Heavy Duty Adjustable Feet, Fixed Base Leveling Feet, D100 Leveling Feet, Heavy Duty Stainless Steel Leveling Feet, Large Base Leveling Feet China Factory Manufacturer

We built the 4007 range for frames that carry real weight, and we kept it simple: one large base, large threads and long studs. When a conveyor leg, a machine base or a steel platform needs a foot that takes the load and then holds still, this is the range we quote.

One base size across the whole range. Every foot in the 4007 series carries the same D100 base, so a heavy line uses one footprint and your maintenance store keeps one spare.

Threads from M12 up to M24. This is the heavy end of our range. Take M16 or M20 for a loaded leg and M24 where the frame carries real weight.

Studs of 100 mm and 150 mm. A long stud lets you lift a frame clear of a sloped or patched floor, and you adjust to height instead of stacking shims under the leg.

SS304 base and stud in a plain finish. On a heavy line that runs humid, stainless is the version we recommend, and it keeps its surface without a coating to chip.

A rubber pad under every base. A heavy frame creeps and marks a floor just as a light one does. The pad takes the contact with the floor, so the frame holds its position and your tiles survive.

The pad damps vibration as well. A conveyor or a press sends small movement down its legs, and rubber between the frame and the floor takes part of that out.

One supplier for everything at the base of the frame. Minde technology also makes plated steel leveling feet, industrial casters and profile threaded base plates…

How It Installs:
1. Check the load path before you choose the size. Count how many feet carry the frame and how the weight sits on them. A leg that takes a corner load needs a larger thread than a leg in the middle of a straight run.

2. Match the stud length to the gap. Measure the distance between the underside of the leg and the floor at every position. Choose the 100 mm stud for a low leg and the 150 mm stud where the frame stands high, and keep enough thread inside the leg to carry the foot properly.

3. Prepare the fixing. Tap the leg to the thread you selected, or drill a clearance hole for the two-nut method. Deburr the face so the nut and the pad sit flat.

4. Thread it in by hand, then finish with a wrench. Keep the stud straight as it starts, and never force a stud that has begun to cross-thread. On a long stud, run a nut down the thread first to clear it.

5. Level the frame, and do it under load. Set a spirit level across the frame in both directions and work diagonally, a little at a time, until every adjustable foot carries weight. Level a loaded frame rather than an empty one where you can, because a heavy line settles.

6. Lock every nut and keep the exposed stud short. Tighten the locking nut against the leg or the plate, and where you use a 150 mm stud, keep the exposed length as short as the height allows, since a long unsupported stud bends when someone bumps the frame.

7. Move the frame with the feet, never with a jack. Adjust height on the feet and keep the load on all of them. Jacking one corner and leaving a foot hanging is the quickest way to bend a stud.

8. Check the pad and the nuts after the first shift. Look under each base for swarf, grit or a pad that has rolled, clean the pads with water and a mild detergent instead of a solvent, and re-check the level, the nuts and the pads at every planned service.

Applications:
Conveyor support legs, packaging and filling lines, machine bases, heavy workstations and assembly line supports, steel platform legs, and industrial frames that run on tiled or epoxy floors.

FAQ
How much load does a 150 mm stud carry?
The rated load changes with the thread, the stud length and the way you mount the foot. Send the frame load, how many leveling feet carry it and your mounting method, and we will come back with the figure for the foot we recommend.

Does the large base make a real difference?
It does on a heavy frame. A wider base spreads the load across more floor area and holds the frame steadier when the line vibrates, which is why we keep one D100 base across the series.

What does the rubber pad do?
It takes the contact with the floor. The frame grips instead of creeping, the stainless base stops marking tiles and epoxy, and the rubber damps part of the vibration a machine sends down its legs.

Should I take this stainless version or the plated one?
Take stainless when the line runs humid or gets washed down. Take our plated carbon steel feet when the floor stays dry, because they cost less and handle a dry workshop well.

Do you make other base sizes or stud lengths?
Yes. Tell us the base and the length you need, or send a drawing, and our engineers will quote it.