Trotec Speedy 100 Complete Setup Guide: Assembly, JobControl, and Your First Cut

The Trotec Speedy 100 sits in an unusual spot in the laser market: it is a true prosumer/light-industrial flatbed laser, built by a company that also sells six-figure production machines, but sized and priced to land on a sign shop or school workshop floor rather than a factory. If you have moved up from a diode laser or a K40 and want a fully enclosed, Class 2, software-interlocked machine with a real support and parts chain behind it, the Speedy 100 is one of the most common on-ramps. This guide covers assembly, the JobControl software workflow, and getting a clean first cut and engrave.

What You're Actually Buying

The Speedy 100 ships as a sealed, galvanometer-free flatbed system with a fixed 610 x 305 mm work area across every power configuration. Trotec doesn't sell it as a kit — gantry alignment, mirror collimation, and the optical path are set and tested at the factory, which is the entire value proposition over a DIY diode or CO2 conversion. What you assemble on delivery is largely mechanical: uncrating, leveling the cabinet, connecting exhaust, and installing JobControl on a PC.

SpecDetail Work area610 x 305 mm, fixed across all configurations CO2 laser power12–60 W depending on configuration Fiber laser power (pulsed)10, 20, or 30 W, depending on configuration Max engraving speedUp to 180 cm/s standard; up to 280 cm/s (CO2) or 200 cm/s (fiber) with the performance upgrade SoftwareJobControl Laser Software (Trotec proprietary) Safety classificationClass 2 laser product, fully enclosed chassis, double safety interlock, CE compliant FocusElectro-optic autofocus; head stops on contact with material

Unboxing and Physical Setup

The Speedy 100 arrives on a pallet, crated, and is heavy enough (well over 100 kg with the CO2 tube installed) that you want two people and a dolly rather than attempting to lift it off the crate by hand. Once uncrated, the key physical steps are leveling the cabinet on its feet so the gantry rails aren't twisted, removing the shipping restraints from the X and Y carriages (check the manual for exact bolt locations — these are easy to miss and will throw grinding noises and position errors if left in), and connecting the exhaust port to your extraction system before you ever fire the laser.

Unlike a diode laser, there is no mirror alignment step for the end user on a factory-sealed Speedy — Trotec's InPack axis design keeps dust off the rail system and the optical path is pre-set. If you ever do get drift or a dim, inconsistent beam, that's a service call, not a DIY fix, and attempting to open the optical path yourself will void the warranty.

Connecting and Installing JobControl

JobControl is Trotec's own print-driver-style software: it appears to Windows as a printer, and you send jobs to it from Corel, Illustrator, or any vector program that can print, rather than importing files directly the way you would with LightBurn. The practical workflow is: design in your vector tool, assign colors or line types to specific laser parameters (engrave vs. cut vs. mark), "print" to the JobControl driver, and then set power/speed/passes per color inside JobControl itself before sending the job to the machine.

This is the single biggest adjustment for anyone coming from LightBurn or GRBL-based diode lasers: JobControl is bidirectional and controls the machine directly over its own connection (not a simple serial G-code stream), and it can also drive a connected Trotec exhaust unit, turning extraction on and off automatically with the job rather than requiring a separate smart plug or relay.

Material Settings and First Cut

Trotec publishes material parameter libraries for JobControl covering acrylic, wood, leather, and common engraving substrates, and these are a far better starting point than guessing from diode-laser forums, because the Speedy's beam characteristics (true focused CO2 or fiber, not a cheap diode) behave differently at the same nominal wattage. Start a first cut on 3 mm cast acrylic or 6 mm birch plywood using the library defaults, confirm focus is accurate (the autofocus should set it automatically on contact), and verify the cut is a clean through-cut with minimal re-kerfing before scaling up to thicker or harder materials.

For fiber-equipped units, remember this is a marking laser, not a cutter — it will not cut non-metal sheet stock at any power level in this class. Fiber Speedy 100 configurations are built for metal marking, annealing, and deep engraving into metal and some plastics, and you'll want to treat it with the same workflow as other galvo/flatbed-hybrid fiber systems: test grids for power/speed/frequency before committing to a real part.

Maintenance That Matters

Because the optics are sealed, routine maintenance on the Speedy 100 is lighter than on an open-frame diode or a K40, but not zero. Keep the exhaust system clean and the airflow unobstructed — a clogged filter or undersized blower will cause soot buildup on the lens assembly faster than on an open machine, since the enclosed chamber concentrates fumes. Wipe down the honeycomb or vacuum table regularly, since built-up residue there both smells bad over time and can cause flashback/reflection marks on the underside of thin materials. Trotec's service intervals call for periodic professional calibration checks, and if you lease or bought through a dealer, that service contract is worth using rather than skipping.

Safety Notes

The Speedy 100's enclosed, interlocked design is the main reason shops and schools choose it over an open diode laser — the double safety interlock cuts laser power the instant the lid is opened, and the Class 2 rating means the emitted beam during normal, closed operation is eye-safe without additional glasses. That protection depends on the interlocks being intact: never defeat, tape over, or bypass a lid switch to "see inside while running," which is a common and dangerous shortcut on other machines that this cabinet is specifically designed to prevent. Exhaust ducting still needs to vent to the outside, not just through a filter box, for anything beyond occasional light engraving, and a CO2-rated fire extinguisher should be within reach of the machine regardless of how enclosed it is.

The Speedy 100 isn't the machine most hobbyists start with, but if you've outgrown the quirks and constant tinkering of a diode setup and want a laser that behaves the same way every time you turn it on, it's one of the more sensible steps up — provided you budget for the service plan and consumables (lens, nozzle, exhaust filters) that come with running a sealed industrial-adjacent machine.