Plan Your Shop Before You Buy
Setting up a shop or adding new equipment? Use our free shop planning tools to make smarter purchasing decisions before you spend a dollar. Check noise levels, find the right belt, and map out your floor — all in one place.
These tools are built for shop owners and fabricators who want to get it right the first time. Whether you’re buying your first Kalamazoo machine or expanding an existing lineup, use them to plan your purchase with confidence.
Why We Built These Tools
We know buying industrial equipment is a big decision. You’re spending real money, and you need to know the machine fits your shop, your workflow, and your team’s needs before it shows up on a truck. That’s why we built these free shop planning tools — to help you evaluate equipment, plan your space, and choose the right consumables before you buy, not after.
These tools are here to assist you through the buying process — so you feel confident about what you’re getting, how it fits, and what it takes to run it.
Will It Fit? Find Out Now.
You wouldn’t buy a truck without knowing if it fits in the garage. Same goes for shop equipment. Our floor planner lets you enter your room dimensions and drop in any Kalamazoo machine to see how the machine footprint works in your space — before you commit to a purchase.
This tool is designed to assist you in the early stages of buying. Set your width and depth, add the machines you’re considering, and drag them around. You’ll see right away if you have enough room for the operator, material infeed and outfeed, foot traffic, and maintenance access. If something doesn’t fit, you’ll know now instead of finding out the day the machine arrives.
How to use it:
- Enter your room dimensions (width and depth in feet)
- Then enter your machine dimensions (width and depth in feet)
Things to keep in mind:
- Leave at least 3 feet of clearance on the operator side of every machine
- Account for material length — long stock needs room to feed in and come out the other side
- Keep walkways clear for safety and foot traffic
- Place loud machines away from offices and break areas (use the decibel meter to measure noise at different spots in your shop)
A smart shop layout saves time, prevents accidents, and keeps your team moving. Plan it right the first time.
Space / Footprint Planner
Enter your available space and machine dimensions to check fit, view clearance requirements, and see a scaled layout diagram.
Find Your Ideal Sanding Belt
Running the wrong sanding belt costs you time, money, and finish quality. Too coarse and you gouge the material. Too fine and you burn through belts without removing anything. Wrong abrasive grain and you’re generating unnecessary heat, loading up belts prematurely, or leaving a finish your customer won’t accept. Our belt selector takes the guesswork out — and helps you plan your consumables before the job even starts.
Answer three questions from the dropdowns — your material, your task, and what matters most to you — and hit Get My Recommendation. You’ll get a recommended abrasive type, grit range, a step-by-step grit progression, backing weight, an alternative abrasive option, and material-specific pro tips sourced from industry abrasive guides.
The material list covers 15 options across three categories: woods including hardwood, softwood, and exotic or oily woods; metals including mild and carbon steel, stainless steel, aluminum, brass and copper, cast iron, tool and hardened steel, and super alloys like Inconel and titanium; and other materials including plastic, fiberglass and composites, glass and stone, rubber, and painted surfaces. The application options cover nine real-world tasks: heavy stock removal, weld clean-up, deburring, shaping, surface preparation, general finishing, fine polishing, tool and knife sharpening, and rust or paint removal. The priority selector lets you optimize for belt life, fastest cut rate, best surface finish, or cool cutting and heat control. That combination produces hundreds of unique, researched
Not sure which sanding belt fits your needs?
Just select your material, task, and priority — the tool handles the rest.
Abrasive Belt Selection Guide
Answer three questions about your project and we'll recommend the right belt type, grit progression, and backing for the job.
Abrasive Wheel Speed Calculator
Calculate SFPM — The standard mode. Enter your motor and pulley ratio setup and get your surface speed and spindle RPM. The gauge shows green for the typical operating range (6,500–9,500 SFPM), amber when you should verify your wheel’s rating, and red when you’ve exceeded typical limits.
Find Pulley Ratio — Work backwards from a target speed. Enter the SFPM you want, your motor RPM, and your wheel diameter, and the calculator tells you the exact pulley ratio you need. If you enter your motor pulley size, it gives you the specific spindle pulley diameter to order.
Why this matters to your shop:
- Confirm your wheel speed is within the manufacturer’s rated RPM before every setup change
- Find the right pulley combination when configuring a new machine or replacing worn pulleys
- Document your speed settings so every operator on your team runs the same setup
- Stay aligned with ANSI B7.1 safety standards for abrasive wheel use
Abrasive Wheel Speed Calculator
Calculate surface speed (SFPM) from your motor and pulley setup, or work backwards from a target speed to find the pulley ratio you need.
Choosing the Right Abrasive Cutoff Wheel
Not all cutoff wheels are the same. The right wheel depends on what you’re cutting, how hard the material is, and whether you’re doing light precision work or heavy production cutting. Picking the wrong wheel wastes money, slows you down, and can even be dangerous.
The chart below breaks down the most common abrasive types used in industrial cutoff work. Each one has a sweet spot — the material it cuts best, the job it was built for, and whether it runs dry or needs coolant. Use the filters to narrow it down to what matters for your shop.
If you’re not sure which wheel is right for your application, reach out to an abrasive cutoff wheel specialist before you buy. The chart is a starting point — a specialist can dial in the exact wheel spec for your machine, your material, and your production needs.
Abrasive Cutoff Wheel
Selection Guide
For use with Kalamazoo Industries abrasive chop saws and cut-off machines
| Abrasive Type | Best Materials | Typical Applications | Wet or Dry | Relative Cost | Notes |
|---|---|---|---|---|---|
| Aluminum Oxide Al2O3 | Steel, iron, stainless steel, ferrous alloys, tool steels | General fabrication, structural cutting, weld prep, bar & pipe stock | Dry | $ Low | Most common for ferrous metals. Good balance of cost, life, and performance.[1],[2] |
| Silicon Carbide SiC | Non-ferrous metals (copper, brass, aluminum), masonry, concrete, stone, tile, ceramics | Masonry cutting, non-ferrous fabrication, construction | Wet or Dry | $ Low–Mid | Very sharp but fractures more easily under high pressure. Preferred for non-metallics.[2],[3] |
| Zirconia Alumina | Carbon steel, structural steel, iron, heavy-gauge materials | Heavy-duty production cutting, rail cutting, thick plate and bar stock | Dry | $$ Mid | Heat-resistant; self-sharpens under pressure. Longer life than standard aluminum oxide.[3],[4] |
| Ceramic Alumina | Stainless steel, titanium, high-nickel alloys, inconel, hardened steels | Precision cutting of hard or heat-sensitive metals, aerospace & tool and die | Dry | $$$ High | Micro-grain structure cuts cooler and lasts longer. Reduces heat discoloration on sensitive alloys.[3] |
| Diamond | Concrete, ceramic tile, stone, composites, minerals | Construction, masonry, precision lab sectioning | Wet (preferred) | $$$$ Premium | Hardest abrasive available. Wet cutting greatly extends wheel life. Not for general metalworking.[5] |
| Al2O3 + SiC Blend | Ductile iron, aluminum, PVC, mixed materials | Pipe cutting (ductile iron water main), aluminum profiles, mixed-material fabrication | Wet or Dry | $$ Mid | Balances hardness of SiC with toughness of Al2O3. Best for ductile iron and aluminum applications.[2] |
| Resinoid / Rubber Bond Metallurgical | Steel, stainless steel, cast iron, non-ferrous metals, hardened alloys, composites | Metallurgical sample preparation, failure analysis, quality control sectioning, lab specimen cutting | Wet (required) | $$$ High | Designed to produce minimal heat-affected zone (HAZ) and preserve microstructure. Rubber-bonded wheels cut cooler; resinoid for harder materials. Always used with coolant flood. Match wheel hardness to material — soft bond for hard metals, hard bond for soft metals.[6] |
No results match that filter. Try a different selection.
Safety: Always match the wheel's maximum RPM rating to your machine's spindle speed. Never use a damaged or cracked wheel. Do not apply side pressure to cutoff wheels — they are designed for edge cutting only. For stainless steel and aluminum, use wheels with less than 0.1% chlorine, iron, and sulfur to prevent contamination. Follow all OSHA safety guidelines.
Disclaimer: This chart is intended for general guidance only. Wheel selection depends on many variables including machine specs, material hardness, cutting speed, and operating conditions. Please consult an abrasive cutoff wheel specialist before making final selections for your application.
Sources & References
- [1]Empire Abrasives — Cut-Off Wheels Guide. empireabrasives.com
- [2]Virginia Abrasives — Getting to Know Cut-off and Grinding Wheels (Oct. 2022). virginiaabrasives.com
- [3]Weiler Abrasives — Guide to Cutting Wheels (Nov. 2025). weilerabrasives.com
- [4]Industrial Metal Supply — Guide to Selecting Abrasive Wheels (Sept. 2018). industrialmetalsupply.com
- [5]Kemet — Abrasive Cut-off Wheels – Silicon Carbide & ALOX. kemet.co.uk
- [6]Extec Corp — Abrasive Cut-Off Wheels for Metallographic Sample Preparation. extec.com
Decibel Meter – Check Your Sound Levels
Ever wonder how loud things actually are around you? Our free Decibel Meter tool lets you measure sound levels right from your phone, tablet, or computer — no app download required. Just hit Start and your device’s microphone does the rest.
The meter gives you a live reading along with min, average, and peak levels over your session. When you’re done, you can email the results to yourself for reference.
Whether you’re checking noise levels in the shop, at an event, in your workspace, or just out of curiosity, this is a quick and easy way to put a number on what you’re hearing.
Please note: This is a general-purpose tool that provides approximate readings using your device’s built-in microphone. Results will vary between devices and are not calibrated to any professional or regulatory standard. For OSHA compliance, workplace safety documentation, or any situation requiring certified measurements, always use a professionally calibrated sound level meter.
Decibel Meter
Measure ambient sound levels using your device microphone. Track min, avg, and max readings and email your results.
| Level | Example | dB Range |
|---|---|---|
| Silence | Empty room | 0 – 20 dB |
| Whisper | Quiet library | 20 – 40 dB |
| Moderate | Normal conversation | 55 – 65 dB |
| Loud | Vacuum cleaner | 65 – 75 dB |
| Very Loud | Power tools, shop floor | 75 – 85 dB |
| Harmful | Industrial saw, grinder | 85 – 100+ dB |
Need Help Picking the Right Machine?
Talk to our experts — we've been helping fabricators since 1960.