Mac Shear E-Series 30-6100 Electric Shear
The Mac Shear E-Series 30-6100 Electric Shear is an electrically powered sheet metal shear used in general metal fabrication and industrial component manufacturing, suited to repetitive cutting operations where consistent cut quality and productivity are required.
In Brief
- Electric-powered shear for general fabrication and general metal fabrication tasks.
- Applied in manufacturing of industrial components where straight cuts in sheet or plate are needed.
- Suitable for production environments that benefit from repeatable, powered shearing versus manual methods.
- Configuration-dependent capabilities; actual capacity and features vary by specific E-Series 30-6100 setup.
- Typically integrated into fabrication workflows that include forming, punching, and finishing operations.
What It Typically Costs
- Pricing estimate (USD): Varies by configuration.
- Total cost depends on options such as backgauge style, hold-down arrangements, guards, and controls.
- Condition (new vs. used), hours of use, and maintenance history significantly influence price.
- Installation, commissioning, and any required electrical work add to the overall project cost.
- Tooling/consumables (blades, lubrication, basic spares) should be budgeted separately from the base machine price.
Performance / Spec Considerations
- Shear capacity: Confirm maximum material thickness and type (e.g., mild steel vs. stainless) the specific 30-6100 configuration is rated to cut.
- Cutting length: Verify the maximum cutting width the machine can accommodate and match it to your common sheet sizes.
- Electric drive: Check motor power, electrical requirements, and duty cycle to ensure compatibility with your plant power and production rate.
- Backgauge and stops: Evaluate the style and adjustment range of the backgauge for repeatable cut lengths in production work.
- Blade condition and adjustability: Inspect blade edge quality and confirm that blade clearance can be adjusted for different materials and thicknesses.
- Hold-down system: Review how workpieces are clamped during cutting to maintain cut quality and operator safety.
- Controls and safety: Assess the operator controls, emergency stops, and guarding to ensure they meet your workflow and safety requirements.
What to Inspect Before You Buy
- Verify the nameplate data (model, E-Series 30-6100 designation, electrical ratings) against documentation and your plant power.
- Inspect blades for nicks, chipping, uneven wear, or evidence of overheating, and ask when they were last sharpened or replaced.
- Cycle the shear (if possible) to listen for abnormal noises from the electric motor, drive, or mechanical linkages.
- Check the backgauge for smooth travel, accurate positioning, and any play that might affect cut length consistency.
- Examine the table, guides, and squaring arm (if fitted) for damage, misalignment, or excessive wear.
- Confirm that safety guards, interlocks, and emergency stops are present, functional, and in good physical condition.
- Look for leaks, loose wiring, damaged conduit, or non-factory electrical modifications inside junction boxes or panels.
- Review maintenance records, including lubrication intervals, blade changes, and any major repairs or component replacements.
- Test cut a representative material and thickness (if allowed) to assess cut edge quality, burr level, and dimensional accuracy.
- Evaluate overall cleanliness and signs of abuse, such as bent panels, impact marks, or missing covers.
Buyer Questions
What materials can the Mac Shear E-Series 30-6100 typically handle? It is intended for general metal fabrication, so it is commonly applied to sheet and plate used in industrial components; you should confirm the exact rated thickness and material types for the specific configuration you are considering.
How does an electric shear benefit general fabrication work? An electric shear provides powered, repeatable cutting, which can improve productivity and cut consistency compared with manual methods in general fabrication and manufacturing environments.
Does the price include installation and setup? The pricing estimate varies by configuration and usually does not inherently specify installation; clarify with the seller whether installation, commissioning, and any training are included or quoted separately.
What configuration details affect the cost most? Key cost drivers include the specific E-Series 30-6100 capacity, options such as backgauge type, hold-down and guarding arrangements, and the sophistication of the controls.
How can I verify the machine’s cutting capacity before purchase? Check the machine nameplate and any available documentation, then, if possible, perform a test cut on your target material and thickness to validate practical capacity.
What should I look for in the blades on a used machine? Inspect for chipping, rounding, or uneven wear on the cutting edges and confirm that blade clearance adjustment is functional so you can tune it for your materials.
Are there special electrical requirements for this electric shear? Yes, but they are configuration-dependent; compare the machine’s voltage, phase, and full-load current ratings with your facility’s power supply and any local electrical codes.
Is this shear suitable for high-volume production? It is used in manufacturing for general metal fabrication and industrial components, but suitability for high-volume production depends on the specific configuration, duty cycle, and your required throughput.
What documentation should I request from the seller? Request the operator and maintenance manuals, electrical schematics, any service records, and documentation confirming the machine’s rated capacities.
Can this machine be integrated into an existing fabrication line? It is commonly used in general fabrication workflows, and integration is typically feasible if you align its cutting capacity, layout, and electrical requirements with your existing equipment and material flow.
Source: Mac Shear E-Series 30-6100 Electric Shear
Mac Shear E-Series 30-6100 Electric Shear
