- Make sure you have read the FAQS and prepared your audio to be uploaded before you place your order.
- Choose your vinyl format and the number of tracks you would like on each side. Add up to 19 additional copies to your order at a lower cost.
- Place your order. Transfer your audio files in a zipped folder named with your order number.
- Make sure you let us know what order you would like your tracks in by filling in the information box.
- We will send you a receipt to confirm that we have received your order.
- Our sound engineer John will check your audio files are suitable for cutting and contact you to arrange payment.
- After we have received your payment your order will enter the queue to be cut. See the home page for current turnaround times.
- If you require more copies of the same order at later date, you can get them at a reduced rate.
Postage is calculated based on location and weight. Sometimes we use a courier (usually DPD, UPS or Parcelforce) and sometimes Royal Mail. UK excluding Highlands & Islands can be anywhere between £5 and max. £30. The vast majority of UK orders are between £5 and £15. Smaller orders are generally sent via 1st class signed-for. Larger and high value orders are always sent fully insured.
We’ve cut thousands of sides on this machine and we can count complaints about the sound quality on one hand. The lathe we are using is, for all intents and purposes, home-made. The lathes used to master pressed records are not – they are (or were in the early 80’s when the last handful of new lathes were made) incredibly well engineered, precision manufacturing equipment. Mastering lathes have helium-cooled transducers with negative feedback, capable of cutting frequencies well beyond 20kHz (though find us a record with transcribed audio in that range, a cartridge to reproduce it and ears that can hear it in a double-blind test and we will cut your records for free for life). The transducers in our lathe are nowhere near as fancy -they colour the sound somewhat and we do what we can to reduce this with corrective EQ.
Then there’s the discs themselves. Plastic is a lot harder than nitrocellulose lacquer, ergo the noise floor is a little higher.
There are other little quirks and certainly areas where our set-up can be (and over time will be) improved when funds permit, but for now we’re quite happy with it and so are the overwhelming majority of our customers. Just don’t expect ‘audiophile’ records.
Lathe cut records should not really be thought of as being the same as mass-produced pressed records, more as a hand-made alternative.
Digital audio is very linear, i.e., what you put in, you get out. Records are a physical medium – we are dealing with grooves in plastic, cut by an extremely sharp diamond, not ones & zeros, so records are governed by the laws of physics. This results in several ‘limitations’.
Vinyl will never be as loud as hyper-compressed digital audio can be.
You may also notice some slight high-frequency loss if your sounds contain very loud high frequencies, though this is partly due to the use of spherical playback styli. Excessive high frequency levels and sibilance can cause a spherical playback stylus to mis-track the groove walls, resulting in audible distortion. Many of the physical limitations of vinyl are related to playback.
The duration of the supplied audio has a significant impact on the overall quality of the cut. Longer sides, cut at 33rpm, will typically have to be cut much quieter than shorter sides cut at 45rpm. Surface noise becomes more noticable at lower cutting levels. Distortion increases as the recording approaches the centre of the disc. This is true of all vinyl records, not just lathe cuts.
If you would like to know more, please contact us [eeb_email email=”firstname.lastname@example.org” display=”email@example.com”] for some recommended reading.
There are a number of handmade alternatives and the best quality, least time consuming & most cost effective approach to this that we have found is screen printing. Obviously, this limits your design options somewhat. If you require blank sleeves for screen printing, we recommend the lovely folks over at Eco Craft.
If you absolutely have to have a photo-print sleeve, then you are into the realms of some quite involved DIY. We did offer this as a service for a trial period but found that, for a number of reasons, it wasn’t sustainable. Also, the card stock offered by all the printing services we tried was either too flimsy or didn’t take the print very well. We are constantly working on a way to offer this service in the future, but only when we are happy with it.
If you require records cut at extremely high ‘club’ levels, stereo effects should be kept to an absolute minimum – most club systems are mono anyway.
Avoid psychoacoustic stereo processing and ‘enhancements’ altogether.
You may notice that the discs themselves are more flexible than pressed records.
7” = 4 min a side (up to 7 min possible at ‘EP’ level)
10” = 7 min a side (up to 10 min possible at ‘EP’ level)
12” = 10 min a side (up to 15 min possible at ‘EP’ level & up to 18 min possible at ‘LP’ level)
Throughout this site, the following terms are used when referring to cutting levels (reference 0dB = 5cm/sec @ 1kHz):
LP level = peaking -4dB to 0dB
EP level = peaking 0dB to +4dB
‘Single’ level = peaking 0dB to +4dB
‘club’ level = peaking +4dB to +6dB
All bass instruments should be dead centre. Out of phase low frequencies may cause the playback stylus to jump out of the groove or track incorrectly. Also, avoid frequencies below 20Hz – not only are they acoustically redundant, but the resonant frequency of a tonearm is deliberately set there and this will cause problems on playback.
Check your mix for phasing problems by summing your mix to mono and listening out for disappearing instruments. Phase cancellation may cause a disappearing or interrupted groove on vinyl. If the groove disappears, the playback stylus will skip.
Avoid sibilance! Use a de-esser on vocals if necessary. Records accentuate sibilance.
Avoid high levels in the >16kHz range and significant boosting in the 8 to 16k range, you won’t get it back on the record.
Go easy on the limiting and compression across the whole mix. Less is more. Light compression can make a good mix sound great, but it isn’t good for cutting if everything gets squished so that every single transient is hitting full-scale.
Leave a little headroom. Aim for peaks of around -3dBfs rather than -0.1dB.
We are confident that you will be as happy with our records as many other people before you have been, however, if you are in anyway unsure about this, it is recommended that you order a one-off cut.