EX-DEMO Practical Pro Workshop *SOLD OUT*
£349.99 exc VAT
£419.99 inc VAT
Contains: Practical RBR Tool,
Practical Punch/Shear Tool (with Spare Punch Pin),
Mk 1/2 Scroll Former,
Mk 2/3 Scroll Former with Tube Bending components,
Practical Twisting Tool c/w Adapter,
Metalcraft User Guide & Design & Ideas booklets,
Scroll Profile Drawings & Magnetic Markers,
plus Tape Measuring device.
SPECIAL NOTE - We have a very limited stock of these tools and we are offering them with an attractive 25% discount off them all. Because these tools have been used to a greater or lesser extent in demonstration work they do show clear signs of regular use especially on the bases/paintwork. Cosmetically they may not look as good as a brand new tool as the paintwork on the bases may be heavily marked but functionally they are fully operational and will be checked and serviced before sending out to make sure they are completely fit for purpose
N.B. The ex-demonstration Practical Pro Workshops are currently in our workshop, all tools are thoroughly checked and serviced before they are shipped, this may lead to a delay in this order being delivered in the usual 3 working days, it may take up to 7 working days for you to receive the tools. Please do not stipulate next day delivery if you wish to purchase this set. Thank you for your patience.
EX DEMONSTRATION TOOLS
SAVE £££'s when you buy this package, compared to buying the tools individually.
This is the top of the Practical range of workshops and includes the Practical Twisting tool and the MK 2/3 Scroll Former with their respective optional extras to provide a totally comprehensive workshop package. All in all it represents terrific value for money and it is why it is the most popular set for serious DIY & Craft, Commercial and Educational users. This set works with material sizes from 10mm x 1.6mm up to 20mm x 3mm.
Please note: The maximum working capacity stated is for Hot Rolled Mild Steel Bar and Annealed Bright Mild Steel Bar. Working beyond these limits or with material of greater hardness may reduce the operational life of the machines.