Siemens CYCLE801: Point matrix

Defines matrix/pattern of points for repetitive cycles.

For reference only: syntax changes with the control, the post-processor and the machine parameters. Check the official manual and run a simulation before cutting. Legal notice.

Family: Siemens
Machine: Milling, Mill-turn
Risk: Medium
Example: CYCLE801(...)

Siemens CYCLE801

Siemens

Point matrix

E.g.:

CYCLE801(...)

Machine: Milling, Mill-turnRisk: Medium

Siemens

It is usually combined with MCALL and drilling cycles.

Other codes in Siemens

Siemens R/MSG/GOTOF Siemens variables and flow control Siemens CYCLE840 Floating tap tapping Siemens CYCLE85-CYCLE89 Siemens boring Siemens HOLES1/HOLES2 Hole patterns Siemens CYCLE73-CYCLE77 Pockets, islands and spigots Siemens CYCLE93-CYCLE98 Siemens grooving, undercut and threads Siemens CYCLE950 Extended roughing Siemens MCALL Modal cycle call Siemens EXTCALL External subprogram call Siemens ROT/AROT Frame rotation Siemens TRANS/ATRANS Frame translation Siemens SCALE/ASCALE Frame scaling

See the full list of G and M codes

Frequently Asked Questions (FAQ)

What does Siemens CYCLE801 mean in a CNC program?

Defines matrix/pattern of points for repetitive cycles. In the catalogue it appears as "Point matrix", within the Siemens family.

Can you give me an example of Siemens CYCLE801?

CYCLE801(...) — Defines matrix/pattern of points for repetitive cycles.

Which machines use Siemens CYCLE801?

Siemens CYCLE801 is used in: Milling, Mill-turn.

What should you watch out for with Siemens CYCLE801?

Medium risk: it rarely breaks anything on its own, but a wrong value shows up on the part. Check the block before running the batch.

Related tools

CNC G-code Simulator

CNC IDE: editing with G/M tooltips, line inspector, conversion between controls and 2D/3D toolpath.

CNC Alarms Guide

CNC Alarms and Solutions Guide. Enter the error code or symptom to find the cause and how to repair it at the machine.

Calculate cycle time

Estimate CNC turning and milling cycle time from G-code. Calculate parts per hour with a breakdown of cutting, rapids, canned cycles and tool changes.