Energy saving light bulb. Fluorescent tube uses just 38 watts of electricity. Flat shape with large area: effective & even lighting. Ideal for surface fixtures, sconces & caravan lights. For 4-pin plugs. Costs less to run. Features 38W 4PIN 3500k (GR10) 19mm Tube ...

25 Metre Heavy Duty Extension Reel, with a sturdy metal st&. Two gang 13 amp, 240 volt, cable

Size: 3 core

...

Disk Number: 1. Song number: 1. Soul Machine Song Number: 2. Gettin Grown Song Number: 3. Ill Be Around Song Number: 4. Suga Baby Song Number: 5. Bad Mutha Song Number: 6. Wounded Knee In My House Living Again Song Number: 7. I Am Selling Soul Song Number: 8. One For The Road Song Number: 9. Bass Head Jazz Song Number: 10. Sometimes Song Number: 11. Under Tha Influence (Follow Me) Song Number: 12. Closet Freak Song Number: 13. Medieval Times (Great Pretender) Song Number: 14. All Day Love Affair Song Number: 15. Die Trying Song Number: 16. Soul Food Song Number: 17. Free Song Number: 18. Trans DF Express ...

Disk Number: 1. Song number: 1. Intro Song Number: 2. Soul Machine Song Number: 3. The Art Of Noise Song Number: 4. These Eyes Living Again Song Number: 5. Ill Be Around Song Number: 6. The One Song Number: 7. Devotion Public Enemy No. 1 My Kind Of People Song Number: 8. Pass The Dutchie Childz Play Song Number: 9. I Am Selling Soul Song Number: 10. All Day Love Affair Song Number: 11. Evening News Song Number: 12. Return From The Ashes (Theme) Scrap Metal Song Number: 13. Glockappella Song Number: 14. Holy Ghost When We Were Friends Song Number: 15. Sometimes Song Number: 16. Lets Stay Together Song Number: 17. Die Trying Song Number: 18. What Dont You Do? (Outro) ...

PRODUCT

Features: Easy installation Pre-assembled, quick projector disconnect/reconnect 360° rotation

...

Ceiling mounted support that can be positioned above the bed, allowing the user to independently rise from a lying to a seated position. To suit different users, the nylon strap is adjustable in length. The strap has a moulded handle for a secure & comfortable grip. Length 120 to 1500mm (43/4 to 59"). Grip size 240mm (91/2"). ...

Overview This ceiling TV mount supports VESA mount compatible TVs from 32" to 75" in size, with a weight capacity of up to 110 lb. (50 kg). It lets you save wall & floor space by hanging your flat-panel LCD, LED or plasma TV from the ceiling in a prominent area. The ceiling mount is ideal to be used in corporate boardrooms, lobbies, entrances, restaurants, bars & meeting places. Features Adjustable Height With a telescopic pole, the TV mount lets you suspend a display at your desired distance from the ceiling. This works well with a range of ceiling heights. The steel pole can extend from 22" to 33.5" (560 to 910 mm), with a total lift (height extension) of 13.7" (350 mm). Swivels to Suit Your Ceiling The flat-screen ceiling mount accommodates a wide variety of ceiling types. You can swivel the TV to work with virtually any type of ceiling for level viewing, including sloped ceilings (up to 60 degrees), & pitched or horizontal (flat) ceilings. Viewable from Any Direction You can adjust your TV to create a comfortable viewing angle, by tilting it up to -25 degrees down towards your audience for optimum visibility. Plus, the full-motion mount lets you swivel your display around the pole + 180 /
- 180 degrees, without using tools. Hook-&-Mount Design Simply attach the included vertical brackets, with built-in hooks, to the back of your TV. Once attached, hang your TV securely onto the ceiling mount. The preset leveling adjustments ensure ideal positioning after hanging. FPCEILPTBSP is backed by a Star Tech.com 5-year warranty & free lifetime technical support.
...

Cover plate included for smart installation Supplied with safety bolt for secure installation 70&730; Tilt of pole for angled ceilings +90&730; Tilt of pole (fixed) when wall mounted Ceiling plate diameter: 240mm (9.4") (without covers)
- Ceiling drop: 83mm (3.3")
- Pole Sold Separately

...

Key Features Frame & Case Design The quality of printing is predominantly dependent on the resolution & accuracy of the motion axes. The printer must be capable of laying down accurate slices of plastic material layer after layer to produce a usable part. We have designed Robox from scratch, ensuring the frame & motion systems are extremely rigid & accurately positioned. All motors & axes are attached to a single stainless steel frame which is a reference surface for all motion; this is rigidly attached to injection moulded parts which form the body of the printer to create a super-stable platform. Speed – Dual Nozzle System Robox

Includes:: a proprietary dual-nozzle system which can improve print speeds by up to 300% when set against our competitors. A single material feed can be directed out of one of two nozzles – with a 0.3mm or 0.8mm extrusion diameter. This means Robox can produce highly detailed exterior surfaces for the surfaces you can see, & then quickly fill the object using the larger nozzle multiple layers at a time without affecting part strength or detail. This combined with a needle-valve system stops ‘ooze’ & ‘stringing’ from the nozzles – a problem commonly found in other printers. So now you can finally have the best of both worlds – a perfect high quality exterior finish with much faster print times! Robox Mechanics Construction Methodology All of the motion axes are coupled to a single sheet metal part, reducing the need for factory calibration & ensuring that your Robox is perfect for printing straight off the production line. The use of injection moulded parts combined with sheet metal components produces a very rigid structure, while allowing for a stylish consumer product. Minimal Inertia By using a ‘ Bowden tube’ extruder, we are able to keep the weight of the printing head to a minimum, allowing for much faster extrusion & travel speeds without affecting print quality. Large High Torque Stepper Motors with High Resolution Axes We have over-specified the stepper motors for all the motion axes, meaning Robox should be able to cope with all future head developments without a hitch. We have used 2mm pitch belt drives for X & Y axes & our own custom machined 0.5mm pitch Z axis screw. All of the motors are custom designed for the printer. This gives us the highest theoretical accuracy on the market, & allows us to achieve super-fine layer height. Separate Build Chamber & Electronics Enclosure Due to the heated build platform, we can maintain Approx. 50°C ambient temperature in the build chamber. This stable environment helps to maintain part accuracy & print quality by preventing uneven cooling. The problem with this feature is that this ambient temperature can be too hot for the motors & electronics which control the printer. These are all therefore outside the build chamber & actively cooled by outside airflow to keep everything running smoothly. Automatic Build Platform Levelling One of the major problems with almost all available 3D printers is that the bed must be manually levelled to ensure the first layer adheres correctly. This is be a fiddly process which has to be regularly repeated – a source of frustration for other 3D printer owners! Well, we’ve solved that. Robox uses a proprietary bed probing mechanism which can measures the location of the bed before every print. As both Z motors are driven independently they can be adjusted to ensure the X axis is always parallel to the print bed. Extruder Construction & Feedback Loop The Robox extruder contains the world’s first dual-pinch-wheel extrusion system. This allows for very consistent & reliable extruder operation with excellent resolution & control. The filament is fed to the head by two indexed contra-rotating feed wheels which are powered by a worm & wheel gearbox. This arrangement virtually eliminates the possibility of ‘stripping’ your filament, causing a loss of extrusion & poor print quality. Pause & Resume! The filament extruder incorporates a closed-loop feedback system which monitors the motion of filament as it enters the extruder, giving it the ability to instantly recognise extrusion issues. The software can pause the print if any error is found, allowing the user or firmware to rectify the problem without ruining the entire print. A long awaited feature on 3D printers is ‘resume’ – the user can restart the print & it will continue from where it left off. Another first for Robox! Nozzle Valve System Another problem typical of 3D printers is ‘ooze’ -the stringing & over extrusion at the end of a section of printing. This happens due to the low viscosity of molten plastic. In most printers, this is solved by what is known as a ‘retract’, where the filament is rapidly reversed in conjunction with a very small melt chamber, however this is not always effective. Robox overcomes this problem through the use of a needle-valve system which completely closes the nozzles at the point of extrusion, removing all stringing & ‘blobs’ from the part – resulting in an amazing surface finish. Because viscosity can be managed by the needle valves Robox is able to use a much wider range of materials than any other 3D printer. Automaker Auto Maker is the software used to layout your models, view the status of Robox & adjust the settings used during a printing or other operations. Auto Maker is available to download & can be installed in most languages on many operating systems including Windows, Mac OS & Linux. Without a Robox attached there is limited functionality, a user can load a. stl or. obj file & manipulate it. Connect a Robox to allow printing in Draft, Normal, Fine or Custom within 3 very simple steps. Opening the Advanced Tray enables a huge array of settings, each is clearly described & sorted into easily recognisable sections. Save custom settings if you want to repeat a print or share it with other users. Custom print settings are saved as text based. roboxprofile files in the users documents folder & a Print Jobs folder is created containing all the settings & code used for every print that is created. The goal from the beginning with Auto Maker has been to make 3D printing easier, we want users to concentrate on designing parts to print, not needing to fiddle with the print settings to try to get a result. Our default settings are tried & tested using our filament & allow even a complete novice user to get a repeatable & consistent result every time. Advanced users have all the control required to satisfy even the most complex print jobs & are able to easily share their custom profiles with all of us. Smart Reel Robox materials are supplied on a Smart Reel which holds data about temperature settings, print speed, diameter & even the amount of filament which has been used on that reel. As a user this makes printing very easy, you load the filament & Auto Maker will automatically change to the settings saved on the reel. Robox currently allows users to print in PLA, ABS, HIPS, Nylon, PC & PVA but we are constantly testing more materials. Data on materials & Material Safety Data Sheets (MSDS) are available on our materials page & will be revised & added to as information becomes available. Each release of Auto Maker™

Includes:: the latest filament profiles for each filament, these are updated automatically when an unmodified Robox Smart Reel is loaded. We & our users can also share the Filament profiles we create for materials not supplied on a Smart Reel, these Filament Profiles are text files ending with “.roboxfilament”. Robox is able to use filament from any br&, we do not lock you into our Smart Reel system. Obviously better quality filaments will give consistent results. To use another 1.75mm diameter filament you can just feed it in & tell Robox to get the filament data from a file rather than reading a Smart Reel. You can download this file or create your own by copying the default Robox profiles & editing them within Auto Maker or via a text editor. You can also write your saved. roboxfilament data to a Smart Reel at any time. Features Dimensions: 370 x 340 x 240 mm Weight: 8.4kg Build

Volume: 210 x 150 x 100 mm Best Layer Resolution: 20 microns Nozzle Diameters: 0.3mm & 0.8mm Interchangeable Print Head Heater Build Plate Tapeless Build Plate Fully-Automatic Build Plate Levelling Dual Extruder Support Modular Extruder 1.75mm Filament Diameter Automatic Material Recognition Materials Supported: ABS, PLA, HIPS, PETG, CO-PET, Nylon 3rd Party Filament Compatibility Mid Print Pause/ Resume Safety Enclosure Full RGB Internal Lighting Auto Maker

Includes:: Cura, Slic 3r software 2 Years Manufacturer Warranty







...

Key Features Frame & Case Design The quality of printing is predominantly dependent on the resolution & accuracy of the motion axes. The printer must be capable of laying down accurate slices of plastic material layer after layer to produce a usable part. We have designed Robox from scratch, ensuring the frame & motion systems are extremely rigid & accurately positioned. All motors & axes are attached to a single stainless steel frame which is a reference surface for all motion; this is rigidly attached to injection moulded parts which form the body of the printer to create a super-stable platform. Speed
- Dual Nozzle System Robox

Includes:: a proprietary dual-nozzle system which can improve print speeds by up to 300% when set against our competitors. A single material feed can be directed out of one of two nozzles
- with a 0.3mm or 0.8mm extrusion diameter. This means Robox can produce highly detailed exterior surfaces for the surfaces you can see, & then quickly fill the object using the larger nozzle multiple layers at a time without affecting part strength or detail. This combined with a needle-valve system stops 'ooze' & 'stringing' from the nozzles
- a problem commonly found in other printers. So now you can finally have the best of both worlds
- a perfect high quality exterior finish with much faster print times! Robox Mechanics Construction Methodology All of the motion axes are coupled to a single sheet metal part, reducing the need for factory calibration & ensuring that your Robox is perfect for printing straight off the production line. The use of injection moulded parts combined with sheet metal components produces a very rigid structure, while allowing for a stylish consumer product. Minimal Inertia By using a ' Bowden tube' extruder, we are able to keep the weight of the printing head to a minimum, allowing for much faster extrusion & travel speeds without affecting print quality. Large High Torque Stepper Motors with High Resolution Axes We have over-specified the stepper motors for all the motion axes, meaning Robox should be able to cope with all future head developments without a hitch. We have used 2mm pitch belt drives for X & Y axes & our own custom machined 0.5mm pitch Z axis screw. All of the motors are custom designed for the printer. This gives us the highest theoretical accuracy on the market, & allows us to achieve super-fine layer height. Separate Build Chamber & Electronics Enclosure Due to the heated build platform, we can maintain Approx. 50°C ambient temperature in the build chamber. This stable environment helps to maintain part accuracy & print quality by preventing uneven cooling. The problem with this feature is that this ambient temperature can be too hot for the motors & electronics which control the printer. These are all therefore outside the build chamber & actively cooled by outside airflow to keep everything running smoothly. Automatic Build Platform Levelling One of the major problems with almost all available 3D printers is that the bed must be manually levelled to ensure the first layer adheres correctly. This is be a fiddly process which has to be regularly repeated
- a source of frustration for other 3D printer owners! Well, we've solved that. Robox uses a proprietary bed probing mechanism which can measures the location of the bed before every print. As both Z motors are driven independently they can be adjusted to ensure the X axis is always parallel to the print bed. Extruder Construction & Feedback Loop The Robox extruder contains the world's first dual-pinch-wheel extrusion system. This allows for very consistent & reliable extruder operation with excellent resolution & control. The filament is fed to the head by two indexed contra-rotating feed wheels which are powered by a worm & wheel gearbox. This arrangement virtually eliminates the possibility of 'stripping' your filament, causing a loss of extrusion & poor print quality. Pause & Resume! The filament extruder incorporates a closed-loop feedback system which monitors the motion of filament as it enters the extruder, giving it the ability to instantly recognise extrusion issues. The software can pause the print if any error is found, allowing the user or firmware to rectify the problem without ruining the entire print. A long awaited feature on 3D printers is 'resume'
- the user can restart the print & it will continue from where it left off. Another first for Robox! Nozzle Valve System Another problem typical of 3D printers is 'ooze' -the stringing & over extrusion at the end of a section of printing. This happens due to the low viscosity of molten plastic. In most printers, this is solved by what is known as a 'retract', where the filament is rapidly reversed in conjunction with a very small melt chamber, however this is not always effective. Robox overcomes this problem through the use of a needle-valve system which completely closes the nozzles at the point of extrusion, removing all stringing & 'blobs' from the part
- resulting in an amazing surface finish. Because viscosity can be managed by the needle valves Robox is able to use a much wider range of materials than any other 3D printer. Automaker Auto Maker is the software used to layout your models, view the status of Robox & adjust the settings used during a printing or other operations. Auto Maker is available to download & can be installed in most languages on many operating systems including Windows, Mac OS & Linux. Without a Robox attached there is limited functionality, a user can load a. stl or. obj file & manipulate it. Connect a Robox to allow printing in Draft, Normal, Fine or Custom within 3 very simple steps. Opening the Advanced Tray enables a huge array of settings, each is clearly described & sorted into easily recognisable sections. Save custom settings if you want to repeat a print or share it with other users. Custom print settings are saved as text based. roboxprofile files in the users documents folder & a Print Jobs folder is created containing all the settings & code used for every print that is created. The goal from the beginning with Auto Maker has been to make 3D printing easier, we want users to concentrate on designing parts to print, not needing to fiddle with the print settings to try to get a result. Our default settings are tried & tested using our filament & allow even a complete novice user to get a repeatable & consistent result every time. Advanced users have all the control required to satisfy even the most complex print jobs & are able to easily share their custom profiles with all of us. Smart Reel Robox materials are supplied on a Smart Reel which holds data about temperature settings, print speed, diameter & even the amount of filament which has been used on that reel. As a user this makes printing very easy, you load the filament & Auto Maker will automatically change to the settings saved on the reel. Robox currently allows users to print in PLA, ABS, HIPS, Nylon, PC & PVA but we are constantly testing more materials. Data on materials & Material Safety Data Sheets (MSDS) are available on our materials page & will be revised & added to as information becomes available. Each release of Auto Maker™

Includes:: the latest filament profiles for each filament, these are updated automatically when an unmodified Robox Smart Reel is loaded. We & our users can also share the Filament profiles we create for materials not supplied on a Smart Reel, these Filament Profiles are text files ending with ".roboxfilament". Robox is able to use filament from any br&, we do not lock you into our Smart Reel system. Obviously better quality filaments will give consistent results. To use another 1.75mm diameter filament you can just feed it in & tell Robox to get the filament data from a file rather than reading a Smart Reel. You can download this file or create your own by copying the default Robox profiles & editing them within Auto Maker or via a text editor. You can also write your saved. roboxfilament data to a Smart Reel at any time. Features Dimensions: 370 x 340 x 240 mm Weight: 8.4kg Build

Volume: 210 x 150 x 100 mm Best Layer Resolution: 20 microns Nozzle Diameters: 0.3mm & 0.8mm Interchangeable Print Head Heater Build Plate Tapeless Build Plate Fully-Automatic Build Plate Levelling Dual Extruder Support Modular Extruder 1.75mm Filament Diameter Automatic Material Recognition Materials Supported: ABS, PLA, HIPS, PETG, CO-PET, Nylon 3rd Party Filament Compatibility Mid Print Pause/ Resume Safety Enclosure Full RGB Internal Lighting Auto Maker

Includes:: Cura, Slic 3r software 2 Years Manufacturer Warranty














...