LINEXO is a versatile laser processing workstation designed for high-precision applications in the electronic, precision engineering, and photovoltaic industries. It is often used in R&D environments, as well as production of smaller substrates as e.g. ceramic PCBs.

Versatile Laser System for Micro Material Processing

EXPEGO is a laser processing workstation designed for high-precision applications in the electronic, precision engineering, and photovoltaic industries. It is mainly used for microvia drilling, cutting (routing), structuring and cavity formation in PCBs with typical dimensions as 610 x 460 mm and 635 x 540 mm.

Powerful Laser System for Micro Material Processing

ULTAGO is a powerful laser processing workstation designed for high-precision applications in the photovoltaic, precision engineering, and electronic industries. It achieves maximum throughput for solar cells or ceramic substrates and is used in high-volume production environments. Different from linear table machines, in the turntable machine loading, unloading, alignment, as well as laser processing are carried out in parallel in order to reach optimum productivity.

Keeping items and available space structured and organized minimizes search times and streamlines even the most complex work processes.

To achieve this, Kardex designed a wide range of special storage & transport boxes to meet every customer need. 

Benefits At A Glance

• Change the layout easily

  You won’t regret your decision when buying a Kardex Box. While competitor boxes require additional investments when storage demands change, you can easily rebuild and add to Kardex Boxes as needed over time.

• Create a positive working environment

  Kardex Boxes offer a low noise level compared to other solutions. They prevent potential crashes within the system by stabilizing goods on the tray.

• Store more than before

  The Kardex Box itself weighs very little because it is made from lightweight materials. This means you can load the tray with more goods than comparable box solutions allow. Its intelligent dividing system also maximizes space.

Use the Horizontal Carousel Module (HCM) to store and retrieve goods quickly, reliably, and cost-effectively.

Whether in production or distribution – HCMs are ideal for managing medium and slow-moving SKUs requiring high throughput rates.

The Kardex Miniload-in-a-Box* is part of the product family Vertical Buffer Module (VBM) and provides solutions for fast-growing product ranges with limited storage space. The system uses a lightweight mini-load crane with a telescopic gripper to individually transport bins or trays to the access opening point.

 

The Kardex Megamat 115 / 120 (formerly Lektriever) is a software-controlled automated media storage and retrieval system that holds thousands of media files, videos, CDs, DVDs, or a host of other media.

Its capacity is equivalent to approximately 16 four-drawer filing cabinets. It operates in a stand-alone mode or networked to an IT system. It is as easy to operate as a printer – simply click on the requested file or media type and the Kardex Megamat 115 / 120 (formerly Lektriever) will search, select, and retrieve the requested item.

Efficient and reliable warehouse management software solutions are as important for the productivity of modern warehouses as hardware components.
For this reason, Kardex offers modular IT concepts individually adapted to our customer’s intralogistics processes and warehouses. We sustainably coordinate and monitor all software.

The Kardex Compact Buffer is a Vertical Buffer Module (VBM) that provides an efficient solution for fast-growing product ranges with limited storage space.

This scalable bin solution works as a mini-load system and flexibly stores, picks and buffers small parts. With the recently launched version, capable of extending up to 20 meters, the Kardex Compact Buffer provides valuable benefits. It allows companies to maximize space by utilizing the storage area at a minimal cost.

Pick small parts quickly and efficiently with the Kardex Compact Buffer (formerly LR 35)

To optimize order picking performance for small parts and lightweight goods, the Kardex Compact Buffer (formerly LR 35) is the ideal solution. Whether being used to supply a production line with a wide range of products; as buffer storage in the assembly area; or for picking slow-moving parts in the distribution warehouse, the Kardex Compact Buffer (formerly LR 35) significantly improves productivity, while guaranteeing accuracy and energy efficiency.

It is flexible and scalable. A work station can consist of one or more units. Companies benefit from optimal storage capacity and performance. They choose from several access opening types and can customize the unit dimensions up to 20 meters long and 12 meters high. This flexibility makes the Kardex Compact Buffer (formerly LR 35) an ideal solution for multiple applications. It easily integrates into existing processes and connects to different customer host-systems.

The importance of ergonomic picking is growing. Customers working with the Kardex Compact Buffer (formerly LR 35) benefit from ergonomic work stations, which simplify the picking process and improve overall working conditions. At each access opening, items tilt at a 20-degree angle while the goods-to-person principle delivers items directly to the operator, eliminating walk and search time.

The new Kardex Megamat is an automated carousel which rotates vertically around a track to bring stored inventory to an operator.

Vertical carousels work in line with the goods-to-person principle. They are perfectly suited for goods with a high picking frequency and for similarly sized inventory.

The Vertical Lift Module (VLM) from Kardex features an enclosed shelf-based storage system designed to increase capacity in a more compact footprint.

Operating on the ‘goods-to-person’ principle, the VLM increases productivity by delivering goods directly to an operator. These systems are modular and flexible in design, which enables future adjustments for your business needs.

Liquid coolants are not only intended to facilitate heat transfer but also to avoid corrosion and biological growth risk. Koolance coolants are designed to prevent clogging of components and generally last 2-3 years before replacement is recommended. (Shelf-life is 3 years.) They are available in 702 and 705 series, offered in bottles or 700 ml containers.   

The 702 series coolant is ideal for industries that require high-performance, low-toxicity, and reliable coolant with effective corrosion and biological inhibitors. High-quality coolant is essential for long-term management of dissimilar metals and biological growth, including bacteria and algae.   

The 705 series coolant is widely used in industries that require low conductivity (3 microSiemens per centimeter), low-toxicity, and reliable coolant with corrosion and biological inhibitors. Like the 702 series, it offers long-term protection against dissimilar metals and biological growth. 

The KOPEL KSJ-026 cell setter employs a self-alignment mechanism that enables high accuracy of ±0.05 mm to ensure stable probing of PV cells to be measured, thus achieving high repeatability of the measured data.

It is mounted with two dial gauges to precisely set and control the contact pressure of probe pins. In addition, the KSJ-026 cell setter is provided with a cell vacuum contact function and cell temperature control function to easily reproduce measurement conditions and stabilize the FF values.

The light-weight, compact KOPEL KST Series 15A IV measuring unit is available in two models: the KST-P15Ce standard model, and the KST-P15HC2 which is specially designed for high-efficiency PV cells.
Both models can be connected to and controlled by the PC mounted with a high-performance IV measurement program developed by KOPEL.
Models KST-P15Ce and KST-P15HC2 are incorporated, respectively, into the KOPEL KSX-1000 high-performance solar cell test system and the KSX-3000H high-efficiency solar cell test system.

KOPEL KSM Series probe bars enhance the measurement accuracy and repeatability of PV cell IV measurement by providing much higher precision and durability than competitors’ products.
The KOPEL KSM Series probe bars are mounted on the KOPEL KSJ-026 high-precision cell setter to ensure stable probing. Since probing performance is the key to IV measurement accuracy, the probing bars are an indispensable component for ensuring high repeatability of the measured data. Also, mass-production lines of PV cells require highly durable probe bars to reduce production cost. The KOPEL KSM Series probe bars are capable of withstanding at least 1million contacts for probing.
The KOPEL KSM Series probe bars have a very thin but strong structure to minimize the shadow of the bar created by the simulated sunlight. And their high durability ensures accurate IV measurement at lower resistance.
The KOPEL KSM Series probe bars are incorporated into the KOPEL KSX-1000 high-performance solar cell test system and the KSX-3000H high-efficiency solar cell test system.

A High-precision IV Test System that allows accurate measurement of IV of high-efficiency PV modules including HIT® with a 50-ms pulse light.

It is generally believed that a stationary light or a very long pulse (several hundreds of ms or longer) is needed to measure HIT® or similar high-efficiency PV modules. Kyoshin, however, has jointly developed an innovative test method, called the “KOPEL Method,” with Japan’s National Institute of Advanced Industrial Science and Technology (AIST).

By incorporating this KOPEL Method, the KSX-2012HM System is able to accurately measure IV of high-efficiency PV modules such as HIT® using both dark and illuminated IV data. Our IV data using a 50-ms pulse show very good agreement with the IV data measured for a long sweep time of 1000 ms under a stationary light source: the deviation is just 0.2-0.3%. Moreover, the KSX-2012HM System achieves extremely high throughput with the shortest emission interval of approx. 15 seconds.