Custom parts, quoted in minutes.
Upload your CAD file and get an instant, itemised price for CNC machining, 3D printing or sheet metal — with a manufacturability check built in. No sales call, no waiting three days for a number.
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Open the quote engineThree processes, one quote engine
Each process has its own pricing model built from real machine rates, material costs and cycle times — not a markup on a guess.
CNC Machining
3-, 4- and 5-axis milling and turning in metals and plastics, from one-off prototypes to production runs.
3D Printing
Industrial SLS and MJF nylon, glass-filled nylon, polypropylene and TPU. Instant pricing from your mesh.
Sheet Metal
Laser cutting, press-brake forming and PEM insertion in steel, stainless, aluminium and galvanised sheet.
From CAD file to price in four steps
Upload
Drop in a STEP, IGES, STL, OBJ, 3MF or DXF file. One part or a whole assembly's worth.
We analyse
The geometry engine finds holes, pockets, threads, bends, thin walls and undercuts automatically.
Configure
Pick material, finish, tolerance and quantity. The price updates as you change them.
Order
Send the quote to us with one click. We confirm and put it into production.
Pricing you can actually see
Every quote is itemised — material, setup, machining time, each operation, finishing and quantity break. You see what drives the number, so you can change the design and watch the price move.
Instant, not "within 24 hours"
Real geometry analysis runs the moment you upload.
Manufacturability built in
We flag the features that will cost you money before you commit to them.
Quantity breaks up front
See the price at 1, 10 and 100 without asking anyone.
| Material — Aluminium 6061 | $14.20 |
| Setup & programming | $42.00 |
| Machining time | $68.75 |
| Drilling — 12 holes | $1.80 |
| Pockets — 4 | $3.40 |
| Deburr & finish | $15.00 |
| Price each (qty 10) | $104.63 |
Illustrative only — your quote is calculated from your own geometry.
Notes from the shop floor
Why Does Increasing Chip Load Sometimes Reduce Chatter Instead of Causing It?
Because chatter is a resonance problem, not a force problem, and a heavier chip load can pull the cutting frequency away from the frequency the tool wants to vibrate at. More chip load usually means more force, but it also means fewer flutes engaging per unit time relative to the vibration cycle, an
What Causes Carbide Drills to Chip Out When Drilling for a Tapped Hole?
Carbide drills chip out at the margin or the cutting edge when the drill flexes or the exit breaks through unevenly, and both are more likely on tap-drill sizes because those holes are usually deeper relative to diameter and closer to full engagement than a clearance hole ever is. Carbide has excell
How Do You Hold a Very Thin Titanium Blank for Machining Without Distorting It?
You spread the clamping force over as much of the part as possible and remove material symmetrically so residual stress releases evenly instead of all at once. Titanium's low thermal conductivity and springy modulus make it distort more visibly than aluminum or steel at the same wall thickness, so b
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