Wow those actually home made? What kind of process did you use for that? Did not really figure you could do SMD with toner transfer as most printers won't have enough DPI. I imagine you're using something more precise like some kind of milling machine?
those are not toner transfer but imaging is done with a cheap 600/1200dpi laser printer.
the proces is:
1. print the designs to polyester transparencies (polyester has great dimensional stability so the image is not distorted)
2. clean the copper clad
3. laminate riston dry-film photoresist with a cheapest office laminator possible
4. use UV light (few cheap UV LEDs with a simple led driver circuit will do) to transfer artwork
5. develop in washing soda (don't buy expensive developer solution, it's just plain cheap washing soda anyway)
6. etch in ferric chloride or whatever other etchant you prefer
7. remove photoresist with sodium hydroxide (regular drain cleaner) + clean the board
8. laminate dynamask dry film solder mask to the board (again with the cheap laminator)
9. UV light to transfer solder mask artwork
10. develop in washing soda
11. cure the solder mask with UV
12. enjoy the product

and start populate the parts. i use the cheap "mechanic" solder paste - using a toothpick to make little dabs of paste on the pads, then place components and heat it with hot air to reflow.
the proces might seem to be expensive , but it's not... the polyester transparencies are $25 per 100 A4 sheets - so approx 25 cents per A4 sheet, the riston photoresist is approx 50cents per A4 sheet, dynamask is $3 per A4 sheet. chemicals are cheap $2 for a kilo of washing soda (you need approx 17grams per liter) and $3-4 for the drain cleaner (approx 20-30 grams per liter).
quality 3W 400nm UV leds are approx $4 - you can even trasfer with a single UV led (but i have overkill homemade rig with 15 of them - takes 5 seconds to expose the image)