Guides
Simulator CNC Fanuc gratuit: ce înveți cu adevărat
Un simulator CNC Fanuc gratuit te ajută să vezi traseul sculei, dar pentru a memora codurile e nevoie de evocare activă. Iată cum să folosești bine timpul de studiu.
Lawrence Arya··10 min
Guides
Cara program CNC milling Fanuc untuk pemula
Memprogram CNC milling Fanuc jadi mudah jika Anda paham struktur program dan beberapa kode inti. Berikut strukturnya, kode utamanya, dan contoh sederhananya.
Lawrence Arya··10 min
Guides
Can AI Write a Safe Fanuc Macro Program? Not Unsupervised
Macro B is where AI G-code generation is least safe: niche corpus, per-control system variables, and code whose whole job is safety checks. The boundaries.
Lawrence Arya··4 min
Guides
Fanuc End of Block (EOB) Semicolon Missing Error, Explained
The semicolon on a Fanuc screen is the EOB display character, not a comment. Missing-EOB errors are line-ending problems, made in PC editors and transfers.
Lawrence Arya··4 min
Guides
Fanuc iHMI Interface: Where Is the G-Code? Still Right There
Fanuc's iHMI tile interface hides the classic program screen one layer deeper, not gone. Where the code lives, and why the text still outranks the tiles.
Lawrence Arya··4 min
Code reference
Fanuc Lathe U and W vs X and Z, Explained Once and For All
On system A Fanuc lathes, U and W are incremental X and Z: same axes, different reference. Why lathes got dedicated letters, and the rules that follow.
Lawrence Arya··4 min
Code reference
G76 Threading Cycle on Fanuc, Explained Simply
G76 is two lines that delegate a whole threading job: the first line sets the campaign rules, the second describes the thread. Each word, plainly explained.
Lawrence Arya··4 min
Guides
Clearing a Fanuc G-Code Macro Alarm on Night Shift
A macro alarm is a message your own shop wrote: a programmer put that check there deliberately. How to read it, what is safe alone at 3 a.m., what waits.
Lawrence Arya··5 min
Code reference
LinuxCNC G-Code Differences vs Fanuc: The Honest Map
LinuxCNC and Fanuc share the standard core and split on structure: O-words vs Macro B, dot-one extensions, G10 table writing, and per-dialect cycle details.
Lawrence Arya··4 min
Practice
M29 Rigid Tap Setup Code on Fanuc: The Line Before G84
M29 S___ arms rigid tapping mode on Fanuc controls: the spindle and Z axis lock into sync before G84 runs. What it changes, the sequence, and the failure.
Lawrence Arya··4 min
Code reference
Mach3 G-Code List vs Fanuc: Same Core, Different Worlds
Mach3 and Fanuc share the standard core and diverge where dialects always do: cycles' fine print, macros, M-code ownership, and the strictness culture.
Lawrence Arya··4 min
Guides
Max Characters Per Line in Fanuc G-Code: The Real Limits
No single character limit covers Fanuc G-code lines: block length is bounded per control, and the lines that actually break things are long CAM comments.
Lawrence Arya··4 min
Guides
Safe Z Retract Code for Fanuc Before Opening the Door
The safe pre-door sequence is three commitments in code: retract Z by a route you calculated, stop the spindle, and stop the program. The two retract idioms.
Lawrence Arya··4 min
Code reference
Siemens 828D vs Fanuc G-Code Differences That Matter
Sinumerik 828D and Fanuc share the motion core and split at the cycle layer: CYCLE calls vs canned cycles, R-parameters vs macros, and one unit landmine.
Lawrence Arya··4 min
Code reference
Tormach PathPilot vs Fanuc G-Code Differences, Mapped
PathPilot runs a LinuxCNC-shaped dialect, so vs Fanuc it differs the way LinuxCNC does: shared core, dot-one extensions, G7 lathe diameter mode, structure layer.
Lawrence Arya··3 min
Guides
Why Is There a Percent Sign at the Top of My G-Code?
The percent sign is a tape-era file marker: it told the reader where the program began and ended. Controls still honor it, and its absence still bites.
Lawrence Arya··4 min
Guides
CNC Variable Programming With #100: Your First Real Variables
#100-class variables are Fanuc-style macro programming's entry point: volatile working values you assign, compute with, and read in coordinates. The basics done right.
Lawrence Arya··5 min
Guides
Codici G e M del tornio Fanuc: il minimo che lavora davvero
I codici G e M che un tornio Fanuc usa ogni giorno: movimenti, G96/G50, cicli G71/G70/G76 e gli M essenziali, più la trappola dei sistemi A, B e C.
Lawrence Arya··5 min
Guides
Fanuc Dik İşlem G Kodları: İşleme Merkezinin Çekirdeği
Fanuc kontrollü dik işleme merkezinin G kodları: hareket, düzlem, iş parçası sıfırı, takım telafileri ve delik çevrimleri, katman katman ve dürüst notlarla.
Lawrence Arya··4 min
Practice
Fanuc G-Codes para sa mga Beginners: Ang Listahang Praktikal
Ang Fanuc G-codes na kailangan ng beginner: ang universal core na pareho sa lahat ng makina, ang Fanuc habits tulad ng M98/M99, at ang babala sa lathe systems.
Lawrence Arya··5 min
Code reference
Fanuc VMC G-Codes and M-Codes List PDF: Print This Page Instead
The Fanuc VMC code list worth printing is one page: the standard G and M cores, the G43 habit, blank lines for your machine's codes, and a provenance rule.
Lawrence Arya··5 min
Code reference
Fanuc vs Mitsubishi G코드 차이점: 같은 뼈대, 다른 방언
Fanuc과 Mitsubishi 컨트롤러의 G코드는 표준 코어가 거의 같고, 차이는 고정 사이클 파라미터, 매크로 문법, 제조사 M코드 같은 바깥층에 있습니다.
Lawrence Arya··3 min
Guides
G112/G113 Polar Coordinate Interpolation on Fanuc, Demystified
G112 maps the lathe's X and C axes onto a virtual flat plane so live tooling can mill contours on a face: how the mapping works, reads, and gets cancelled.
Lawrence Arya··5 min
Guides
G68.2 Tilted Working Plane on Fanuc: Reading 3+2 Programs
G68.2 declares a tilted coordinate frame so 3+2 work programs like flat 3-axis milling on an angled face: the frame logic, the bracket discipline, and the hedges.
Lawrence Arya··5 min
Code reference
Heidenhain vs Fanuc bij frezen: de verschillen op een rij
Heidenhain programmeert in dialoogvorm (Klartext), Fanuc in klassieke ISO-g-code. Wat dat betekent voor leren, mbo en je eerste baan, met een duidelijk advies.
Lawrence Arya··4 min
Guides
How to Read a Fanuc Parameter Manual Without Drowning
The parameter manual is a reference, not a book: find your exact control series, learn the bit-versus-value format, navigate by function group, change nothing alone.
Lawrence Arya··5 min
Practice
Коды G и M для токарного станка Fanuc: рабочий минимум
Главные G- и M-коды токарного станка с Fanuc: движение, циклы, обороты и СОЖ, плюс ловушка систем A/B/C, из-за которой G90 на токарнике значит другое.
Lawrence Arya··4 min
Code reference
Lista de códigos M para fresadora CNC Fanuc explicada
Los códigos M de una fresadora con control Fanuc: el núcleo estándar, los típicos de Fanuc como M98/M99 y M19, y las reglas de bloque que conviene conocer.
Lawrence Arya··5 min
Guides
M-koder för CNC-svarv med Fanuc: tre lager att kunna
M-koderna på en Fanuc-svarv i tre lager: standardkärnan som alltid gäller, Fanuc-typiska M98/M99, och maskinbyggarens egna koder som bara manualen känner.
Lawrence Arya··4 min
Guides
Plantilla de códigos G y M Fanuc: la chuleta bien hecha
Una plantilla de códigos G y M para control Fanuc debe caber en una página: los códigos del día a día, agrupados por función. Aquí la tienes, lista para copiar.
Lawrence Arya··5 min
Practice
เรียน CNC Fanuc ด้วยตัวเอง: ทำได้แค่ไหนและทำอย่างไร
เรียน CNC Fanuc ด้วยตัวเองได้ครึ่งทางคือชั้นความรู้ทั้งหมด โค้ดแกน นิสัยของ Fanuc อย่าง M98/M99 และกับดักระบบโค้ด A ส่วนหน้าจอจริงต้องพึ่งเครื่องและครู
Lawrence Arya··1 min
Guides
Subroutine Nesting Limit on Fanuc Controls: The Depth Budget
Fanuc controls allow a handful of subprogram nesting levels (commonly four to ten, generation-specific). Why the limit exists, how to find yours, and how to design.
Lawrence Arya··5 min
Practice
CNC Turning Macro Programming Examples (Macro B)
Macro programming adds variables, loops, and logic to turning G-code. Two worked examples: a parametric grooving loop and a parts counter, plus the syntax map.
Lawrence Arya··4 min
Guides
Fanuc Alarm 010 Improper G-Code: Causes and Fixes
Fanuc alarm 010 means an improper G-code: a code that does not exist or is not enabled on your machine was commanded. Here are the common causes and how to find it.
Lawrence Arya··4 min
Guides
Fanuc Alarm 021 Illegal Plane Axis Commanded: Fix
Fanuc alarm 021 means an arc was commanded with an axis outside the active plane. Here is why plane selection causes it and how to fix the offending block.
Lawrence Arya··5 min
Guides
Fanuc Illegal Use of Decimal Point Alarm (007)
Fanuc alarm 007 means a decimal point on an address that does not allow one, or two decimals in a word. Here is which addresses take a decimal and which do not.
Lawrence Arya··4 min
Code reference
Fanuc Robot Teach Pendant vs Standard G-Code Compared
Fanuc robots run point-taught TP programs; CNC machines run coordinate-explicit G-code. The concepts map cleanly: frames are offsets, points are positions.
Lawrence Arya··4 min
Code reference
G-Code Variables: #100 vs #500 Series Differences
Macro variables differ by lifespan: #100-series commons clear at power-off, #500-series survive it, and locals #1-#33 live only inside a call. Here is the map.
Lawrence Arya··4 min
Code reference
Heidenhain Conversational vs Fanuc G-Code Compared
Heidenhain Klartext is readable dialogue code like L X+50 FMAX; Fanuc speaks word-address blocks. Here is how the two map and which to learn when.
Lawrence Arya··4 min
Guides
Missing Decimal Point in G-Code: Why It Crashes
A missing decimal point can make a G-code move 1000 times too big or too small, depending on the control's setting. Here is why it happens and how to avoid it.
Lawrence Arya··4 min
Practice
Transitioning From Mazatrol to Fanuc G-Code: Roadmap
Your machining knowledge transfers; the vocabulary does not. Here is what maps from Mazatrol to Fanuc, what is genuinely new, and a four-week learning plan.
Lawrence Arya··4 min
Code reference
M98 and M99: Subprogram Call and Return, With an Example
M98 calls a subprogram and M99 returns from it, letting you reuse a block of code. Here is how the pair works on Fanuc-style controls, with an example.
Lawrence Arya··5 min