Electric Cabinet Frame Making Machine

An electric cabinet frame making machine is an automated equipment used to manufacture metal cabinet frames and enclosures for electrical control systems and distribution boxes. This equipment allows efficient, precise, and customizable fabrication of control cabinet housings to meet exact specifications.

Overview

Electric cabinet frame makers create properly shaped enclosures from flat or coiled sheet metal through processes like punching, cutting, roll forming, and bending. Modern CNC electric cabinet framing machines offer flexibility, efficiency, and consistency in producing high quality frames in medium to high volumes.

Equipment Types

TypeDescription
Punching MachinesUse programmable punching tools and dies for creating holes and cutouts
Shearing MachinesEmploy blades to cut sheet metal to required lengths or shapes
Bending MachinesUtilize programmable dies to bend metal sheets into required angles and forms
Combined MachinesIntegrate multiple processes like punching, cutting, bending in one system

Electric Cabinet Frame Making Machine Working Process

The typical fabrication process on an electric cabinet frame making machine follows continuous stages:

  • Material feeding: Sheet metal stock is linearly fed into the machine
  • Forming: Punching and cutting to shape cutouts and holes as per programmed patterns
  • Bending: Metal is bent at specified angles to form the cabinet framework
  • Customization: Additional options like welding, grinding, drilling can customize the frames
  • Design and output: Formed cabinet shell with desired dimensions and features

Common Materials

  • Mild steel sheets
  • Stainless steel sheets
  • Aluminum sheets
  • Galvanized iron sheets
Electric Cabinet Frame Making Machine
Electric Cabinet Frame Making Machine 11

Industrial Applications

Electric cabinet frame makers are indispensable equipment in factories involved in:

  • Manufacturing control panels for automation systems
  • Producing distribution box enclosures for power transmission sector
  • Assembling switchgear cabinets for energy distribution
  • Fabricating enclosure frames for UPS systems
  • Constructing housing cabinets for PLC systems

Suppliers and Price Range

SupplierOriginPrice Range
Gensco EquipmentUSA$100,000 to $250,000
just Sheet Metal MachineryTaiwan$30,000 to $150,000
SUNTECH GroupChina$20,000 to $100,000
Faccin MachineryItaly$60,000 to $300,000
  • Cost varies by capacity, automation features, brand reputation, and country of manufacture

Operation and Maintenance

ProcessDescriptionFrequency
Parameter SettingInput forming patterns, adjust machine settingsPer production batch
Material LoadingPosition sheet metal at infeed areaContinuous as needed
Tool MaintenanceSharpen/replace punching and cutting diesMonthly inspections
Oil LubricationReplenish oil levels for smooth functioningWeekly basis
Machine CalibrationAlign mechanical parts for precisionAnnual calibration
Safety ChecksVerify emergency stops, guards etc.Periodic testing

How to Choose the Right Supplier

Important factors to consider when selecting an electric cabinet frame making machine supplier:

ConsiderationDetails
Reputation and ExperienceWell-known brands inspire confidence, search for case studies on website
Production Scale NeedsEnsure capacity meets current and future volume requirements
Customization FlexibilityAbility to program variable cabinet sizes quickly is vital
Precision and AccuracyMicron level repeatability is ideal, analyze machine tolerance
Software SophisticationUser-friendly interface for fast design iterations preferred
After-sales Service SupportInstallation help, operator training, maintenance contracts crucial
Total CostCompare all-inclusive pricing between suppliers

Pros and Cons

Advantages

  • Highly automated for labor cost savings
  • Flexible production through easy program changes
  • Consistent and precise construction quality
  • Custom cabinet dimensions and features
  • Just-in-time fabrication to reduce inventories
  • Safer alternative to manual metal working

Limitations

  • High initial equipment investment
  • Regular maintenance expenditure
  • Technically skilled staff requirement
  • Large factory space needed
  • Limited material size capacity

FAQs

Q: What sheet metal thickness can be handled?

A: 0.5 mm to 3 mm sheets are commonly processed but some machines support up to 6 mm metal plates.

Q: What cutting accuracy is possible?

A: Advanced electric cabinet frame fabricators can achieve tolerances below 0.1 mm to ensure precise dimensions.

Q: Can design customization be done?

A: Programming interfaces allow custom punch patterns, cutouts, bends for rapid design iterations.

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