Wonderful FPE

The FPE belongs in orthotic and prosthetic workshops, hospital orthotic departments and rehabilitation centres, wherever devices are formed in house from sheet material. Orthotists and orthotic technicians handle it, and the clinical team relies on what they make for each patient. Forming on site keeps the whole sequence of measuring, cutting, forming and fitting under one roof, so each wearer's device is shaped by the team that will fit it.

In use, the technician takes the patient's measurements, lays out a pattern on the panel and cuts it, heats the piece until it is workable, forms it over a model, and trims the edges once it has cooled. The patient then tries the finished orthosis, and any adjustment returns to the same material at the bench.

Thickness is the working choice. The 3 mm, 4 mm and 5 mm gauges give the technician three depths of polyethene within one model, and the depth is selected to suit the device and the wearer. Changing gauge alters the depth of the finished piece, while the outline always comes from the pattern. Each gauge keeps the same 1 m × 2 m face, so the bench layout routine stays familiar from one device to the next.

A panel covers 2 m², which means a single panel can serve several fittings. A workshop with a regular flow of patients keeps its three gauges on the shelf and reorders by item number and thickness. The material is non-powered, so no electrical routine is attached, and bench time goes on marking out, forming, and fitting.

2 m² of polyethene in every panel

A panel of 1 m × 2 m provides a generous working area in front of the technician. Patterns are laid out across the whole face before any cut is made, so the layout can be planned for the devices waiting in the queue.

Three thicknesses on one 1 m × 2 m face

The 3 mm, 4 mm and 5 mm panels share a single footprint. A workshop therefore handles all three with the same layout habits; only the material depth changes with the device.

A thermoplastic that keeps the shape it is given

Polyethene is workable under heat and holds its form as it cools. That is the behaviour a workshop relies on when a flat piece is formed over a model and then trimmed.

Patterns cut to each wearer

The panel arrives uncut, so every pattern follows the measurements taken for one patient. The finished device is made to measure, shaped for one person.

Nothing to power, charge or test

The material contains no electrical parts. Charging, calibration and electrical testing find no place in the routine, and the bench carries only the forming equipment the workshop already uses.

The panel is the only consumable

Each device uses an area of a panel, and that is the material's only upkeep. A department reads its need directly from the devices it expects to form.

One item number for three gauges

FPE identifies the product, and the thickness is stated beside it. Stock lists and reorders stay short because a single code covers the 3 mm, 4 mm and 5 mm panels.

Depth chosen for each device

Three thicknesses leave the technician to choose the depth. The decision belongs to the bench and the device, and it sits inside one model.

Made for workshops that form in house

A full-size panel suits departments that cut and form their own orthoses from sheet material. It places the raw material at the bench and leaves the shaping to the technician.

Polyethene (PE) material

Polyethene, written PE, is the material of the panel. It's a thermoplastic, so technicians already know how it responds to heat.

Item number FPE

FPE is the product item number. The 3, 4 and 5 mm options all sit beneath it.

1 m × 2 m panel size

Each panel is 1 m wide and 2 m long. A panel of this size is laid flat on a bench for marking out and handled as a single piece.

3 mm thickness

The 3 mm panel opens the range. It keeps the full 1 m × 2 m face and offers the lowest polyethene depth of the three options.

4 mm thickness

The 4 mm panel sits in the middle of the range, between 3 mm and 5 mm. The face is unchanged, so moving to this depth alters nothing else on the bench.

5 mm thickness

The 5 mm panel completes the range with the greatest material depth. It shares the 1 m × 2 m face with the others, so a technician reaches for it with the layout already in mind.

Thermoplastic behaviour

Thermoplastics become workable with heat and set again on cooling. Polyethene brings that property to the FPE as a trait of its material class.

Flat panel supply

The panel is supplied flat and uncut. The workshop decides every dimension of the finished piece, from the first mark to the last trim.

2 m² working area

At 1 m × 2 m, a panel offers 2 m² of polyethene. That area lets you lay out several patterns before cutting.

Non-powered material

Nothing about the FPE is powered. The material sits on the shelf as a plain consumable until the next device is due.

Cut-to-pattern working

Patterns are cut from the panel to suit each device. The technician controls the outline, and the thickness chosen sets the depth of the finished piece.

In-house forming

Workshops that form their own devices work directly from the panel. Marking, cutting, heating, forming and trimming all take place at the bench.

Manufactured by Wonderful

Wonderful manufactures the FPE, which is part of its range of materials and fittings for orthotic and prosthetic workshops.

Choose the FPE when a workshop makes its own orthoses and wants polyethene in a full 1 m × 2 m panel, with a choice of 3, 4, or 5 mm. It suits orthotic and prosthetic workshops, hospital orthotic departments and rehabilitation centres that cut patterns to each patient's measurements. Three thicknesses sit on one footprint, one item number covers them all, and the non-powered material brings no electrical routine to the bench. Teams that plan every pattern before the first cut will value a full panel, because they can arrange the layout across the whole face. It suits in-house stock, cut as devices are needed, and each panel offers 2 m² of polyethene to cut from.