High-Precision Ball Screw Drive & Solid Steel Frame

The MC385V1V sets a new benchmark in its class for precision and stability. Its high-performance ball-screw drive system, paired with rotary encoders and robust AC servo motors, delivers consistent placement accuracy of 30 µm (3 Sigma) and speeds up to 5,000 components per hour. Supporting this performance is a welded unibody steel frame—five times heavier than other machines in its price range—which provides the rigidity needed to absorb the dynamic forces of high-speed operation. This rock-solid construction ensures long-term durability and maintains high precision, even under demanding production conditions.

Dual-Vision System for Maximum Component Versatility

The MC385V1V is equipped with a dual-vision system that enables precise placement across the widest range of SMD components from ultra-miniature 01005s to large devices up to 100 x 150 mm. Smaller components are aligned using the high-speed, head-mounted COGNEX^® on-the-fly vision system, delivering non-contact precision for CSPs, µBGAs, and other fine-pitch parts. For larger components, the base-mounted upward-looking camera provides accurate alignment and placement. This intelligent vision combination ensures unmatched versatility, speed, and accuracy across all component types.

High Feeder Capacity & Flexible Component Handling

The MC385V1V supports up to 128 Smart Feeder positions when equipped with feeder bases on all four sides. Each base accommodates 32 slim-profile 8 mm or 12 mm Smart Tape Feeders or up to 50 IC sticks or tubes with Smart IC Tube Holders. The modular design allows tape and stick feeders to be used interchangeably on the same base, offering maximum configuration flexibility to match any production requirement.

In addition to tape and stick feeders, the MC385V1V supports cut strip tape holders and waffle trays within the placement area. These options are ideal for low-volume or specialty components supplied in short tape lengths or bulk. The system can also handle loose components from bulk trays, with full pick-up, orientation, and placement capabilities making it a smart solution for fast, accurate changeovers and diverse production needs.

Large Placement Area for Flexible Component Presentation

The MC385V1V offers a generously sized placement area that adapts to your production needs. With all four feeder bases installed—front, rear, and both sides—the machine provides a working area of 370 mm x 350 mm (14.5" x 13.8"). This configuration still allows ample space to accommodate a PCB alongside a waffle tray or cut strip tape holder, enabling mixed component presentation for greater job flexibility.

When only the front and rear feeder bases are used, the available placement area expands to 435 mm x 350 mm (17.1" x 13.8"). This increased workspace is ideal for handling larger PCBs or for adding more auxiliary holders, such as bulk component trays or multiple cut strip tape holders. Whether you're working with compact or large-format assemblies, the MC385V1V ensures you have the space and adaptability needed to streamline your workflow.

User-Friendly, Field-Tested Software Built for Efficiency

The MC385V1V operates on the same robust, Windows^®-based software platform used across the entire MC Series—refined through over a decade of real-world customer feedback. Designed for reliability and ease of use, it supports programming via CAD import and conversion, manual teaching, or direct entry. After importing CAD data, users follow intuitive setup steps to configure PCB layout, assign feeders, and define component placements, streamlining job setup. Component data integrates seamlessly with the Smart Feeder system, simplifying inventory control and production preparation. A built-in virtual PCB simulator visually confirms the assembly for fast, accurate verification before the first board is placed.

During production, the interface provides real-time monitoring of pick camera images, production speed, run time, task lists, and PCB status. The system tracks component placement in real time, allowing seamless recovery after interruptions by resuming exactly where it left off. Operators can adjust feeder settings, placement data, or machine speed on the fly—without leaving the production window—ensuring uninterrupted operation, minimized downtime, and maximum productivity.

Optional Dispensing Head

The MC385V1V can be equipped with an optional Advanced Time Pressure (ATP) dispensing head, providing a cost-effective alternative to stencils for low-volume production. This high-precision system, with closed-loop microprocessor control, accurately dispenses adhesives or solder paste in dot sizes as small as 0.5 mm, reaching speeds of up to 6,000 dots per hour. Ideal for prototyping or short runs, it saves time and reduces tooling costs—but must be specified at the time of purchase, as it cannot be retrofitted later.

Smart Feeder Integration for Reliable Assembly

Every MC Series pick and place machine includes fully integrated smart feeder management and control software—built into the system from the ground up to enhance reliability, streamline efficiency, and ensure traceability throughout production. Each smart tape feeder features a DB-9 interface connector that plugs into any MC Series smart feeder base, enabling direct communication between the feeder and the machine’s software. A built-in memory module stores a unique feeder ID and essential component data, such as assigned port, feeder size and type, component value, lot and date codes, starting quantity, index increments, and package type.

To simplify job setup even further, an optional barcode reader can scan the part code on a reel and automatically upload all relevant information into the feeder. This eliminates manual data entry, reduces setup time, and prevents errors. Once connected, the system instantly applies the correct parameters, ensuring the right parts are always placed in the right positions. This seamless hardware-software integration allows MC Series machines to maintain consistently high assembly accuracy and efficiency, run after run.

New Innovative Feeder with Built-In OLED Display – KFTA3D Series

This next-generation smart feeder features an integrated OLED display and internal memory that continuously stores and updates key component information. Operators can instantly view reel quantities, feeder slot locations, part numbers, and part values whether the machine is running or offline. With real-time data visible directly on the feeder, setup becomes faster, more accurate, and less error prone. This added layer of visibility ensures the right components are loaded correctly from the start, preventing costly mistakes before they reach the inspection stage.

An internal battery ensures that stored data remains accessible even when the feeder is disconnected from the machine. Whether you’re tracking part usage during production or verifying setup offline, the system provides a consistent and reliable overview of component consumption. Additionally, these feeders are designed for efficient use of rack space; a 12 mm feeder only occupies a single slot, allowing for higher feeder density and greater flexibility during job setups. By shifting critical data access to the point of use, these smart feeders significantly improve both traceability and productivity in any high-mix SMT environment.

Universal Smart Stick Feeders for Maximum Flexibility

Manncorp’s smart stick feeders offer seamless integration with MC Series pick and place machines and can be positioned directly alongside smart tape feeders for efficient use of feeder rack space. Available in 5, 10, or 20-lane configurations, these feeders provide the flexibility needed for a wide range of component types and production requirements.

Using DB-9 interface connectors, each feeder communicates directly with the system software through the smart feeder base. Built-in memory modules store unique ID numbers that link each lane to its specific feeder position and associated data, including component specifications, belt indexing increments, and precise on/off timing for the vibratory mechanism. This intelligent design ensures accurate, consistent part delivery while simplifying setup and minimizing the risk of operator error.

Flexible Tray and Cut Tape Handling for MC Series Machines

MC Series pick and place machines feature spacious, open work areas designed to accommodate a variety of component presentation methods, including waffle trays and cut tape strips, for maximum flexibility during production.

The TS-1 Waffle Tray Holder occupies approximately 13” x 5.5” (330 mm x 140 mm) of the work area and is designed to securely hold a standard 12.4” x 5.35” (316 mm x 136 mm) JEDEC matrix tray—or up to two cut strip tape holders. Its adjustable design supports a wide range of smaller matrix tray and waffle pack combinations and can easily be modified for custom tray configurations as needed.

For low-quality components or those supplied in short tape lengths, CST Cut Strip Tape holders offer a practical solution. These holders allow operators to present components that are not long enough to be used with standard tape feeders, helping reduce waste and improve efficiency. Standard holders are available for 8 mm, 12 mm, 16 mm, and 24 mm tape widths, with additional sizes available upon request.

Smart Feeder Software: Seamless Setup, Tracking, and Changeover

Included as standard on all MC Series pick and place machines, Manncorp’s advanced smart feeder software simplifies and accelerates production with intelligent features that reduce setup time and eliminate manual data entry. From automatic quantity tracking to feeder position verification, the system ensures accurate, repeatable results across both short runs and high-volume jobs.

One of the key capabilities is automatic component quantity tracking. During production, the software continuously monitors component usage and updates each feeder’s onboard memory with the quantity remaining on the reel. This data is retained even after the feeder is removed. When reloaded—even for a different job—the feeder automatically communicates its remaining part count to the assembly program, allowing production to resume without recalibration or manual input.

Feeder position verification ensures components are being pulled from the correct locations. When optimized feeder positions are used, the machine compares smart feeder IDs with predefined slot data to confirm correct placement. If optimized positions are not used, the system can perform position scanning, identifying each feeder’s location automatically and mapping it to the corresponding pick-up point in the assembly file for fast, error-free changeovers.

To support flexible production environments, quick-change feeder location functionality allows operators to move feeders to new slots or maintain the same layout across consecutive runs without editing the pick and place program manually. For even greater convenience, an optional barcode reader can capture component data such as part value, lot code, date code, and starting quantity directly from packaging—cutting out time-consuming manual entry and reducing the risk of data entry errors.

Smart Tape Feeder Carts for Secure Storage and Off-Line Kitting

Safely transport, store, and organize your Smart Tape Feeders with Manncorp’s durable, dual-tiered Smart Tape Feeder Storage Cart. The FR-ST64 model (pictured) holds up to 64 individual 8 mm Smart Tape Feeders, making it ideal for off-line kitting and streamlined production preparation. Designed for mobility, the cart moves easily from the kitting area to the production line, helping operators stage feeders in advance for faster setup and changeover.

Built with heavy-duty tubular steel construction, the cart holds each feeder securely in place while protecting against bumps and impact during transport. Whether you’re preparing for a high-mix production run or simply looking to keep your feeders organized and damage-free, the FR-ST64 is a reliable, space-saving solution for any SMT operation.

Automatic Index Adjustment to Eliminate Pickup Errors

MC Series pick and place machines feature automatic index adjustment using vision-board alignment. When a new reel is loaded into a feeder, the machine can detect slight offsets in tape pocket position and automatically advance or reverse the feeder to correct it—ensuring accurate component pickup from the start. This is especially valuable when switching reels, as minor misalignments between tapes can lead to placement errors. For reels with looser tolerances, the system can be set to verify alignment and adjust indexing on every pickup, preventing recurring errors and maintaining consistent, reliable performance.