Proven in software, before the spindle turns.
3-axis to 5-axis milling, turning and routing programmed in Mastercam, Fusion 360 and SolidWorks CAM — simulated against your stock, fixtures and holders, then posted for the controller standing on your floor.
MASTERCAMFUSION 360SOLIDWORKS CAMPOWERMILLVERICUT
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FIG.40 — 5-AXIS IMPELLER · REV.A
CLICK TO EXPLODE / ASSEMBLE
5-AXIS IMPELLERREV.AFIG.40AL 7075-T6 · 5-AXIS SIMULTANEOUSSCALE 1:2SHT 1/4
SVC.04.A — PROGRAMME INDEX, EIGHT LINES
Programmed to run,
not to look right
EVERY TOOLPATH SIMULATED WITH STOCK, FIXTURE AND HOLDER MODELS BEFORE IT LEAVES US
.013-Axis Milling & Drilling ProgrammesRoughing, rest machining and finishing strategies built around your cutter library — stepovers and depths of cut set for the material, not the default.
.024 & 5-Axis Simultaneous MachiningImpellers, manifolds and deep cavities programmed with tool-axis control and tilt limits that keep the holder clear of the part.
.03Turning, Mill-Turn & Live ToolingLathe and mill-turn programmes with sub-spindle transfer, driven tooling and bar-pull routines sequenced for unattended running.
.04Post-Processor Development & TuningPosts written and corrected for Fanuc, Haas and Heidenhain controllers — work offsets, canned cycles and safe-start blocks output exactly as your operators expect.
.05Stock, Fixture & Holder SimulationFull machine simulation against modelled stock, vices, clamps and holders. Gouges and collisions are found in software, never on your spindle.
.06Cycle-Time & Tool-Life OptimisationFeeds, speeds and engagement angles reviewed against tool life — seconds recovered per part compound across a production run.
.07Tool Libraries & Work Offset SchemesStandardised tool numbering, holder assemblies and G54–G59 offset schemes, so a programme loads the same way on every machine in the cell.
.08Setup Sheets & NC File DeliveryNC files issued with setup sheets, tool lists and datum references — a job pack any operator can run cold.
PROCESS — FOUR CHECKPOINTS
How a programme gets proven
STEP.01
Model & scope review
Your model, stock, fixtures and machine list are reviewed before anyone picks a cutter. Missing datums and unmachinable features get flagged first.
STEP.02
Strategy & tooling
Operation order, work-holding and cutter selection agreed against your tool crib. No programme depends on tooling you do not own.
STEP.03
Simulation & proving
Full stock and machine simulation, then a verified cycle time. Collisions, gouges and air-cutting are removed before delivery.
STEP.04
Post & issue
Posted NC files, setup sheets and tool lists issued for your controller, with first-off support on the phone while the job runs.
SECTORS —METAL FABRICATIONMACHINE MANUFACTURINGAEROSPACEAUTOMOTIVEOIL & GASMEDICAL DEVICESPROCESS INDUSTRY
Programmes we've posted
ALL WORK →DROP RENDER — FIG.100
5-AXIS IMPELLER TOOLPATHSFIG.100
DROP RENDER — FIG.101
GEARBOX HOUSING OP SETFIG.101
DROP RENDER — FIG.102
MANIFOLD BLOCK DRILL CYCLEFIG.102
DROP RENDER — FIG.103
MILL-TURN SHAFT PROGRAMMEFIG.103
DROP RENDER — FIG.104
TITANIUM BRACKET ROUGHINGFIG.104
DROP RENDER — FIG.105
FIXTURE PLATE DATUM PACKFIG.105
OUR CLIENTS — ON THE RECORD
Signed off, worldwide
REG.014 — SIGN-OFF
“Very well thought out and articulate communication. Clear milestones, deadlines and fast work. No shortcuts. The best part — always solving problems with great original ideas.”
COURTNEY HENRYCUSTOMER IN U.S.A
ORIGINUSASERVICECAM PROGRAMMINGSTATUSAPPROVED ✓
SHT 1 / 3
RFI LOG — MOST FREQUENT QUESTIONS
Before you ask
Fanuc, Haas, Heidenhain, Siemens and Mazak are routine, and we write or correct posts for anything else you run. Send one known-good NC file off the machine and the post is matched to it.
Send a STEP file and your machine list.
We'll quote the programme.
NDA-FIRST · SCOPED WITHIN 24H · NAMED ENGINEER