Best Pan Brakes

top picks

Ranking

What’s in the Toolbox

tool

Good Points

  • Exceptional versatility for bending various materials and shapes
  • Adjustable stop collar ensures repeatable and precise angle settings
  • Counterweighted handle enhances leverage for bending thicker materials
  • Includes twelve removable fingers for versatile box forming applications
  • Built to last with sturdy construction for durability and reliability
  • Compact design fits easily on benchtops or limited spaces
  • Segmented module design allows for customizable bending options and flexibility
  • Lightweight design allows easy transport and mounting on workbenches
  • Ideal for factories, workshops and home use in daily tasks
  • Perfect for fabricating brackets, boxes and complex metal components
  • User friendly manual simplifies assembly and maintenance processes effectively
  • Backed by a 1 year warranty covering parts and defects

tool overVIEW

GRIZZLY (G0542) BEST 1220mm (48″) Pan Brake OVERALL

The GRIZZLY 1220mm (48″) Pan Brake (G0542) is a robust and versatile machine designed for heavy duty box bending. Capable of bending 2.657mm (12 Gauge) mild steel at half width and 1.897mm (14 Gauge) steel at full width, it achieves angles up to 135° making it ideal for industrial sheet metal work. One of its key features is the adjustable stop collar which ensures precise repeatable bends especially when crafting stackable pans. This feature allows for consistent results saving time on repetitive tasks.

The brake handle is counterweighted to provide additional leverage reducing the effort required to bend thicker materials. This makes it easier to handle demanding projects without compromising accuracy or finish. The GRIZZLY (G0542) is equipped with eight removable fingers allowing for customized box forming and complex bends. These fingers can be used either individually or all together providing flexibility for a variety of tasks.

Built from steel and weighing in at 577kgs (1,271 lbs.), the GRIZZLY (G0542) is engineered for durability and long-term use. It comes with a 1 year warranty and an informative manual ensuring easy setup and maintenance. The machine’s size and strength make it a reliable choice for professional workshops that need precise heavy duty bending capabilities.

features

GRIZZLY (G0542) BEST 1220mm (48″) Pan Brake OVERALL

  • Bends 2.657mm (12 Gauge) mild steel at half width and 1.897mm (14 Gauge) at full width
  • Maximum bending range of 135°
  • Adjustable stop collar for repeatable bends at precise angles
  • Counterweighted brake handle for added leverage when bending thicker materials
  • Finger sizes: one 635mm (25”), three 102mm (4″) and four 76mm (3″)
  • Removable fingers for customized box forming and special bending operations
  • Constructed from steel for durability and long-term use
  • Maximum height of pan/box sides is 152mm (6″)
  • Minimum reverse bend of 13mm (1/2″)
  • 1 year warranty covering parts and factory defects

tool overVIEW

GRIZZLY (T32719) 914mm (36″) Pan Brake RUNNER UP

The GRIZZLY 914mm (36″) Benchtop Pan Brake (T32719) is designed for precision in creating complex shapes like brackets, gussets, boxes and fixtures. It can effortlessly set angles in 1.214mm (18 Gauge) mild steel up to 135° making it a great tool for a wide range of bending tasks. With the capability to handle 1.519mm (16 Gauge) steel at half width and 0.953mm (20 Gauge) stainless steel, the GRIZZLY (T32719) is built to perform well in various applications including working with aluminum at 1.290mm (16 Gauge) thickness.

Equipped with twelve removable fingers this pan brake offers flexibility for box forming and other intricate bending operations. The fingers, available in 50mm (2″), 76mm (3″) and 102mm (4″) sizes can be used individually or together allowing users to perform specialized bends with ease. Its compact footprint makes it ideal for benchtop use while its sturdy construction ensures long-lasting durability in demanding environments.

Backed by a 1 year warranty, the GRIZZLY (T32719) offers peace of mind with coverage against factory defects. The manual written by Grizzly’s U.S.-based Technical Documentation Department provides clear and helpful guidance for setup and maintenance.

features

GRIZZLY (T32719) 914mm (36″) Pan Brake RUNNER UP

  • Bends 1.214mm (18 Gauge) mild steel at full width and 1.519mm (16 Gauge) at half width
  • Maximum bending angle of 135°
  • Capable of bending 1.290mm (16 Gauge) aluminum and 0.953mm (20 Gauge) stainless steel
  • Comes with twelve removable fingers in 50mm (2″), 76mm (3″) and 102mm (4″) sizes for customized box forming and special bending operations
  • Maximum working width of 914mm (36″)
  • Minimum reverse bend is 8mm (5/16″)
  • Maximum height of pan/box brake sides is 50mm (2″)
  • Compact footprint is 1029mm (40-1/2″) x 330mm (13″)
  • 1 year warranty covering parts and factory defects

tool overVIEW

SHOP FOX (M1011) Best 610mm (24″) Pan Brake ON A BUDGET

The SHOP FOX 610mm (24″) Pan Brake (M1011) is a versatile and reliable tool designed for precision sheet metal fabrication. This brake is ideal for creating bends to increase the strength of sheet metal plates or crafting intricate components such as brackets, gussets, boxes and fixtures. With its robust design, the SHOP FOX (M1011) can handle mild steel sheets up to 0.912mm (20 Gauge) thick and 610mm (24″) wide offering a range of bend angles from 0° to 135°. When securely bolted to a sturdy workbench it provides consistent and accurate results for various metalworking projects.

The SHOP FOX (M1011) features removable and adjustable fingers that can be arranged in different configurations to accommodate varying metal widths making it highly adaptable for diverse applications. Its thoughtful design ensures ease of use, whether you’re a seasoned professional or a DIY enthusiast. Like all SHOP FOX pan and box brakes, the SHOP FOX (M1011) is backed by a 2 year warranty guaranteeing parts and protection against factory defects, giving you peace of mind with your investment.

To assist with assembly and maintenance, the SHOP FOX (M1011) includes a comprehensive manual developed by SHOP FOX’s U.S.-based Technical Documentation Department. This user-friendly guide provides all the necessary information to ensure your pan brake performs reliably for years to come.

features

SHOP FOX (M1011) Best 610mm (24″) Pan Brake ON A BUDGET

  • The SHOP FOX Pan Brake (M1011) accommodates workpieces up to 610mm (24″) wide
  • It features a maximum bending capacity of 0.912mm (20 Gauge) mild steel
  • The box fingers include sizes: two 25mm (1″), four 51mm (2″), two 76mm (3″) and two 102mm (4″)
  • With a brake angle range of 0° to 135°, it offers excellent versatility
  • The compact footprint measures 267mm x 667mm (10-1/2″ x 26-1/4″ ideal for tight spaces
  • The maximum box depth capability is 44mm (1-3/4″) enabling detailed metalwork
  • Its approximate shipping weight of 45kg (99 lbs.) ensures solid durable construction
  • This pan brake combines precision, adaptability and reliability for metalworking projects

tool overVIEW

GRIZZLY (T28522) Best 610mm (24″) Pan Brake AS AN ALTERNATIVE

The GRIZZLY 610mm (24″) Pan Brake (T28522) is an essential tool for fabricating complex metal parts including brackets, gussets, boxes and fixtures. It is designed to bend 0.912mm (20 Gauge) mild steel at full width and can handle even thicker material up to 1.214mm (18 Gauge) at half width. Capable of setting bends up to 135°, the GRIZZLY (T28522) provides the flexibility needed for a wide range of sheet metal fabrication tasks.

Equipped with five removable fingers in various sizes, including 25mm (1″), 50mm (2″), 76mm (3″), 203mm (8″) and 254mm (10″), this pan brake allows for customized box forming and intricate bending operations. The fingers can be used individually or in combination offering greater control over the bending process. With a maximum box depth of 50mm (2″) and a minimum reverse bend of 10mm (3/8″), this brake can handle detailed and precise sheet metal work with ease.

The GRIZZLY (T28522) is built to last with Grizzly’s commitment to quality backed by a 1 year warranty covering parts and factory defects.

features

GRIZZLY (T28522) Best 610mm (24″) Pan Brake AS AN ALTERNATIVE

  • Bends 0.912mm (20 Gauge) mild steel at full width and 1.214mm (18 Gauge) mild steel at half width
  • Maximum bending angle of 135°
  • Equipped with five removable fingers in 25mm (1″), 50mm (2″), 76mm (3″), 203mm (8″) and 254mm (10″) sizes for versatile box forming and special bending operations
  • Maximum working width of 610mm (24″)
  • Minimum reverse bend is 10mm (3/8″)
  • Maximum box depth is 50mm (2″)
  • Compact footprint is 673mm (26-1/2″) x 267mm (10-1/2″)
  • Sturdy construction with a shipping weight of 50 kgs (110 lbs.)
  • 1 year warranty covering parts and factory defects

BEST Pan Brakes

tool Specification comparison table

Bending Length

1220mm (48″)

914mm (36″)

610mm (24”)

610mm (24”)

Bending Thickness

Half Width – 2.657mm (12 Ga.) Mild Steel
Full Width – 1.897mm (14 Ga.) Mild Steel

Half Width – 1.519mm (16 Ga.) Mild Steel
Full Width – 1.214mm (18 Ga.) Mild Steel
0.953mm (20 Ga.) Stainless
1.290mm (16 Gauge) Aluminum

0.953mm (20 Ga.) Mild Steel

Half Width – 1.214mm (18 Ga.) Mild Steel
Full Width – 0.912mm (20 Ga.) Mild Steel

Bending Angle

0 ° – 135 °

0 ° – 135 °

0 ° – 135 °

0 ° – 135 °

Minimum Reverse Bend

13mm (1/2″)

8mm (5/16″)

Not Available

10mm (3/8”)

Included Components

‎(1) GRIZZLY 1220mm (48″) Pan Brake
(1) 635mm (25”) Finger
(3) 102mm (4″) Fingers
(4) 76mm (3″) Fingers

‎‎(1) GRIZZLY 914mm (36″) Pan Brake
(4) 50mm (2”) Fingers
(4) 76mm (3”) Fingers
(4) 102mm (4″) Fingers

‎(1) SHOP FOX 610mm (24”) Pan Brake
(2) 25mm (1”) Finger
(4) 50mm (2”) Finger
(2) 76mm (3”) Finger
(2) 102mm (4″) Fingers
(1) User Manual

‎(1) GRIZZLY 610mm (24”) Pan Brake
(1) 25mm (1”) Finger
(1) 50mm (2”) Finger
(1) 76mm (3”) Finger
(1) 203mm (8”) Finger
(1) 254mm (10”) Finger

Weight

‎577kgs (1,271 lbs.)

81.6kgs (180 lbs.)

45kg (99 lbs.)

38kgs (84 lbs.)

Warranty Description

1 Year Limited Warranty

1 Year Limited Warranty

2 Year Limited Warranty

1 Year Limited Warranty

Item Model Number

G0542

T32719

M1011

T28522

Pan Brakes

0ther ALTERNATIves

what’s in the toolbox

tool

Key points

included components

Bending Length:‎ 1226mm (48-1/4”)
Bending Thickness: 0.759mm (22 Ga.) Mild Steel
0.475mm (26 Ga.) Stainless Steel
1.290mm (16 Ga.) Aluminum
Bending Angle: 0 ° – 135 °
Weight: 122 kgs (269 lbs.)
Warranty Description: 1 Year Limited Warranty
Item Model No.: ‎3185071

‎(1) KLUTCH 1226mm (48-1/4”) Pan Brake
(5) 50mm (2”) Fingers
(6) 76mm (3”) Fingers
(5) 102mm (4″) Fingers

Bending Length:‎ 610mm (24”)
Bending Thickness: 0.912mm (20 Ga.) Mild Steel
Bending Angle: 0 ° – 135 °
Weight: 30.9 kgs (‎68.1 lbs.)
Warranty Description: 1 Year Limited Warranty
Item Model No.: KF5006

‎(1) KASTFORCE 610mm (24”) Pan Brake
(1) 25mm (1”) Finger
(1) 50mm (2”) Finger
(1) 76mm (3”) Finger
(1) 203mm (8″) Finger
(1) 255mm (10″) Finger

Bending Length:‎ 610mm (24”)
Bending Thickness: 0.912mm (20 Ga.) Mild Steel
1.290mm (16 Ga.) Aluminum
Bending Angle: 0 ° – 135 °
Weight: 20 kgs (‎44 lbs.)
Warranty Description: 1 Year Limited Warranty
Item Model No.: KF5002

‎‎(1) KASTFORCE 730mm (28”) Bending Brake

a Tool for Every Job

BUYERS GUIDE

Pan Brakes

Understanding Your Needs:

When purchasing a pan brake the first step is to assess your specific needs and projects. Consider the types of materials you will be working with such as mild steel, aluminum or stainless steel and the thickness of these materials. Understanding the bending capacity required for your projects will help you select a pan brake that meets your demands. Additionally, evaluate the size and space available in your workshop as pan brakes come in various dimensions which can impact your workspace layout.

Bending Capacity and Features:

Pay attention to the bending capacity and features of the pan brake. Look for the maximum bending width and thickness that the machine can handle as this will determine the size of projects you can undertake. Features like adjustable bending angles and removable fingers are important for versatility they allow you to create a range of bends and shapes tailored to your specific applications. Investigate whether the brake has additional features such as built-in measuring guides or a sturdy support structure which can enhance precision and ease of use.

Build Quality and Durability:

The build quality and durability of the pan brake are crucial factors to consider especially if you plan on using it for heavy duty work. Look for machines constructed from high quality materials like steel which can withstand rigorous use and provide long-lasting performance. A robust design ensures that the brake will maintain its alignment and effectiveness over time preventing the need for frequent repairs or replacements. Check for any warranties offered by the manufacturer as this can provide added peace of mind regarding the product’s quality.

Portability and Storage:

For those with limited workspace, the portability and storage of a pan brake are essential factors to consider. Some models are designed to be lightweight and easily transportable making them ideal for job sites or home workshops where space is at a premium. If you plan to move the brake frequently or store it away when not in use look for options that include features like foldable designs or wheels for easy mobility. Additionally, consider the footprint of the machine and whether it can fit comfortably within your available space allowing you to work efficiently without feeling cramped.

Ease of Use and Setup:

The ease of use and setup of a pan brake can significantly impact your overall experience and productivity. Look for models that come with clear and comprehensive manuals that guide you through the assembly and operation process. User friendly designs such as intuitive controls and simple adjustments can make a big difference especially for those new to metalworking. Features like built in measuring systems or quick-release mechanisms can also enhance usability allowing you to focus on your projects rather than troubleshooting equipment.

Maintenance and Support:

Regular maintenance is vital for ensuring the longevity and optimal performance of your pan brake. When evaluating different models check if the manufacturer provides easy access to replacement parts and maintenance instructions. Some brands offer dedicated customer support and technical assistance which can be invaluable if you encounter issues or have questions about your machine. A company that prioritizes customer service can help you troubleshoot problems effectively ensuring that your pan brake remains in good working condition.

Budget and Brand Reputation:

Consider your budget and the reputation of the brands you are evaluating. Pan brakes are available at various price points so it’s essential to find a balance between cost and features. While it may be tempting to opt for the cheapest option investing in a higher quality machine from a reputable brand can save you money in the long run due to improved performance and durability. Research customer reviews and testimonials to gauge the experiences of others with the brands you are considering. A reliable brand with positive feedback is more likely to provide the support and quality you need for successful metalworking projects.

UNVEILING THE pros AND conS

Pan Brakes

pros

  • One significant advantage of using pan brakes is their versatility in handling various materials and thicknesses. They can bend a range of metals including mild steel, aluminum and stainless steel making them suitable for diverse applications such as fabricating brackets, boxes and custom fixtures. This versatility allows tradespeople and DIYers to use a single tool for multiple projects streamlining workflow and reducing the need for specialized equipment.
  • With adjustable bending angles and removable fingers users can achieve consistent and repeatable bends essential for high quality fabrication. This precision is particularly beneficial in professional settings where exact specifications are critical for structural integrity and aesthetics. Accurate bending also minimizes waste as fewer mistakes lead to less scrap material.
  • Pan brakes are also known for their ability to strengthen sheet metal components. Bending the edges of metal sheets creates folds that enhance their rigidity and durability making them suitable for more demanding applications. This added strength is crucial in industries such as construction and manufacturing where components must withstand significant stress and loads. Thus, using a pan brake not only allows for creative designs but also ensures that the final products are robust and reliable.
  • Pan brakes can improve efficiency in production processes. They allow for quick setup and adjustments enabling users to switch between different bending tasks without significant downtime. This efficiency is essential for tradespeople who must meet tight deadlines or for businesses that prioritize productivity. By reducing the time spent on each project, pan brakes contribute to overall operational effectiveness ultimately benefiting the bottom line.

cons

  • Despite their advantages, there are some disadvantages to consider when using pan brakes. One limitation is their weight and size which can make them difficult to move or transport. Many models are constructed from heavy materials to ensure durability which can pose challenges for smaller workshops or job sites with limited space. This lack of portability may require users to invest in additional equipment or modify their workspaces to accommodate a permanent installation.
  • While many models are designed for ease of use achieving precise bends still requires practice and skill. Beginners may struggle to produce high quality results initially, leading to frustration and potential waste of materials. Proper training and experience are necessary to maximize the capabilities of a pan brake which may deter some DIY enthusiasts from utilizing this tool for their projects.
  • Pan brakes may have limitations in terms of the complexity of shapes they can create. While they excel at producing simple bends and folds more intricate designs may require specialized equipment such as hydraulic presses or CNC machines. This limitation can restrict creativity for advanced users seeking to create highly detailed or complex metal components.
  • Over time wear and tear can affect performance, necessitating regular upkeep to ensure optimal operation. Users must be diligent about cleaning and lubricating moving parts as neglecting maintenance can lead to misalignments or diminished bending accuracy. This responsibility can add an extra layer of complexity for individuals who may not have experience in machine maintenance potentially leading to decreased productivity if issues arise.
  • The initial investment cost for a high-quality pan brake can be a barrier for some users. While the tool can be an asset in the long run the upfront expense may deter hobbyists or small businesses with tight budgets. Cheaper alternatives may be available, but they often come with tradeoffs in quality and performance. Users must carefully evaluate their needs and budget before committing to a purchase weighing the long-term benefits against the initial financial outlay.