Quick tool picker
Quick Laser Calculators
Pick one quick check — cutting time, feed rate, gas, price per meter, hourly rate, or pierce time — then continue to the full laser cutting quote when the estimate looks reasonable.
Continue to full quoteLaser Cutting Speed Calculator
Estimate feed rate in m/min, IPM, and mm/s from material, thickness, power, assist gas, and edge-quality target.
Best for: turning a material, thickness, power, and gas assumption into a feed-rate input before calculating cycle time or quote cost. Confirm final values with your machine cut chart.
Laser Cutting Time Calculator
Estimate cutting time, pierce time, setup time, and effective meters per hour before building a full laser quote.
Best for: quick cycle-time checks when you know cut length, pierce count, and setup time. Not ideal as a final quote by itself—carry the result into the full laser cutting calculator.
Laser Cutting Gas Consumption Calculator
Estimate assist gas volume, gas cost, hourly gas cost, and SCFH conversion from flow rate and active cutting time.
Best for: checking nitrogen, oxygen, air, or argon cost before entering assist gas values in the full laser cutting calculator.
Price per Meter Calculator
Ultra-fast estimate of operating cost per meter based on material type, thickness, and shop-approved speed and rate inputs.
Best for: straight or simple cutting paths on standard materials when you already have a reasonable hourly rate. Not ideal for complex nests, multi-process jobs, or high-value contracts—use the full laser cutting calculator instead.
Laser Hourly Rate Calculator
Estimate an all-in hourly operating cost including equipment, energy, labor, overhead, and maintenance—your baseline for any pricing discussion.
Best for: establishing internal break-even and target rates before you quote. Not ideal as a standalone customer price; combine with part-level tools and your own accounting before customer-ready quotes.
Pierce Time Estimator
Estimate total piercing time from material, thickness, laser power, and number of pierces so you can see when holes dominate cycle time.
Best for: parts with many holes where pierce time meaningfully affects cost. Not ideal for thick plate, unusual alloys, or heat-sensitive jobs—validate with your own parameter tables and full cutting calculators.
When to Use Quick Tools
- - First conversations with new or existing customers
- - Checking whether a job is roughly profitable before deep planning
- - Repeatable jobs where your shop already has approved parameters
- - Rapid feasibility checks during scheduling or capacity planning
- - Budget discussions and early-stage business cases
- - Not for long-term contracts or frame agreements with penalties
- - Not for highly customized, multi-step or multi-process jobs
- - Simplified assumptions for efficiency, waste, and setup time
- - Material, nesting, and scrap handling are not modeled in detail
- - Does not connect to your ERP or accounting system automatically
- - Full Laser Cutting Calculator for part-level costing before formal quotes
- - Marking Calculator and Welding Calculator for process-specific, detailed breakdowns
- - ROI Calculator when you need to translate shop-level economics into investment decisions
- - Always upgrade to a full calculator before committing pricing for large or risky jobs.
Quick Tools vs Full Calculators
| Feature | Quick Tools | Full Calculators |
|---|---|---|
| Input Time | <60 seconds | 2-5 minutes |
| Accuracy | Directional until calibrated with your own shop history | Tighter alignment possible when you supply full detail and match to historical jobs |
| Parameters | 3-8 inputs | 15-30 inputs |
| Material Costs | Not included | Fully included |
| Gas Costs | Uses shop-approved settings you enter | Detailed calculation |
| Waste Factor | Standard 10% waste assumption | Customizable |
| Best Use | Internal planning checks | Customer-ready quotes |
Workflow Integration
- 1. Capture reference inputs. Use the quick reference tables to collect source records for speeds, gas, and material costs, then pick the matching quick tool.
- 2. Run the fast calculators. Use the hourly rate calculator first to establish a realistic baseline, then combine it with the Laser Cutting Speed, Laser Cutting Time, Gas Consumption, Price per Meter, and Pierce Time tools to get a dollarized target for the quote or phone call.
- 3. Promote to full calculators. When the job moves forward, transfer the same assumptions into the laser cutting or ROI calculator so your proposal, analytics, and production plans all share identical inputs.
How Quick Tools Work
Inputs and processing
- You provide a handful of high-impact parameters such as material, thickness, and basic shop rates.
- Quick Tools combine those inputs with shop-approved speed and rate inputs from your records and the reference tables —cutting speeds, pierce times, and efficiency factors.
- Dozens of secondary inputs stay hidden here to keep things fast; they live in the full calculators.
Outputs and next steps
- The output is a structured planning estimate, such as price per meter, hourly rate, or total pierce time, that helps you decide whether a job is worth pursuing.
- Treat these numbers as directional until they have been compared with completed jobs and your current supplier pricing.
- When the job moves forward or the stakes are high, copy the same assumptions into the full calculators to add material, gas, nesting, setup, and tax-aware ROI before sending a formal quote.
Related Resources
Quick Reference Tables
Cutting speeds, material costs, gas costs, power consumption, and processing parameters
All Calculators
Full calculator suite including laser cutting, marking, welding, CNC, ROI, and more
Limitations & common misuses
Quick Tools do not track your actual shop data automatically, do not model full nesting, scrap value, or overhead in detail, and do not replace your accounting system.
Avoid using default example rates directly in customer quotes, treating Quick results as a guaranteed margin, or relying on them for extreme thicknesses, exotic materials, or highly complex geometries.
Treat these tools as a fast first pass. For real money on the line, always upgrade to the detailed calculators and compare the outputs against at least a few historical jobs.