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Laser Engine Cylinder Hone 2071 Review: Can It Restore Cylinder Bores Effectively?

Laser 2071 Engine Cylinder Hone - Stone Set 3pc
4.6
[Three-Piece Set]  Three stones provide balanced contact for uniform honing and resurfacing.
[Medium 180 Grit]  180-grit medium grade offers effective material removal with a smooth finish.
[Hone Compatibility]  Designed for use with engine cylinder hones Part Nos 2070 and 2071.
[Broad Bore Range]  Compatible with cylinder bores from 50 mm to 180 mm for versatile use.
[Clears Carbon Deposits]  Quickly removes carbon buildup and resurfaces bores for improved engine performance.
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Automotive maintenance accessory, Laser Engine Cylinder Hone 2071, supplies a three-piece medium-grade stone set for cleaning and re-surfacing cylinder bores. Home mechanics and garage technicians gain faster cylinder refurbishment and reduced effort removing carbon deposits. Is the set suitable for the bore sizes and workshop tasks that matter?

⚡ At a Glance
  • Honing Quality: Medium 180-grit stones for controlled material removal and a consistent finish
  • Best for: DIY mechanics and professional garages performing light to medium cylinder resurfacing
  • Not ideal for: Heavy material removal or precision finishing that requires finer abrasives

Three 100 mm stones suit standard hone shafts for even contact across the bore. Designed to clean carbon deposits and re-surface cylinder interiors quickly and efficiently.


Faster carbon removal, with medium-grade 180-grit stones

Medium-grade 180-grit abrasive balances cutting speed and surface refinement, removing light to moderate material without aggressive stock removal. Each stone measures 100 mm by 15 mm by 20 mm to maintain consistent contact with the bore surface.

Quicker cleaning of carbon deposits and effective initial re-surfacing for routine engine maintenance.

Wide bore compatibility, with suitability for 50 mm to 180 mm diameters

Stones are designed for cylinders with bore diameters from 50 mm up to 180 mm, covering many small to large automotive engines. Compatibility matches standard hone setups so stones can be used across different engine sizes.

Useful across a broad range of engines, removing the need for multiple specialised stone sizes for common workshop tasks.

Simple upkeep and replacement, with a three-piece stone set

Three matching stones allow for balanced honing action and straightforward swaps during service work, and the size aligns with engine cylinder hone part numbers 2070 and 2071. Regular replacement keeps surface finish consistent without complex setup.

Reduced downtime during maintenance and easy stone changes between jobs.

✨ The 4 Key Reasons for Laser Engine Cylinder Hone 2071
  1. Three-piece set, - Balanced honing action and easy replacement under workshop conditions
  2. Compatible with hone part nos 2070/2071, - Fits common hone tools without adapters
  3. Covers 50–180 mm bores, - Works across most small to large automotive cylinders
  4. 100 x 15 x 20 mm stone size, - Provides consistent contact for an even surface finish
📋 Technical Details at a Glance
  • Category: Automotive Parts and Accessories
  • Brand: Laser
  • Product ID: B0039UJFMM
  • Set contents: 3 stones
  • Grit: Medium (180 grit)
❓ Frequently Asked Questions

Q: Are these stones compatible with Laser hone units 2070 and 2071?

A: Yes, compatibility is specified for use with engine cylinder hones part numbers 2070 and 2071.

Q: What bore sizes do the stones support?

A: Suitable for cylinders with a bore diameter from 50 mm up to 180 mm.

Q: What grit and dimensions do the stones have?

A: Stones are medium grade, 180 grit, with dimensions 100 mm x 15 mm x 20 mm.

🏆 Our Verdict

Suitable for home mechanics and garage technicians who need a straightforward solution for light to medium cylinder resurfacing. The set stands out for medium-grade 180-grit stones that clean carbon deposits and fit a wide range of bore sizes and compatible hones. Given its compatibility and simple upkeep, the set represents a practical long-term addition to workshop toolkits.