Workshop Safety Under the Microscope: New Guidance Targets Oscillating Tools and Hydraulic Presses
Published on 08/04/2026 at 08:12 | Redaktion boerse-global.de
The humble multifunction tool has become a staple in workshops across Europe, yet the accessories that bolt onto these oscillating devices remain a persistent source of workplace accidents. A newly published guide from the specialist portal multifunktionswerkzeug-berater.de walks users through the correct installation of everything from sanding plates and saw blades to scrapers, rasps and polishing pads. The underlying message is straightforward: improper fitting leads to failed jobs, damaged materials and, in the worst cases, serious injury.
Getting the Basics Right Before Powering Up
The guide's core advice centres on a simple but frequently ignored rule — disconnect the tool from the mains before touching any attachment. Whether swapping a cutting disc or mounting a sanding plate, users are told to push the accessory in as far as it will go and verify it is firmly seated before switching on. Protective eyewear and gloves are recommended, along with adjusting the rotation speed to suit the material being worked.
Where do things typically go wrong? The portal points to three recurring mistakes: selecting an attachment that does not match the material, leaving the clamping sleeve loose, and inserting the accessory in the wrong orientation. Skipping personal protective equipment rounds out the list of common oversights. To help users make smarter choices, the guide includes a reference table that sorts attachments by material — wood, metal or tile — alongside their speed limits and fastening systems.
Properly fitted accessories are only half the story — documenting your safety procedures is the other. Many employers overlook how quickly workplace risks evolve as tools and techniques change. A free toolkit with 41 ready-to-use templates and checklists helps you keep your risk assessments current and compliant. Download the free Risk Assessment Toolkit
Keeping Accessories in Working Order
Beyond installation, the publication also covers upkeep. Cleaning methods range from compressed air and brushing to solvents such as isopropanol, ultrasonic baths and mechanical abrasion. For preservation, light oils, silicone sprays or WD-40 get the nod. A quick clean after every job is advised, with a more thorough maintenance session every few weeks.
The Hidden Danger in Hydraulic Systems
While handheld tools demand attention, stationary industrial equipment carries risks of a different magnitude. Kintek Solution has issued safety protocols for hydraulic presses, machines that generate crushing forces capable of causing catastrophic injuries. Only trained personnel are permitted to operate them, and pre-operation checks must hunt for leaks or any sign of anomaly. Workpieces need to be centred on the platen before pressure is applied.
Pressure limits are non-negotiable. Kintek Solution sets the recommended operating pressure at 250 kg/cm², translating to a force of 9.5 tonnes. The absolute ceiling sits at 400 kg/cm², or 15.2 tonnes. Beyond the obvious hazard of mechanical failure, fluid contamination emerges as the silent killer — responsible, according to Kintek Solution, for 70-80% of all system breakdowns. To guard against dangers such as high-pressure fluid injection, two-hand controls and pressure relief valves are mandatory.
High-pressure systems demand rigorous safeguards — and so does the paperwork that proves you have them in place. When an incident occurs and your risk assessments are missing or outdated, the consequences can be severe. A free Health & Safety Toolkit provides immediate risk assessments and checklists covering key UK regulations, so you can demonstrate compliance with confidence. Get the free Health & Safety Toolkit
Precision Maintenance for Pump Systems
Keeping hydraulic pumps running within tolerance demands disciplined servicing. UNITEC's maintenance instructions call for pressure tests at 70 bar lasting ten minutes, with deviation capped at 2 bar. Wear limits are tightly defined: piston depth may not exceed 0.05 mm of wear, piston length 0.1 mm, and cylinder length 0.2 mm. The relevant standards span DIN EN ISO 1219-1, VDE 0100-551 and VDI 2525.
KW Hydraulik, for its part, recommends an annual inspection and a comprehensive service every three years or after 10,000 pressing cycles, whichever comes first. A drop in pressing force — noticeable when material comes out over- or under-compressed — signals the need for recalibration. The company's systems typically rely on interchangeable inserts in hexagonal, mandrel or oval configurations, many of which align with common market standards.
