Workshop Equipment
Equipment for turning, sanding and detailed finishing
Explore workshop equipment for compact metalworking, woodworking and precision finishing. Compare a mini metal lathe, a bench belt and disc sander, and a jewellery polishing micromotor around the materials, component sizes and tasks your workshop handles.
Choose by working capacity, tooling compatibility and the finish you need. The guidance below explains the specifications that matter, helping you match each machine to your bench space and workflow.
Yishou YS1835C Mini Metal Lathe – 180 × 350mm, 0–2000 RPM, 500W
LX-SM46-550 Bench Belt & Disc Sander – 550W, 4 × 36-Inch
Choosing workshop equipment around the job
Start with the operation you need to perform. Turning a component, sanding a timber edge and polishing jewellery require different machines and tooling. Identify the material, workpiece dimensions and required result before comparing motor power or maximum speed.
For occasional jobs, consider setup time and the range of compatible tools. For repeated work, also assess how parts will be loaded, supported, measured and finished between operations. A compact machine is useful only when its working capacity fits your components.
Compare the workshop machines in this collection
| Equipment | Listed specification | What to check |
|---|---|---|
| Yishou 1835C mini metal lathe | 180mm swing over bed, 350mm between centres and a listed 0–2000 RPM speed range. | Usable capacity with your workholding, tooling requirements, material suitability and bench installation. |
| LX-SM46-550 belt and disc sander | 550W motor, 100 × 914mm sanding belt and 150mm sanding disc. | Workpiece support, abrasive compatibility, table adjustment and dust-extraction arrangements. |
| AT-CM-044 A6 jewellery micromotor | 400W brushless system with variable speed listed up to 90,000 RPM. | Supplied handpieces and collets, accessory speed limits, material suitability and control method. |
Mini metal lathes: understand working capacity
Swing over bed and distance between centres
Swing over bed describes the nominal maximum workpiece diameter that clears the bed. It does not establish clearance over the carriage or cross slide. Distance between centres describes a nominal length capacity; your chuck, tools and any tailstock-mounted equipment can reduce the space available for the actual operation.
Check the intended setup, not just the dimensions of the unfinished part. Allow for gripping length, tool access and any support required. The Yishou mini metal lathe is worth comparing where compact bench-mounted turning equipment fits your work.
Speed, tooling and material suitability
Select cutting conditions around the material, workpiece diameter and cutting tool. A maximum RPM figure is not the correct speed for every operation and does not, by itself, establish cutting performance.
Before ordering, confirm spindle bore, chuck capacity, tool sizes and the accessories supplied if these affect your work. If threading is essential, establish the supported pitches and equipment required. Do not assume a compact lathe can handle every alloy or achieve an unspecified tolerance.
Belt and disc sanders for woodworking and finishing
What is the difference between belt and disc sanding?
A belt offers an extended abrasive surface that can suit broader sanding and shaping tasks. A disc provides a compact station for supported edge and end work. Their usefulness depends on the workpiece shape, support arrangement and manufacturer's operating instructions.
The bench belt and disc sander combines both formats. Its listing positions it primarily for woodworking, so confirm any other material application rather than assuming it is a general-purpose metal grinder.
Choose compatible abrasives
Check belt dimensions, disc diameter and the required fixing method before purchasing replacements. Choose an abrasive suitable for the material and finish. Within the same grit system, lower numbers generally indicate coarser abrasives and higher numbers finer abrasives.
Plan a progression appropriate to the work rather than expecting one abrasive to remove heavy marks and produce the final finish. Follow the machine instructions for tracking, support-table clearances and abrasive replacement.
Allow for dust extraction
Check the extraction connection and the system required for the material being sanded. Dust collection needs should be established before installation, particularly for repeated indoor work.
Our Cleaning Equipment collection covers separate cleaning tasks. A general cleaning vacuum should not be assumed suitable for machine extraction or every type of workshop dust.
Micromotor polishing for jewellery and detailed work
A micromotor uses a handheld rotary tool for localised work on smaller components. It serves a different role from a large bench buffer: access, handpiece control and accessory compatibility are central to the choice.
Review the AT-CM-044 A6 polishing micromotor for compatible jewellery finishing and detailed rotary tasks. Confirm the supplied collet sizes against your existing tool shanks and establish which accessories are included.
Maximum speed is not the working speed
Use the limits specified for both the handpiece and the accessory. A system capable of high speed does not make every burr, polishing wheel or drill suitable for that speed. Match the tool, operating speed and pressure to the material and intended finish.
Consider how the control arrangement fits your bench work, including workpiece support, lighting and any required dust control. These details matter alongside the machine's headline power rating.
Specialist heat-processing equipment
If your workshop requirement involves a controlled vulcanising process, browse our Industrial Equipment collection. A heat press needs to be assessed around its process-specific requirements, including platen size, temperature, pressure and the material being treated.
For components requiring a separate cleaning stage, our Ultrasonic Cleaners may be relevant where the part and cleaning process are compatible.
Bench space, installation and consumables
Measure the complete working area, including room for loading parts, handling longer stock, accessing controls and maintaining the machine. Confirm support-surface suitability and mounting requirements, as well as the electrical configuration of the unit being supplied.
Include tools and consumables in the purchase plan. A lathe may need job-specific cutting tools and workholding; a sander needs suitable abrasives; a micromotor needs compatible rotary accessories. Check package contents so the equipment can be prepared for its intended work.
Information to prepare before ordering
- Operation: specify turning, sanding, polishing or another task.
- Material: identify the metal, timber or other material, including coatings where relevant.
- Workpiece size: provide maximum dimensions and the proposed support or gripping arrangement.
- Result: describe the required geometry, finish or tolerance.
- Workload: explain batch sizes and frequency of use.
- Installation: give available bench space, electrical supply and extraction arrangements.
- Existing tooling: list accessories or consumables the machine must accommodate.
Send these details through our Request a Quote page for help comparing equipment. Review the Shipping Policy when planning delivery and the Bramfords After-Sales Standard for information about order support.
Workshop equipment: frequently asked questions
Is a mini metal lathe suitable for a small workshop?
It may be, provided the usable capacity, tooling and documented material limits fit the work. Workshop size alone does not establish suitability; check the actual component and machining setup.
Can a belt and disc sander be used on metal?
Only where the machine, abrasive and extraction arrangement are approved for that application. The listed sander is positioned primarily for woodworking. Confirm suitability before changing materials.
Does a polishing micromotor replace a bench polisher?
Not for every task. A micromotor supports detailed handheld rotary work, while a bench polisher has a different workpiece-handling arrangement. Choose around the component and required finish.
What else should I budget for?
Allow for compatible tooling, consumables, mounting and any required extraction or workholding. Check what is supplied with the machine and what your particular job needs separately.