126 Products
LASER
Laser is an automotive tool brand covering both everyday hand tools and equipment developed for particular workshop jobs. The range represented here is led by sockets, spanners, bits and general tools, but a substantial part is application-led: engine timing and locking kits, bearing and hub tools, pullers, injector tools, brake service equipment, clutch alignment tools, gauges and electrical safety products. That distinction matters because a 1/2in drive socket can usually be chosen by size and profile, whereas a timing fixture must correspond to the exact engine and procedure.
Start with the task, then identify every interface the tool must meet. For socketry, record drive size, fastener size, hex or specialist profile, depth and whether hand or impact use is intended. For pullers and press tools, check working range, contact points, load direction and the components included. Timing-tool selection requires vehicle make, model, year, engine size and, most importantly, engine code. An apparent match by vehicle name is not enough when engines, pulley arrangements and revisions differ.
Inspect tools before each use. Reject sockets with cracks or rounded drive squares, distorted puller legs, mushroomed striking faces, damaged insulation and measuring tools that no longer zero or move smoothly. Keep threads clean and lightly lubricated only where the instructions permit. Use a torque wrench for final tightening when a procedure specifies torque; an impact wrench is neither a measuring device nor a substitute for the manufacturer’s tightening sequence.
Special precautions apply around stored energy, raised vehicles and high voltage. Support vehicles with equipment designed for the load and never work beneath one held only by a jack. Springs, fuel systems, brakes and induction heaters each present hazards that need the correct procedure and personal protection. HSE guidance for electric and hybrid vehicles requires vehicle-specific information, competent people, isolation and proof that high-voltage parts are dead before work. Insulated tools form only one control within that system. Compare the Laser part number, dimensions, included adaptors and instructions with the job before beginning.
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Laser tools for general service and specialist repair
The Laser selection on this page contains 157 products. General hand tools form a large part of it, including sockets, impact sockets, spanners, bits, keys, extension bars, pry bars and rivet pliers. Alongside them are tools for jobs where application detail controls the choice: engine timing, wheel bearings and hubs, brakes, injectors, clutch alignment, filters, measurement and electrical work. Protective equipment for electric and hybrid vehicle environments is also represented.
Laser's official product structure makes the same practical distinction. It separates general socketry, impact tools, torque control and measuring equipment from vehicle systems such as engine timing, brakes, transmission and steering. Its Tool Point search asks for vehicle and engine data when identifying timing equipment. A useful buying method therefore begins with the operation, not the tool's appearance.
Map the tool to the job
| Tool group | Examples represented | Selection information | Check before use |
|---|---|---|---|
| Socketry and drive tools | Standard, deep and impact sockets, star and spline bits, extensions and impact drivers | Drive square, fastener size, profile, depth, access and hand or powered duty | Drive engagement, cracks, wear and the permitted torque method |
| Engine timing | Belt mounting tools and chain timing sets | Engine code, production period, engine variant and procedure reference | Kit contents against the instructions before dismantling |
| Removal and installation | Pullers, injector adaptors, wheel-bearing and clutch tools | Thread, diameter, reach, contact geometry, force direction and component design | Tool alignment and sound reaction points |
| Brake and service work | Bleeder adaptor, brake spring tool, cleaning file and filter tools | System type, component dimensions, fluid compatibility and access | Cleanliness, hose condition and secure vehicle support |
| Measuring and checking | Gauges, testers and setting tools | Range, units, resolution, required accuracy and calibration status | Zero, free movement, damage and a known reference where appropriate |
| Electrical safety | Insulated keys, sockets, clamps, matting, boots and glove storage | Exact marking, voltage class, task, vehicle procedure and user competence | Contamination, cuts, date-sensitive inspection and complete isolation controls |
Choosing sockets, bits and spanners
Match the fastener before choosing the driving tool. Metric and imperial sizes that feel close can damage corners under load. Identify six-point, twelve-point, internal hex, star, spline, tamper-resistant or another profile, then make sure the tool seats fully. A deep socket helps with projecting studs but can increase leverage and reduce access; it is not automatically preferable.
Drive size affects strength and clearance. Adaptors can solve an access problem, but every additional joint introduces movement and may lower the practical capacity of the arrangement. Keep the stack short, square to the fastener and within the rating of its weakest item. Chrome hand sockets should not be placed on an impact wrench unless the exact product is explicitly marked for impact use.
| Question | Why it matters | Practical answer |
|---|---|---|
| Hand or impact operation? | Powered impacts impose repeated shock loads | Use impact-rated socketry and accessories throughout the driven assembly |
| Is the profile exact? | Partial contact rounds fasteners and overloads the tool | Clean the head and confirm full-depth engagement by hand |
| Will an extension or universal joint be used? | Angles and extra joints change control and torque behaviour | Keep alignment as straight as possible and follow the procedure's torque guidance |
| Is the fastener being removed or finally tightened? | Speed tools do not verify final torque | Finish critical fasteners with the specified calibrated torque equipment |
| Is access restricted? | A tool that contacts adjacent parts may slip or damage them | Check clearance through the full movement before applying high force |
Engine timing and locking kits
Timing tools are locating and holding devices, not permission to improvise the repair sequence. Establish the engine code from dependable vehicle information and compare the exact Laser kit application, year limits and supplied pieces. Some engines sharing a model badge use different crankshaft, camshaft, tensioner or fuel-pump arrangements. A kit may also require separate tools for a particular variant.
Read the complete procedure before rotating or dismantling the engine. Laser instructions for one diesel timing kit explicitly warn that incorrect use can damage the tools or engine, call for eye and hand protection and require battery-earth disconnection. Those points illustrate the level of preparation needed, but the instructions supplied for the selected kit remain decisive.
Set the engine in the prescribed direction and position, install pins or plates without forcing them and support any component that the procedure says must not carry load. A timing pin generally locates position; it should not be treated as a high-torque counter-hold unless the documentation expressly assigns that function. After assembly, remove every locking item, rotate the engine manually as instructed and recheck reference positions before starting.
Pullers, bearing tools and press work
A puller must react against strong, intended surfaces while applying force on the component's correct centreline. Compare spread, reach, leg form, thread and adaptor face with the assembly. Load applied off-centre can bend the tool, fracture a component or release stored energy unpredictably. Fit guards or containment where the procedure calls for them and keep people outside the likely line of release.
Wheel-bearing tools need the correct cups and plates so force passes through the race intended by the component procedure. Pressing through rolling elements can brinell a new bearing before the vehicle moves. Clean bores, check circlips and shoulders, align the parts and stop if force rises unexpectedly. A mounting adaptor is not evidence that every hub sharing its diameter follows the same process.
Brakes, injectors and other system tools
| Job | Preparation | Stop and reassess when |
|---|---|---|
| Brake bleeding | Confirm fluid specification, adaptor fit, pressure limit and clean reservoir condition | The adaptor leaks, fluid falls too low or the pedal remains abnormal |
| Brake spring or pad-area work | Support the vehicle, control stored spring force and avoid harmful dust | A spring is distorted, a mounting is damaged or components differ from the procedure |
| Injector extraction | Identify injector thread and approved pulling point; protect open fuel passages | The adaptor cocks, threads bind or reaction force reaches an unsuitable surface |
| Filter removal | Match diameter and flute/profile; contain spilled fluid | The housing deforms or the tool slips under modest load |
| Induction heating | Remove flammables, identify heat-sensitive parts and follow device instructions | Smoke, unexpected heating or nearby wiring and seals cannot be protected |
Cleanliness is a technical requirement around brake hydraulics, fuel equipment and open engines. Cap exposed lines, prevent dirt entering ports and use only compatible cleaning materials. Do not reuse contaminated brake fluid, and do not let mineral oil touch seals intended for glycol-based fluid. Investigate the reason a component is seized instead of simply increasing tool force.
Inspection, storage and torque control
Wipe tools after use so damage remains visible. Check ratchets for reliable engagement, puller threads for galling, pins for bending, cases for missing pieces and insulated surfaces for cuts or embedded metal. Store setting and measuring tools without load. If a torque wrench's instructions specify returning it to a minimum setting after use, do so without winding below its scale.
Calibration interval depends on use, handling, criticality and the manufacturer's system. A dropped torque wrench or implausible reading deserves checking before further critical work. Torque adaptors, crow-foot fittings and long extensions may alter the effective lever arrangement; calculate or configure them only by the equipment instructions and the repair method.
Electric and hybrid vehicle work
Laser lists insulated tools and PPE within a much wider EV safety range, and one official insulated socket set is stated to comply with IEC 60900 for work up to its marked voltage. Never transfer that statement to an unmarked Laser tool. Inspect the exact markings and documentation for each item.
HSE guidance says electric and hybrid systems can retain dangerous voltage after switch-off. Work on high-voltage parts requires vehicle-specific information, suitable competence, isolation secured against reconnection, and testing to prove the circuit dead. Appropriate insulated tools and test equipment support that process; they do not replace it. Damaged insulation, uncertain proving equipment or an unknown vehicle state means work should stop.
Workshop safety and roadworthiness context
HSE advises that hand tools should be suitable and in good condition, with eye protection for tasks such as chiselling and grinding. It also states that a vehicle must be supported safely, with axle stands as well as a jack where applicable. Select lifting or support equipment by rated capacity and approved lifting points, chock wheels and work on a stable surface.
A specialist tool helps complete a repair correctly, but it does not make the whole vehicle roadworthy. After brake, steering, suspension, wheel or engine work, inspect disturbed fasteners, hoses, wiring and covers, clear tools from the engine bay and perform the procedure's static and road checks. An MOT is a periodic inspection, not a substitute for sound repair or continuing maintenance.
Common Laser tool selection mistakes
- Choosing a timing set by model name without confirming the engine code and date range.
- Using a chrome hand socket on an impact wrench because the drive square fits.
- Treating a locking pin as the reaction tool for loosening a high-torque fastener.
- Stacking adaptors until the assembly becomes poorly supported or misaligned.
- Pressing a bearing through the wrong race or against an unsupported housing.
- Continuing to load a puller after it has moved off-centre.
- Assuming insulated appearance alone makes a tool suitable for high-voltage work.
- Using an impact wrench instead of applying a specified final torque and angle.
Laser questions and answers
Q: What types of Laser tools are represented here?
A: The range includes socketry, spanners, bits, timing sets, pullers, bearing tools, brake equipment, gauges and selected electrical safety products.
Q: How do I identify the correct timing kit?
A: Confirm the engine code, vehicle details, production period, procedure and every required tool against the exact kit documentation.
Q: Can any socket be used with an impact wrench?
A: No. The socket, extension and adaptor chain must all be explicitly rated for impact operation.
Q: Does a larger drive size make a tool suitable?
A: Drive size is only one factor; profile, material, rating, alignment and the permitted application also control suitability.
Q: Should a timing pin hold a pulley while I loosen its bolt?
A: Only when the engine procedure and tool instructions expressly allow that use; many pins are solely locators.
Q: Why must bearing-tool cups match the component?
A: Correct support directs installation force through the intended race and avoids damaging rolling surfaces or housings.
Q: Can I add a long extension to gain more pulling force?
A: Do not exceed the documented method or rating; extra leverage can overload threads, legs, reaction points and components.
Q: Is an insulated Laser tool enough for EV repair?
A: No. Competence, vehicle information, isolation, lock-off and proof of dead are fundamental controls before suitable tooling is used.
Q: How should a torque wrench be checked after a drop?
A: Remove it from critical service and have its operation and calibration assessed by an appropriate process.
Q: What should I do if a puller starts leaning?
A: Release the load safely, inspect the setup and realign or choose a tool with suitable reach and reaction geometry.
Q: Are vehicle applications interchangeable when dimensions look similar?
A: Not reliably. Hidden shoulders, threads, clearances and repair sequences can differ even where visible dimensions appear close.
Q: What inspection is sensible before each use?
A: Look for cracks, distortion, wear, damaged insulation, incomplete kits and rough threads, then confirm moving parts engage correctly.