhunga machining kalphung nghet tak
Darkar 8–24 chhunga siam chhuah chhunzawm zelna hmun

System Performance A thatna te

Dual-gripper structure hian parallel loading/unloading a ti thei a, part exchange laiin CNC idle waiting time a awm tawh lo.
±0.05 mm repeat positioning hian long-cycle operation chhungin robot, fixture leh spindle te inkara alignment mumal tak a siam thei a ni.
System hian CNC cell pakhat atanga multi-machine production clusters thlenga scalable layout chu core robot structure thlak danglam lovin a support a ni.
24/7 operation condition hnuaia mechanical leh electrical performance nghet tak neia production environment tihtawp loha siam a ni.

Technical Parameter pawimawh ber berte

Parameter chi hrang hrang a awm	A bik taka sawifiahna
Arm Span a ni	1895 mm a ni
Positioning dikna chu tih nawn leh rawh	±0.05 mm a ni
Load sang ber a ni	20 kg a ni
Power Capacity a awm thei	5.87 kVA a ni
Thil hmanrua Rih zawng	Kg 230 vel a ni
Protection Class a ni	Kut IP54, Taksa IP40

Project Engineering lama tanpuina pek a ni

System deployment hmain engineering support kimchang kan pe thin:

CNC machine nena inmil leh mil loh endik
Production cycle hun hman dan thlirletna
Layout hman dan tur zirchianna
Gripper leh fixture te chu a duh angin a design a ni
Automation cell siam dan tur ruahmanna siam
On-site install leh commissioning support

product-1600-1210

Figure 2.1 On-site-a thil awm dan (physical Object Diagram).

Robot electric control cabinet hmanga siam a ni

Robot tan elevation base fixed a ni

Turnover Mechanism hman dan tur

Tray Loading leh Unloading te

Simulated Lathe hmanga siam a ni

Fixture phurh leh lakchhuah

FAQ

Q: Engtin nge ka CNC machine hi he robot atan hian a tha em tih ka hriat theih ang?

A: Compatibility hi machine interface type (I/O emaw PLC), kawngkhar hawnna clearance, leh cycle time consistency-ah a innghat a ni. Automatic machining cycle nghet tak nei machine te hi a tlangpuiin integration atan a tha hle.

Q: He system hian CNC machine tam tak hmangin hna a thawk thei ang em?

A: Ni e. Robot hi layout distance, cycle time leh production balance a zirin single-machine, 1-to-2, emaw 1-to-3 CNC cell atan configure theih a ni.

Q: Stable operation atan eng production condition nge mamawh?

A: Stable automation hian workpiece positioning mumal tak, fixed machining cycle time, leh fixture design rintlak tak a mamawh a ni. Setup stable lo emaw, inthlak fo thin emaw hian efficiency a ti tlem thei.

Q: Automation hnuah cycle time hi engtin nge a nghawng?

A: Cycle time tihtlem a nih chhan ber chu manual loading leh unloading delay tihbo vang a ni. Hmasawnna tak tak chu CNC machining hun leh workpiece handling complexity-ah a innghat a ni.

Q: System hian setup khatah workpiece chi hrang hrang a handle thei em?

A: Ni e, mahse tooling leh gripper configuration hi part weight, shape, leh clamping method angin design a ngai a ni. Mixed production hi process limit ruat sa chhungah a awm thei.

Q: Quotation emaw system design emaw hmain eng nge mamawh?

A: CNC machine model, workpiece drawing, cycle time, layout space, leh automation level mamawh (1-to-1 / 1-to-2 / multi-machine) te kan mamawh a ni.

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