First Aid and Emergency Response Planning for the Maker Shop

Every machine in a maker shop — the table saw, the CNC router, the laser cutter, even a hot glue gun — is capable of causing an injury serious enough that what you do in the first sixty seconds matters. This isn't a replacement for a real first aid course (take one; a half-day Red Cross or American Heart Association class is worth more than anything written here), but it is a practical rundown of what to actually have on hand and what to actually do for the injury types a maker shop specifically produces, which skew differently than a general household first aid kit assumes.

Why a Generic First Aid Kit Falls Short

The first aid kit sold for "home use" is built around minor cuts, splinters, and headaches. A shop with a table saw, a laser cutter, and soldering irons produces a different injury profile: deep lacerations with significant bleeding, thermal and chemical burns, and eye exposure to debris, UV, or fumes. A shop kit needs to be built for those specifically, not just a bigger version of the bathroom cabinet kit.

What to Actually Stock

CategoryItemsWhy It's Different From a Standard Kit Severe bleeding controlIsraeli-style pressure bandage or compression bandage, hemostatic gauze (e.g. QuikClot), a commercial tourniquet (CAT or SOF-T)Table saw and CNC injuries can cause bleeding that a standard adhesive bandage does nothing for; a tourniquet you don't know how to use is useless — learn it in a class, don't wing it Burn careBurn gel dressings (not butter, not ice directly on skin), sterile non-stick gauze, cold running water accessSoldering irons, hot ends, laser fire, and hot glue produce burns regularly; cool running water for 10-20 minutes is the actual first response, not a home remedy Eye protection/irrigationAn eyewash station or at minimum a portable saline eyewash bottle, not just an eyecupSawdust, resin splashes, metal chips, and laser debris are routine shop eye hazards; irrigation within the first minute significantly changes outcomes for chemical exposure Splinting/immobilizationSAM splint, triangular bandagesRelevant for crush injuries from CNC/lathe entanglement or a fall Standard wound careAssorted adhesive bandages, gauze pads, medical tape, antiseptic wipes, tweezers, trauma shearsStill needed for the everyday small stuff — this is the part a generic kit already covers Chemical exposureSafety Data Sheets (SDS) for every resin, solvent, and chemical in the shop, printed or bookmarked — not just "in the cloud" if the internet is down when you need itPoison control and ER staff will ask what exactly was involved; guessing wastes time

Response Basics by Injury Type

These are general first-response principles, not a substitute for certified training — the goal here is to know the right first move, then get appropriate care.

• Severe bleeding (table saw, CNC, lathe): Apply direct, firm pressure with gauze or clean cloth. If bleeding is severe and doesn't stop with pressure, and it's on a limb, a tourniquet applied 2-3 inches above the wound (never on a joint) can be lifesaving — this is exactly the skill a first aid/stop-the-bleed class teaches hands-on. Call 911 for any bleeding that doesn't stop quickly with direct pressure.
• Burns (soldering iron, hot end, laser fire, hot glue): Cool the area under running water for 10-20 minutes. Do not apply ice directly, butter, or ointments to anything beyond a minor first-degree burn. Cover loosely with sterile non-stick gauze. Any burn larger than a few inches, on the face/hands/joints, or that blisters extensively needs medical evaluation.
• Eye exposure (debris, resin, fumes): Flush immediately with clean water or saline for at least 15 minutes, holding the eyelid open. Don't rub. Seek medical attention for anything beyond minor dust — metal shavings and chemical splashes both need professional evaluation even if they don't feel severe at first.
• Electrical shock: Do not touch the person until the power source is confirmed off — this is the mistake that turns one casualty into two. Cut power at the breaker if you can't safely unplug the source. Call 911 for any shock beyond a mild static-level jolt; internal effects (cardiac) are not always visible externally.
• Inhalation (resin fumes, laser smoke, solder flux, welding fumes): Move the person to fresh air immediately. If breathing is labored or symptoms persist, call 911 — don't wait to see if it passes.

Kit Placement and Maintenance

A first aid kit buried in a drawer under the workbench is functionally useless in an emergency. Mount it at eye level near the shop exit, not the machine that's most likely to cause the injury — you want to be walking toward the door as you grab it, not standing next to a running saw. Check expiration dates on burn gel and antiseptic twice a year, and replace anything used immediately rather than "restocking later." Post emergency numbers and the shop's address (for 911 dispatch, especially relevant for a detached garage/shed with a different visible address than the house) somewhere visible near the kit — under stress, people forget details that seem obvious in advance.

Fire Response Overlap

Fire response deserves its own planning and is covered in depth elsewhere on this site (extinguisher selection, lithium battery fire safety, chemical storage) — but as it relates to first aid specifically: know your extinguisher class requirements before a fire happens (Class ABC for general shop fires, and be aware lithium battery fires often require flooding with water or a specialized agent rather than a standard extinguisher), and never let firefighting delay getting an injured person out and getting 911 called.

The honest summary: a stocked kit and a plan matter less than knowing how to use them under stress, which is a skill that only comes from actual hands-on training. A few hours in a Stop the Bleed or Red Cross First Aid/CPR course is the single highest-value thing you can do here — everything else in this guide is what to have ready so that training is actually usable when it counts.