Plastics Forming Equipment (80 items)

This 1000mm double-sided hot wire strip heater provides a quick and efficient solution for the local heating of thermoplastic sheets up to 10mm (3/8in.) thick to allow bending.

This 1000mm single-sided hot wire strip heater provides a quick and efficient solution for the local heating of thermoplastic sheets up to 10mm (3/8in.) thick to allow bending.

C R Clarke's 1210 quickly efficiently and consistently produces professional quality, high definition vacuum formings on a small scale as required by model makers, development engineers and students.

C R Clarke's 1210 quickly efficiently and consistently produces professional quality, high definition vacuum formings on a small scale as required by model makers, development engineers and students.

A service kit to keep your C R Clarke 1210 vacuum former operating at peak performance.

A stand for use with C R Clarke's 1210 vacuum former.

The C R Clarke 145 profile router is specially designed for the trimming of mouldings up to a thickness of 3mm.The 145 consists of a standard two-pole electric motor mounted under the work table. T...

Spare or replacement porous membrane for use with C R Clarke 5 litre fluidised baths.

This 1500mm double-sided hot wire strip heater provides a quick and efficient solution for the local heating of thermoplastic sheets up to 10mm (3/8in.) thick to allow bending.

This 1500mm single-sided hot wire strip heater provides a quick and efficient solution for the local heating of thermoplastic sheets up to 10mm (3/8in.) thick to allow bending.

Spare or replacement wire for the C R Clarke Triform 180 sculptor tool.

Spare or replacement wire for the C R Clarke Triform 180 wire bow.

Spare or replacement wire for the C R Clarke Triform 180 strip heater.

The C R Clarke 1820 quickly, efficiently and consistently produces professional, high quality, high definition vacuum formings on a small to medium scale as required by model makers, development en...

A service kit to keep your 1820 vacuum former operating at peak performance.