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Tube bending · No kinks

Stainless tube bending in Bình Dương

Round and square tube bent on four hydraulic and manual benders, including the shop's first bender from 1998. Even radii with no flat spots, wrinkles or wall collapse, for frames and handrails to your drawing.

STEP · IGES · DXF centreline — bent straight from your model
Ø76 · t2.0CLR 152to 180°PRESSURE DIEMILD STEEL · Ø76BEND 90.0° · 2×DBENDING
4 Hydraulic and manual benders
≤ 3 mm Wall thickness
2 × D Min centreline radius
180° Max bend angle

What we can bend

Round and square tube, down to a 2×D centreline radius and up to 180° a bend, on four hydraulic and manual benders — including the shop's first, from 1998.

Benders 4 ·hydraulic and manual
Wall thickness ≤ 3 mm round ·≤ 2 mm square
Min centreline radius 2 × D
Max bend angle 180° per bend
Methods Rotary-draw ·mandrel ·roll
Materials Steel ·stainless ·alu ·copper ·brass
Mandrel for tight radii

A mandrel supports the bore through the bend, so tight radii come out round — no flat spots or collapse.

Wiper die, no wrinkles

A wiper die trailing the bend kills the wrinkles thin-wall tube wants to fold on the inside radius.

Repeatable to the degree

Stops and angle gauges put every bend at the same angle and in the same plane, part after part.

By the hundred, or one of a kind

Set the bender once and run identical handrails, hoops and coils by the hundred — or bend a tube into something no one has before: knots, helices, woven spheres. If a line can follow it, we can bend it. Swipe the gallery.

Design it to bend true

A few habits keep tube bends round, repeatable and crack-free. Send a centreline model or a bend table — we flag anything that won't form before it hits the machine.

Keep the radius open

Design to a centreline radius of at least 2× the tube diameter — tighter needs a mandrel and costs more.

Leave straight to grip

Keep ~2× diameter of straight tube between bends (and at the ends) so the dies have something to clamp.

The outside thins

The outer wall stretches thinner through a bend — allow for it, or we run a mandrel on thin wall and tight radii.

Tube springs back

Metal relaxes a few degrees after bending — we over-bend to land the finished angle, tuned per material and radius.

Frequently asked questions

Still stuck on a detail?

Send the drawing with your question — fastest way to a real answer.

Replies within one business day
01 What tubes can you bend?

Round and square tube in steel, stainless, aluminium, copper and brass, with walls up to 3 mm on round tube and 2 mm on square, on four hydraulic and manual benders.

02 What is the tightest bend radius?

A centreline radius of about 2 times the tube diameter, up to 180° per bend. Leave about 2 diameters of straight tube between bends so the die has something to clamp.

03 Will the tube dent or flatten when bent?

No. A mandrel inside the tube keeps the section round on tight radii, and a wiper die stops wrinkles on the inside of the bend on thin-wall tube. Metal springs back a few degrees, so we overbend slightly to land on the final angle.

04 What files do you need for tube bending?

A centreline model as STEP or IGES, a centreline DXF, or a bend table. We check the radii and angles and quote within 24 hours.

05 Do you bend small runs, handrails and frames to drawing?

Yes, from one piece to hundreds of identical handrails and loops. Angles and rotation are set once, so every bend sits in the same plane and every part matches.

06 Can you also cut, weld and coat the frame?

Yes. Tubes are laser cut with saddles and holes before or after bending, and bent frames are welded and ground clean in the shop. Powder coating is done at a partner plant, all on one order, with delivery nationwide.

Got a bend to make?We'll shape it.

Send a centreline model or a bend table — back in a priced quote, radii and angles checked.