Setting up a home craft workshop
Specs and sources awaiting check
Workshop planner: which maker machine fits my home?
Worked example
For pottery and laser engraving in a garage with an outside wall, no window and two sockets:
- Electric pottery kiln: check first. Measure the maker's footprint plus the clearances in its manual against your space. Whether a kiln can use a normal plug depends on its power. Check it with the 13A plug checker. Keep the room ventilated while it fires, as the maker's manual says. Check the maker's noise figure if others will hear it. Running a supply out to a garage, shed or garden room is a job for a registered electrician.
- Pottery wheel: check first. Measure the maker's footprint plus the clearances in its manual against your space. The maker's spec says what supply it needs. Check the maker's noise figure if others will hear it.
- Laser engraver or cutter: check first. Measure the maker's footprint plus the clearances in its manual against your space. The maker's spec says what supply it needs. You have an outside wall for an extraction duct. Plan the route before you buy. Check the maker's noise figure if others will hear it. Running a supply out to a garage, shed or garden room is a job for a registered electrician.
- A kiln, or a supply run out to a garage, means a registered electrician.
- Building a base or bench in the garage? Plankley does the building maths.
Source: Electrical Safety First, awaiting check; HSE, awaiting check; Office for Product Safety and Standards, awaiting check; IET (BS 7671 Wiring Regulations), awaiting check
Editor: host page for C1. Gap: retailers sell one machine type; nobody plans a whole UK home workshop across crafts. Order: space, power, ventilation, then machines. Laser callout is on this page because it covers lasers.
The short answer
Editor: three checks for every machine: space (with the maker's clearances), socket or supply, ventilation or extraction. Then the set-up checklist from the planner.
Choosing the room
Editor: spare room, garage, shed, garden room, kitchen table: what each suits. Outbuildings need a supply run out by an electrician. Plankley handoff for bases and benches.
Power and sockets
Editor: count sockets, don't daisy-chain extension leads (ESF), kilns may need their own circuit (link C3).
Ventilation and extraction
Editor: kilns need a ventilated room; lasers need extraction outside or a maker-approved filter (HSE). No airflow figures unless maker-sourced.
Set-up checklist
Editor: ordered steps for HowTo schema once final, from data/workshop/crafts.json checklist.
FAQs
Can I put a laser and a kiln in the same room?
Editor: only from official and maker guidance; signpost both manuals.
Related guides
Sources
- Electrical Safety First: use a registered electrician for new circuits (Electrical Safety First), awaiting check
- HSE: kilns, heat and ventilation in ceramics work (HSE), awaiting check
- OPSS: product safety for consumers (follow the maker's instructions) (Office for Product Safety and Standards), awaiting check
- HSE: controlling fumes at source (local exhaust ventilation) (HSE), awaiting check
- Electrical Safety First: overloading sockets and extension leads (Electrical Safety First), awaiting check
- IET: BS 7671 and notifiable electrical work (IET (BS 7671 Wiring Regulations)), awaiting check
- OPSS: laser product safety and BS EN 60825-1 classes (Office for Product Safety and Standards), awaiting check