COIL TIPPER
ALL ELECTRIC
COIL TIPPER
Our heavy duty all electric mechanical coil tippers also known as coil tilters, or coil upenders, are a vital asset to dealing with heavy loads. They greatly simplify the process of turning over heavy steel or aluminum coils and increase productivity while protecting employees from hazardous heavy object handling operations.
TECHNICAL OVERVIEW
A coil tipper is essential for safely rotating metal coils from a horizontal (eye‑to‑the‑sky) position to a vertical (eye‑to‑the‑side) position—or vice versa—without risking coil damage or operator injury. This equipment provides controlled, stable rotation for coils that are too heavy or awkward to handle with forklifts or manual methods. By supporting the coil’s weight evenly during tipping, the machine prevents edge damage, flattening, and deformation. It also reduces the risk of accidents caused by unstable loads or improper lifting techniques. For facilities that handle steel, aluminum, copper, or specialty‑metal coils, a coil tipper ensures safer workflows, faster material transitions, and improved productivity. It is a critical tool for any operation that needs reliable, repeatable coil positioning.
A coil tipper provides a safer, more controlled alternative to rotating coils with forklifts, slings, or manual positioning. Forklift rotation often leads to coil slippage, edge damage, and unnecessary risk to operators. A coil tipper eliminates these hazards by cradling the coil securely and rotating it through a smooth, guided motion. This reduces the chance of dropped loads, equipment damage, and workplace injuries. It also improves efficiency by allowing operators to reposition coils quickly and consistently, without relying on multiple personnel or improvised handling methods. For facilities that value safety, repeatability, and reduced downtime, a coil tipper offers a professional, purpose‑built solution that enhances both workflow and material integrity.
The coil tipper is engineered for safe, stable, and efficient coil rotation in metal processing environments. Its heavy‑duty frame and reinforced cradle support a wide range of coil diameters and weights, ensuring reliable performance in demanding industrial settings. The machine provides smooth, controlled rotation to prevent coil damage and maintain material integrity. Safety features may include mechanical locks, anti‑slip surfaces, and operator‑friendly controls that simplify loading and unloading. Many models integrate seamlessly with coil cars, upenders, and storage systems, improving overall material‑handling flow. By reducing manual handling and forklift‑based rotation, the coil tipper enhances workplace safety, minimizes coil damage, and increases operational efficiency across stamping, slitting, and coil‑processing lines.
OVERVIEW VIDEO
See What This Coil Tipper Has to Offer.
Our coil tippers feature a very robust design, and are loaded with features and value. Operator safety, quick tilting and competitive pricing were primary consideration in this design. Available in various sizes and different options (video shows optional 180 degrees rotary base).
HEAVY DUTY CONSTRUCTION
Made to Stand Up to Constant Use.
Our coil tippers are made of robust reinforced welded steel construction. They are driven by a gear motor which drives a dual chain sprocket which enables rotation. The cradle has two flat platforms. Heavy-duty sealed bearings help the rollers support the load. A brake motor and gear reducer provide a smooth rotating cycle without jerking or sudden speed changes which could destabilize the load.
ALL ELECTRIC
No Leaky Hydraulics
We use an electric-powered gear motor that drives a dual chain sprocket which provides smooth and safe rotation. There is no messy and leaking hydraulics to deal with.
SAFETY FIRST
A Mechanical Locking Pin For Worker Safety is Standard
Coil Tippers or tilters are heavy machines with heavy tables. Our MCT Series features mechanical safety pins which are locked during machine cleaning and maintenance. Electronic limit switches provide a secondary layer of safety lock confirmation that disables the upender from stating up.
SAFETY RAILS
Added Protection
Our MCT Series is available with optional safety rails on both ends for added protection and safety .
LASER SAFETY SYSTEM
Active Laser Scanner
Our MCT Series is also available with an optional safety laser scanner that uses time-of-flight technology. In real time, the scanner calculates position based on the time it takes for the laser to bounce off an object and return to the unit. If anyone or anything approaches the predefined zone the Coil Tipper stops. The zones are fully definable and programmable. An optional camera is also available to record what triggered the shut down.
ADDED PROTECTION
Add an Extra Layer of Surface Protection
Our coil tippers are available with optional removable polycarbonate table and saddle surface covers which are screwed into the metal surfaces. These reduce damage to the coil tipper table surface and to the coil surfaces.
FULL 90° ROTATION
Flexible Application
This series rotates a full 90 degrees in both directions. Rotation is smooth and can be stopped and started at any time and in any position.
PRODUCT DETAILS
Excellent Choice for a Flexible Range of Heavy Duty Applications.
Our coil tippers are very competitively priced, and are easy to use and simple to maintain. They increase productivity while protecting employees from hazardous coil flipping operations. Our coil upenders, also called tippers or flippers, can be used for coils and other heavy or bulky loads to upend, flip and reverse them. These units rotate material 90 degrees in either direction, and are used in a variety of industrial applications.
- Solid, robust construction
- All electric
- Easy to use
- Fast operation
- Simple to maintain
- Safe to use
- Reduce heavy load flipping operations
- Can be used for coils, barrels and paper rolls
- Can be used of other heavy loads
- Flips 90° in both directions
EIGHT STANDARD SIZES
Flexible Range of Applications.
Available from 11,000 lbs (5,000 kg) all the way to 150,000 lbs (70,000 kg) the MCT Series of coil tipper or flippers can handle any application.
| SPECIFICATIONS – US STANDARD | ||||||||
|---|---|---|---|---|---|---|---|---|
| Item | MCT-5 | MCT-10 | MCT-15 | MCT-20 | MCT-30 | MCT-40 | MCT-50 | MCT-70 |
| Overturn Capacity | 5.5 tons (11,023 lbs) | 11 tons (22,046 lbs) | 16.5 tons (33,069 lbs) | 22 tons (44,092 lbs) | 33 tons (66,138 lbs) | 44 tons (88,000 lbs) | 55.1 tons (121,473 lbs) | 75 tons (150,000 lbs) |
| Table Size | 47 x 47 inches | 55.1 x 55.1 inches | 66.9 x 66.9 inches | 78.7 x 78.7 inches | 78.7 x 78.7 inches | 78.7 x 98.4 inches | 98.4 x 98.4 inches | 98.4 x 118 inches |
| Table Height | 22.8 inches | 26.8 inches | 30.7 inches | 36.6 inches | 38 inches | 48.4 inches | 48.4 inches | 51.6 inches |
| Center of Gravity | 23.6 inches | 27.5 inches | 33.5 inches | 39.4 inches | 39.4 inches | 39.4 inches | 49.2 inches | 49.2 inches |
| Center of Rotation | 17.7 inches | 19.7 inches | 25.2 inches | 29.5 inches | 29.5 inches | 29.5 inches | 35.4 inches | 36.4 inches |
| Motor Power | 2 hp | 4 hp | 5 hp | 7 hp | 10 hp | 15 hp | 25 hp | 30 hp |
| Machine Size (L x W x H) | 84 x 47 x 70 inches | 73 x 55.1 x 84.6 inches | 103.1 x 66.9 x 97.6 inches | 120.5 x 78.7 x 116.7 inches | 124 x 78.7 x 116.7 inches | 130 x 98.4 x 146.8 inches | 130.7 x 98.4 x 148.8 inches | 130 x 120 x 148.8 inches |
| Machine Weight | 1.8 tons (3,594 lbs) | 2.6 tons (5,200 lbs) | 4.2 tons (8,422 lbs) | 6.7 tons (13,288 lbs) | 8.9 tons (17,637 lbs) | 13.2 tons (26,400 lbs) | 16.5 tons (33,000 lbs) | 19.8 tons (39,600 lbs) |
| SPECIFICATIONS – METRIC STANDARD | ||||||||
|---|---|---|---|---|---|---|---|---|
| Item | MCT-5 | MCT-10 | MCT-15 | MCT-20 | MCT-30 | MCT-40 | MCT-50 | MCT-70 |
| Overturn Capacity | 5 tonnes (5,000 kg) | 10 tonnes (10,000 kg) | 15 tonnes (15,000 kg) | 20 tonnes (20,000 kg) | 30 tonnes (30,000 kg) | 40 tonnes (40000 kg) | 50 tonnes (50,000 kg) | 70 tonnes (70,000 kg) |
| Table Size | 1200 x 1200 mm | 1400 x 1400 mm | 1700 x 1700 mm | 2000 x 2000 mm | 2000 x 2000 mm | 2000 x 2500 mm | 2500 x 2500 mm | 2500 x 3000 mm |
| Table Height | 580 mm | 680 mm | 780 mm | 930 mm | 965 mm | 1230 mm | 1230 mm | 1310 mm |
| Center of Gravity | 600 mm | 700 mm | 850 mm | 1000 mm | 1000 mm | 1000 mm | 1250 mm | 1250 mm |
| Center of Rotation | 450 mm | 500 mm | 640 mm | 750 mm | 750 mm | 750 mm | 900 mm | 900 mm |
| Motor Power | 1.5 kW | 3 kW | 4 kW | 5.5 kW | 7.7 kW | 11 kW | 18.5 kW | 22 kW |
| Machine Size (L x W x H) | 2130 x 1200 x 1780 mm | 1850 x 1400 x 2150 mm | 2620 x 1700 x 2480 mm | 3060 x 2000 x 2965 mm | 3150 x 2000 x 2965 mm | 3300 x 2500 x 3730 mm | 3320 x 2500 x 3780 mm | 3320 x 3050 x 3780 mm |
| Machine Weight | 1.6 tonnes (1630 kg) | 2.5 tonnes (2500 kg) | 3.8 tonnes (3820 kg) | 6 tonnes (6035 kg) | 8 tonnes (8020 kg) | 12 tonnes (12000 kg) | 15 tonnes (15000 kg) | 18 tonnes (18000 kg) |
Applications of Coil Tipper
The coil tipper is essential for safely rotating metal coils from horizontal to vertical orientation—or vice versa—without risking coil damage or operator injury. Facilities handling steel, aluminum, copper, or specialty‑metal coils rely on this equipment to eliminate the hazards associated with manual rotation or forklift‑based tipping. The coil tipper supports the load evenly during rotation, preventing edge damage, flattening, and deformation. This makes it ideal for stamping plants, slitting lines, roll‑forming operations, and coil‑processing centers that require consistent, damage‑free coil handling. By providing controlled, repeatable rotation, the coil tipper improves workflow efficiency, reduces downtime, and enhances overall workplace safety.
Coil tippers play a critical role in preparing coils for feeding into presses, straighteners, uncoilers, and coil‑handling systems. Many coils arrive “eye‑to‑the‑sky,” but most production lines require “eye‑to‑the‑side” orientation. The coil tipper performs this transition safely and efficiently, ensuring coils are positioned correctly for downstream equipment. This reduces setup time, prevents coil damage, and eliminates the need for risky manual repositioning. Whether feeding a stamping press, roll former, cut‑to‑length line, or slitting machine, the coil tipper ensures smooth, consistent material flow. Manufacturers benefit from improved productivity, reduced labor requirements, and safer coil‑handling practices.
In warehouses and coil‑storage areas, coil tippers are used to safely reposition coils for racking, stacking, or floor storage. Coils often need to be rotated to fit specific storage configurations or to prepare them for transport. The coil tipper provides controlled rotation that prevents accidental drops, coil deformation, and forklift‑related damage. This makes it ideal for steel service centers, distribution hubs, and facilities that manage large inventories of metal coils. By improving handling safety and reducing coil damage, the coil tipper helps maintain material quality and lowers overall operating costs.
Coil tippers are widely used in shipping departments to orient coils correctly for loading onto trucks, railcars, or pallets. Many transportation methods require coils to be positioned vertically for stability, while others require horizontal placement depending on packaging and securing methods. The coil tipper ensures coils are rotated safely and consistently, reducing the risk of load shifts, damage, or accidents during transport. This is especially important for heavy coils that cannot be safely rotated with forklifts or slings. By standardizing coil orientation, the coil tipper improves shipping efficiency and reduces the likelihood of rejected or damaged shipments.
Coil‑processing operations such as slitting, recoiling, and cut‑to‑length lines often require coils to be rotated before or after processing. The coil tipper provides the controlled rotation needed to transition coils between equipment stages without damaging the material. It ensures coils are properly oriented for mandrel loading, packaging, or downstream processing. This reduces manual handling, improves workflow continuity, and enhances operator safety. For facilities that process a wide range of coil sizes and materials, the coil tipper is a critical tool for maintaining efficiency and preventing coil deformation.
For facilities that work with heavy or oversized coils, manual rotation or forklift‑based tipping is unsafe and impractical. The coil tipper provides a stable, reinforced platform capable of supporting large coil diameters and weights. Its controlled rotation prevents sudden shifts or instability, protecting both operators and equipment. This makes it ideal for steel mills, heavy‑gauge processing lines, and industrial environments where coil weights exceed safe manual‑handling limits. By reducing risk and improving handling precision, the coil tipper ensures safe, repeatable rotation of even the largest coils.
Coil edges and surfaces are highly susceptible to damage during handling, especially when rotated manually or with forklifts. The coil tipper cradles the coil securely, distributing weight evenly to prevent edge flattening, gouging, or surface scratches. This is especially important for coated, polished, or high‑value materials such as stainless steel, aluminum, and specialty alloys. By maintaining coil integrity, the coil tipper helps ensure downstream processes—such as stamping, forming, or roll‑forming—produce consistent, high‑quality parts. It also reduces scrap and rework, improving overall material yield.
One of the most important applications of the coil tipper is improving workplace safety. Manual coil rotation and forklift‑based tipping are leading causes of coil‑handling injuries, equipment damage, and lost‑time incidents. The coil tipper eliminates these risks by providing a controlled, stable rotation mechanism that requires minimal operator intervention. Safety features such as mechanical locks, anti‑slip surfaces, and guided rotation help prevent accidents and ensure consistent handling. Facilities that implement coil tippers see significant reductions in injuries, downtime, and material damage, making it a key component of modern safety‑focused coil‑handling systems.
Frequently Asked Questions about Coil Tipper
A coil tipper is essential because it eliminates the risks associated with manually rotating heavy metal coils or using forklifts for tipping. Coils are extremely dense and can shift unpredictably when lifted improperly, creating a major safety hazard. A coil tipper provides controlled, stable rotation from horizontal to vertical orientation—or vice versa—while fully supporting the coil’s weight. This prevents edge damage, flattening, and deformation, and dramatically reduces the chance of dropped loads or operator injury. Facilities that handle steel, aluminum, copper, or specialty‑metal coils rely on coil tippers to maintain safe workflows, reduce downtime, and protect both personnel and material integrity.
A coil tipper is designed to handle a wide range of coil materials, diameters, and weights commonly used in metal processing environments. This includes steel, stainless steel, aluminum, copper, brass, and coated or specialty alloys. The reinforced cradle and heavy‑duty frame support both narrow and wide coils, as well as light‑gauge and heavy‑gauge materials. Because the tipper distributes weight evenly during rotation, it prevents damage to delicate surfaces and edges. Whether used in stamping plants, slitting lines, service centers, or coil‑processing facilities, the coil tipper provides reliable, repeatable handling for virtually any coil type.
A coil tipper improves workflow efficiency by eliminating the slow, labor‑intensive process of manually repositioning coils or relying on forklifts for rotation. Many production lines require coils to be oriented “eye‑to‑the‑side,” while coils often arrive “eye‑to‑the‑sky.” The coil tipper performs this transition quickly, safely, and consistently, reducing setup time and minimizing bottlenecks. Operators can position coils correctly for uncoilers, straighteners, presses, slitting machines, or storage racks with minimal effort. By standardizing coil orientation and reducing handling steps, the coil tipper increases throughput, reduces labor requirements, and supports smoother material flow across the entire facility.
Yes — coil tippers integrate seamlessly with a wide range of coil‑handling equipment, including coil cars, upenders, uncoilers, straighteners, and storage systems. Many facilities position the coil tipper at the front of their coil‑processing line to ensure coils are oriented correctly before loading onto mandrels or feeding equipment. The stable, predictable rotation provided by the tipper makes it easier to align coils with downstream machinery, reducing the risk of misalignment or damage. Whether used as a standalone unit or part of a fully automated coil‑handling system, the coil tipper enhances safety, consistency, and workflow efficiency.
Yes — coil tippers are available to customers throughout the United States, Canada, and Mexico. Many North American manufacturers rely on coil tippers to improve safety, reduce coil damage, and streamline material‑handling operations. Regional availability ensures faster delivery, reliable technical support, and easy access to replacement parts. Customers can choose from multiple weight capacities, cradle sizes, and rotation configurations to match their specific coil‑handling requirements. Whether you operate a stamping plant, service center, slitting line, or fabrication facility, North American‑supplied coil tippers provide dependable performance and long‑term support.
Yes — coil tippers are available to customers throughout the United States, Canada, and Mexico. Many North American manufacturers rely on this machine. Regional availability ensures faster delivery, reliable technical support, and easy access to replacement parts, helping reduce downtime and improve long‑term productivity. Customers can choose from multiple tonnage capacities, table sizes, and weight options to match their production needs.
WHITEPAPER
Is an Upender Really Necessary for Your Operation?
Have you ever wondered if you really need an upender? Download this informative whitepaper on why you should always use an upender.
