ID HBG10DC ELECTRIC BENCH GRINDER MACHINE [G-240V] - 26027
ID HBG10DC ELECTRIC BENCH GRINDER MACHINE [G-240V] - 26027

ID HBG10DC ELECTRIC BENCH GRINDER MACHINE [G-240V] - 26027

Dhs. 330.00 Dhs. 400.00
SKU: 26027
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Heavy-Duty 10-Inch Grinding Power — The Professional Bench Grinder for Serious Workshop Demands

The ID HBG10DC Electric Bench Grinder is a heavy-duty, stationary 500W bench grinding machine engineered for demanding tool sharpening, deburring, shaping, and surface polishing in professional metalworking workshops, fabrication facilities, and serious DIY environments. Operating on 220–240V at 2,400 RPM and accommodating grinding wheels up to 250mm (10 inches) in diameter, the HBG10DC delivers a significantly larger grinding surface and greater torque than standard 150mm bench grinders — making it the preferred choice for heavy stock removal, large tool restoration, and sustained high-volume grinding. Supplied with a Type G British 3-pin plug for direct UAE and GCC mains compatibility, and featuring a double-insulated body, dual eye shield assemblies, and two sharpening holders, the HBG10DC is built for precision, safety, and long-term workshop reliability.

  • 500W Motor at 2,400 RPM for High-Torque, Sustained Grinding Performance: The HBG10DC is driven by a 500W induction motor operating at 2,400 RPM on 220–240V at 50/60Hz — delivering the torque necessary to maintain consistent wheel speed even under heavy material load. The lower RPM compared to smaller bench grinders is intentional: at 250mm wheel diameter, the peripheral surface speed remains high and effective while reducing the risk of overheating tool edges and destroying the temper of hardened steel cutting tools. This makes the HBG10DC ideal for both aggressive stock removal and fine edge sharpening on the same machine.
  • 250mm (10-Inch) Maximum Grinding Wheel Diameter for Superior Grinding Surface Area: The HBG10DC's 250mm wheel capacity is a significant step up from standard 150mm or 200mm bench grinders. The larger wheel diameter provides a greater grinding contact area, allowing faster material removal per pass, a flatter grinding surface for more accurate tool sharpening, and a longer wheel service life before replacement is required. This capacity makes the HBG10DC particularly well-suited for large chisels, plane blades, turning tools, and industrial cutting implements that exceed the capacity of smaller machines.
  • Double-Insulated Construction for Safe Operation in Conductive Workshop Environments: The double-insulated body ensures complete electrical isolation between all internal components and the outer casing — eliminating the risk of electric shock even in the event of an internal wiring fault. This is especially important for a stationary, mains-powered tool permanently installed in a workshop where metal swarf, coolant, and conductive surfaces are commonplace. Combined with CE certification, the double-insulation design confirms the HBG10DC meets the highest European standards for electrical safety in professional power tools.
  • Dual Eye Shield Assemblies for Comprehensive Operator Protection at Both Wheels: The HBG10DC is equipped with two independently mounted eyeshield assemblies — one positioned above each grinding wheel — providing transparent protective barriers that deflect sparks, metal fragments, and abrasive particles away from the operator. Each shield is adjustable to maintain optimal positioning as the wheel wears down over time, ensuring continuous protection throughout the wheel's service life. The dual-shield configuration means both wheels can be used safely without repositioning a single shared guard.
  • Two Sharpening Holders for Guided, Repeatable Precision Sharpening on Both Wheels: Unlike many bench grinders that include only a single sharpening holder, the HBG10DC comes with two sharpening holders — one for each wheel. This allows the operator to configure one wheel for coarse grinding and the other for fine sharpening, with a dedicated holder on each side maintaining the correct bevel angle throughout. This dual-holder setup enables a complete coarse-to-fine sharpening workflow without interruption or accessory repositioning.
  • Type G British 3-Pin Plug for Immediate UAE and GCC Mains Compatibility: The HBG10DC is supplied with a Type G British 3-pin plug and operates on 220–240V mains power — the standard voltage and plug type used across the UAE, UK, Saudi Arabia, and the wider GCC region. No adapter, transformer, or additional electrical infrastructure is required; the machine connects directly to any standard wall socket and is ready to operate immediately upon secure bench mounting.
  • The ID HBG10DC Electric Bench Grinder carries CE certification (machine-level safety testing), confirming it meets European safety and performance standards for stationary professional power tools. It is supplied with a Type G British 3-pin plug for direct compatibility with UAE and GCC mains sockets. The complete kit includes the bench grinder machine, two eyeshield assemblies for dual-wheel spark and debris protection, two sharpening holders for guided precision sharpening at both wheels, and a guide book — providing a fully equipped, ready-to-install grinding solution for professional workshop environments.
Key Features Perfect For
  • 500W motor at 2,400 RPM for high-torque grinding performance
  • 250mm maximum grinding wheel diameter — 10-inch capacity
  • Double-insulated body for enhanced operator safety
  • Dual eye shield assemblies for full spark and debris protection
  • Two sharpening holders for guided precision sharpening at both wheels
  • Heavy stock removal and large tool shaping
  • Sharpening chisels, drill bits, lathe tools, and blades
  • Deburring and cleaning large metal components
  • Surface polishing and finishing on steel workpieces
  • Professional workshop tool maintenance and restoration

    General Purchase & Comparison Queries

    How does the HBG10DC differ from a standard 150mm bench grinder?

    The HBG10DC is a significantly more capable machine than a standard 150mm bench grinder. It features a 500W motor versus the typical 370W, a 250mm maximum wheel diameter versus 150mm, and comes with two sharpening holders instead of one. The larger wheel provides greater grinding surface area, faster material removal, and a longer wheel service life. The HBG10DC is the preferred choice for heavy-duty professional use, large tool restoration, and high-volume grinding, while smaller 150mm grinders are better suited for lighter workshop and occasional sharpening tasks.

    Is the HBG10DC compatible with UAE mains power and sockets?

    Yes — the HBG10DC is fully compatible with UAE mains power. It operates on 220–240V at 50/60Hz and is supplied with a Type G British 3-pin plug, which is the standard socket type used across the UAE, GCC, and UK. No voltage converter or plug adapter is required. Simply mount the machine securely to a workbench, connect to a standard wall socket, and the machine is ready to operate. Ensure the socket and circuit are rated to handle the machine's 500W power draw without overloading.

    What grinding wheels are compatible with the HBG10DC?

    The HBG10DC accepts grinding wheels with a maximum diameter of 250mm (10 inches), rated for a minimum of 2,400 RPM. When selecting replacement wheels, ensure the wheel's bore diameter and thickness match the machine's spindle and flange dimensions — refer to the guide book for exact specifications. Common compatible wheel types include aluminium oxide wheels for general steel grinding and white aluminium oxide wheels for fine sharpening of high-speed steel tools. Never use a wheel that is cracked, chipped, or rated below the machine's operating speed.

    Product-Specific and Usage Queries

    How do I set up the two sharpening holders for dual-wheel use?

    Mount one sharpening holder on the coarse wheel side for initial bevel grinding and heavy stock removal, and the second holder on the fine wheel side for edge refinement and polishing. Adjust each holder's platform angle to match the desired bevel angle of the tool being sharpened — typically 25°–35° for most chisels and plane blades. This dual-holder configuration allows a complete coarse-to-fine sharpening workflow without repositioning accessories between passes. Always cool the tool in water between grinding passes to prevent heat build-up and edge softening.

    How often should the grinding wheels be dressed?

    Grinding wheels should be dressed regularly — typically when the surface becomes glazed, loaded with metal particles, or develops an uneven or out-of-round profile. Use a star wheel dresser or diamond dresser held firmly against the tool rest and advanced slowly across the wheel face while the machine runs at full speed. Apply light, even pressure across multiple passes until the wheel runs true and the surface appears fresh and open. Regular dressing extends wheel life, improves grinding efficiency, and reduces vibration caused by wheel imbalance.

    Problem/Solution-Oriented Queries

    The bench grinder is vibrating heavily — what should I check?

    Heavy vibration is most commonly caused by insecure bench mounting, an out-of-balance grinding wheel, or uneven wheel wear. First, verify the machine is firmly bolted to a solid, level workbench — any looseness in the mounting will amplify vibration at this machine's size and weight. Next, inspect both wheels for flat spots, uneven wear, or damage and dress the wheels to restore a true round profile. If a wheel is cracked or severely damaged, replace it immediately and do not operate the machine until it is safe to do so.

    The tool edge is turning blue during sharpening — how do I prevent this?

    Blue discolouration indicates overheating — the steel has exceeded its tempering temperature, softening the cutting edge. To prevent this, apply only light pressure against the wheel and limit grinding passes to 2–3 seconds at a time. Dip the tool in water after every pass to dissipate heat before it builds up. Ensure the grinding wheel is freshly dressed — a glazed or loaded wheel generates significantly more friction and heat than a sharp, open surface. Using the fine wheel for finishing passes also reduces heat generation considerably.