Every bend accounted for, before the brake.
Sheet metal parts and enclosures modelled around your material, tooling and K-factor — flat patterns, bend tables and DXF profiles that run on the machines you actually have.
SOLIDWORKSINVENTORRADANAUTOCADFUSION 360
++
FIG.41 — IP66 PANEL ENCLOSURE · REV.B
CLICK TO EXPLODE / ASSEMBLE
IP66 PANEL ENCLOSUREREV.BFIG.412MM 304 STAINLESS · 1.5R BENDSCALE 1:4SHT 1/8
SVC.01.C — FABRICATION INDEX, NINE LINES
Manufacturable flat,
accurate folded
MATERIAL, K-FACTOR AND TOOLING AGREED UP FRONT — DXF THAT RUNS WITHOUT SHOP-FLOOR EDITS
.01Sheet Metal Part & Enclosure ModellingCabinets, chassis, brackets and ducting modelled as true sheet metal bodies, so thickness, corner treatment and relief cuts are correct in the model itself.
.02Flat Patterns, Bend Tables & DXF OutputEvery part unfolds to a flat pattern with bend allowance derived from your material, tooling and K-factor — DXF issued ready for the laser or turret punch.
.03Parametric & Configured Enclosure FamiliesOne driving model covering a family of sizes, with configurations for door, gland plate and mounting options that regenerate without breaking the flat pattern.
.04Weldments, Brackets & Fabricated FramesFolded parts, plate and section combined into weldments with fit-up gaps, weld preparation and weld symbols called up to BS 8888 or ASME Y14.5.
.05Formed Features, Louvres & EmbossesLouvres, dimples, countersinks and extruded holes modelled as forming tools, so the flat pattern accounts for the material each feature consumes.
.06Fit, Clearance & Hardware Interference ChecksDoors, hinges, gland plates and DIN rail checked for swing, clearance and interference before the first sheet is cut, not during assembly.
.07Imported Solid to Sheet Metal ConversionSTEP and IGES bodies rebuilt as sheet metal with correct thickness, reliefs and bend order, recovering manufacturability from geometry that never had it.
.08Assembly, Exploded & Installation ViewsExploded views, hardware call-outs and installation sequences drawn for the people who build and fit the unit, not just for the file.
.09Fabrication Drawing Packs & Weld SymbolsIssue-ready packs with bend notes, hole schedules, finish specification and general tolerances to ISO 2768 — everything the fabricator needs on the sheet.
PROCESS — FOUR CHECKPOINTS
How a flat pattern gets made
STEP.01
Consultation
Material, thickness, tooling and finish are agreed before modelling — a flat pattern is only correct for the brake it was calculated for.
STEP.02
Quotation
Once scope and part count are understood, a fixed written quote lands within 24 hours. No hourly meters.
STEP.03
Model & unfold
Parts are modelled as true sheet metal bodies, unfolded, and the bend sequence checked against your press brake tooling.
STEP.04
Delivery
DXF profiles, bend tables, native CAD and PDF drawings issue together after an independent check of every flat.
SECTORS —METAL FABRICATIONMACHINE MANUFACTURINGELECTRICAL ENCLOSURESHVAC & DUCTINGAUTOMOBILECONSTRUCTIONPROCESS INDUSTRY
Parts we've unfolded
ALL WORK →DROP RENDER — FIG.40
19U RACK ENCLOSUREFIG.40
DROP RENDER — FIG.41
IP66 PANEL ENCLOSUREFIG.41
DROP RENDER — FIG.42
PERFORATED GUARD PANELFIG.42
DROP RENDER — FIG.43
HOPPER TRANSITIONFIG.43
DROP RENDER — FIG.44
CHASSIS BASE PLATEFIG.44
DROP RENDER — FIG.45
DUCT TRANSITION PIECEFIG.45
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
ORIGINUSASERVICESHEET METAL DESIGNSTATUSAPPROVED ✓
SHT 1 / 3
RFI LOG — MOST FREQUENT QUESTIONS
Before you ask
From your material, thickness, tooling and press brake — a K-factor or a measured bend deduction table, never a generic default. Send us a test bend and we will match the flat to it.
Got a part that has to fold?
Send the model or the sketch.
NDA-FIRST · SCOPED WITHIN 24H · NAMED ENGINEER