From rough idea to a concept worth building.
Concept engineering that turns a problem statement into modelled, costed options — packaging, mechanism and manufacturing route weighed against each other long before geometry hardens.
SOLIDWORKSFUSION 360INVENTORKEYSHOTANSYS
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FIG.130 — HANDHELD CONCEPT · REV.2
CLICK TO EXPLODE / ASSEMBLE
HANDHELD CONCEPTREV.2FIG.130ABS ENCLOSURE · 3-PART SPLITSCALE SCALE 1:1SHT 1/4
SVC.02.A — CONCEPT INDEX, EIGHT LINES
Options on the table,
before the money moves
FROM PROBLEM STATEMENT TO A COSTED CONCEPT — TRADE STUDIES, MODELS AND HONEST FEASIBILITY
.01Requirements & Design Brief CaptureUsers, duty cycle, volumes, standards and cost targets written down and agreed — the brief every later decision is measured against.
.02Concept Sketches & Layout StudiesHand sketches worked up into CAD layouts fast, so the shape of the problem is visible rather than argued about.
.03Packaging & Envelope StudiesBoards, batteries, motors and service access packed into the available envelope, with clearances and routing proven in the model.
.04Mechanism & Kinematics ConceptsLinkages, hinges and drives laid out and motion-checked in SolidWorks before anyone commits to a housing around them.
.05Trade Studies & Concept ScoringWeighted scoring across cost, risk, manufacturability and timeline — the reasoning written down so the decision survives staff changes.
.06Early Structural & Thermal ChecksFirst-order hand calculations plus coarse FEA and thermal runs in ANSYS — enough to kill an unworkable idea early.
.07Material & Process SelectionMoulding, casting, sheet metal, machining or fabrication chosen against your volumes, with material grades called up by name.
.08Concept Models & Photoreal RendersKeyShot renders and clean concept CAD for stakeholder sign-off, investor decks and early supplier conversations.
PROCESS — FOUR CHECKPOINTS
How a concept gets proven
STEP.01
Brief & constraints
We capture the problem, the users, the volumes and the hard limits — envelope, cost, standards — before a single line is drawn.
STEP.02
Concept generation
Three to five credible routes modelled far enough to be judged, not just sketched. Each one costed against the same brief.
STEP.03
Trade study & selection
Concepts scored on weighted criteria with your team in the room, and the scoring issued alongside the recommendation.
STEP.04
Concept pack issue
The chosen route ships as CAD, renders, a costed bill of materials, a risk register and a test plan — ready for detail design.
SECTORS —MEDICAL DEVICESCONSUMER PRODUCTSINDUSTRIAL EQUIPMENTINSTRUMENTATIONAUTOMOTIVEROBOTICSCLEANTECH
Concepts we've taken forward
ALL WORK →DROP RENDER — FIG.52
HANDHELD METER CONCEPTFIG.52
DROP RENDER — FIG.53
DOSING PUMP LAYOUTFIG.53
DROP RENDER — FIG.54
BENCHTOP ANALYSER PACKAGINGFIG.54
DROP RENDER — FIG.55
ROBOT END EFFECTOR STUDYFIG.55
DROP RENDER — FIG.56
SOLAR INVERTER ENCLOSUREFIG.56
DROP RENDER — FIG.57
SURGICAL TOOL MECHANISMFIG.57
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
ORIGINUSASERVICECONCEPT DEVELOPMENTSTATUSAPPROVED ✓
SHT 1 / 3
RFI LOG — MOST FREQUENT QUESTIONS
Before you ask
A problem statement, target volumes and any hard constraints — envelope, cost, standards. Sketches, a competitor sample or a half-finished CAD file all help, but none are required.
Have a problem you can't yet draw?
Send it over.
NDA-FIRST · SCOPED WITHIN 24H · NAMED ENGINEER