Printers, lasers and bench tools, read on their published figures
A laser's wattage is two numbers,
and only one of them cuts.
FDM, resin and multicolour 3D printers, scanners and pens, diode and CO2 lasers, desktop CNC routers and vinyl cutters, heat presses and sublimation printers, soldering stations, bench supplies and oscilloscopes — and the filament, resin, nozzles, plates, vinyl and solder bought the week after. Compared on the lines that decide what a machine can do: whether a laser's watts are drawn or delivered, what a top print speed actually limits, what a build volume declares, and why a screen resolution is not the accuracy of a part. Priced on the Amazon store in your own country.
- Categories covered
- 63
- Products reviewed
- 119
- Accessories & spares
- 185
Every machine and material family
Pick the job you are doing
28 families of machines and bench tools, 35 of materials, parts and consumables. Each hub compares one family and opens with a direct answer to “which one should I buy?”, followed by the published specification most often misread when buying it.
- FDM 3D printers The frame and the motion system decide more than the speed on the box
- Resin 3D printers Pixel pitch describes the screen, not the tolerance of the part
- Multicolour 3D printers Every colour change costs filament, and the purge is part of the print
- 3D scanners Accuracy is quoted for an object size, and the size is part of the figure
- 3D pens Hot or cold nozzle, and which filament it takes, before any colour count
- Diode laser engravers Two figures in watts, and only one of them leaves the lens
- CO2 laser engravers A glass tube, a water loop and an exhaust, all bought together
- Desktop CNC routers Frame rigidity and spindle power, then the bed you can clamp to
- Vinyl cutting plotters Cutting force and media width decide everything the software cannot
- Heat presses Even heat across the platen matters more than the top temperature
- Mug presses The heating element fits a mug shape, and the shape is on the label
- Sublimation printers An inkjet that prints for a heat press, not for a frame
- DTF printers Film, white ink and powder: three consumables behind every transfer
- Filament dryers Damp filament strings and pops, and a dryer is cheaper than a failed print
- Resin wash and cure stations Washing and curing finish a resin part, and both happen in this box
- Ultrasonic cleaners Tank volume, frequency and heat, read for what goes in the basket
- Laser fume extractors A filter stack is named layer by layer, and each layer is a consumable
- Hot wire foam cutters A heated wire through polystyrene, and the table decides the shapes
- Soldering stations Heat recovery at the tip, and the tips you can still buy next year
- Hot air rework stations Airflow and temperature are two dials, and both decide the result
- Bench power supplies Current limiting protects the circuit, and the ripple figure tells the rest
- Oscilloscopes Bandwidth and sample rate are two numbers, and neither replaces the other
- Microcontroller boards Logic voltage first, then pins, then the wireless it really has
- Single-board computers A whole computer on a card, and the power supply is part of the board
- Electronics kits A parts list and a lesson plan, and the list is the part to read
- Magnifier lamps Dioptre strength and lens diameter trade against each other
- Rotary tools Speed range and collet size decide which accessories are worth buying
- Hot glue guns Stick diameter decides every refill, and temperature decides every material
- 3D printer enclosures Inner dimensions first, then what the enclosure does with the air
- PLA filament Diameter tolerance and spool weight before colour and finish
- PETG filament Tougher than PLA, stringier too, and it sticks to some beds too well
- TPU filament Shore hardness decides how flexible, and the extruder decides whether it prints
- ASA and ABS filament Heat-resistant parts, an enclosure to print them, and fumes to deal with
- Speciality filaments Fibre, metal, wood and glow fillers, and most of them eat brass nozzles
- Standard resins Wavelength match first, then exposure advice, then what the part is for
- Water washable resins No alcohol bath, but the wash water is still not drain water
- Build plates Exact size, mounting and surface, and each surface suits different filaments
- Printer nozzles Thread and length fit the hotend, and the material decides what it can print
- Hotends Maximum temperature, heat break design and the nozzles it will accept
- Extruders Gear reduction and grip decide the push, and the path decides flexible filament
- FEP and release films Exact vat size, film thickness and a material that decides how prints release
- Bed levelling probes Probe type, mounting and a firmware change, and repeatability is the published figure
- Filament storage Seal, desiccant and a hygrometer that shows whether either works
- 3D printing tool kits Count the tools you will use, not the pieces in the case
- Laser safety glasses Optical density at the exact wavelength, and a marking that states it
- Honeycomb laser beds Working area, height under the focus and a frame that does not reflect back
- Laser air assist Airflow and pressure at the nozzle, and a head that fits the laser module
- Laser rotary rollers Diameter range, a height the focus can reach and a controller it plugs into
- Laser plywood Thickness, glue and flatness decide the cut more than the wood species
- Acrylic sheets Cast or extruded, and the difference shows at the edge of every cut
- CNC end mills Shank to the collet, flutes to the material, and up-cut or down-cut to the surface
- Heat transfer vinyl Press temperature, time and peel, and the fabric it is rated for
- Adhesive vinyl Permanent or removable, and the rating says where it can live
- Sublimation paper Paper weight and release rate, and the printing side has to be the right one
- Sublimation blanks Only a polymer coating takes the ink, and the blank has to fit the press
- Weeding tools Tip shape for the cut, and a handle you can hold for an hour
- Plotter cutting mats Exact size for the plotter, and a grip level for the material
- Solder wire Alloy, diameter and flux core, and the alloy decides the iron temperature
- Soldering tips The tip series must match the iron, and the shape must match the joint
- Soldering flux No-clean or not, and the residue answer decides the cleaning
- Breadboards and jumper wires Tie points and power rails, and contacts that still grip after a year
- Sensor kits An itemised list, the logic voltage of each module and code for each one
- Hot glue sticks Diameter to fit the gun, melt temperature to suit the material
How this site works
Three rules applied on every page
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Ordered on published specifications, never on commission
Commission has no say in where a machine ranks. When a modest printer with common nozzles and open software is the sensible choice for a first workshop, the page says it plainly — and when a pricier laser earns its cost because the maker publishes its optical output and ships an enclosure and extraction, the page explains exactly that.
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The deciding figure, as the manufacturer wrote it
Laser power written as electrical or optical, never blurred together; a print speed described as the motion limit it is; a build volume copied exactly as declared; a screen resolution kept apart from the accuracy of a part; bandwidth and sample rate kept as two figures; the wavelength and optical density printed on a pair of glasses. Each appears in the maker’s unit with its source named. A figure no maker published is marked as missing, never filled in.
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Linked to the Amazon store in your country
The button opens the same reference on the Amazon store for the country you browse from, priced in your currency. When a model has no offer there — and printers, lasers and their consumables are stocked very differently from one market to another — the page tells you, instead of sending you to a dead listing.