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The elmor CX counter module is mostly used as dosing unit on packaging machines. The open constructed counting head has a narrow width. Thus, multihead dosing systems can be realized easily also in tight spaces. The CX counter module consists of two parts: the counting head with conveying unit and sensor and the control unit. The control unit of the CX counting module is completely remote controlled via a PLC. The technical data of the CX counter module are quite similar to the data of our C1 seed counter. Example: Dosing module with 4 counter heads Multihead seed counter using the elmor CX With courtesy of: Tempel Verpakkingstechniek (NL) For more information please contact: info@vandertempel.nl Technical data Countable parts: 0.2 to 18 mm in diameter Cylindrical parts up to 20 mm length All sizes are counted with the same adjustable conveyor bowl; for parts with extreme shapes or sizes the sorting element can be customized The conveying speed can slow down automatically shortly before reaching the desired amount to achieve a high dosing accuracy. Spherical parts of 2 mm diameter have the following performance values: Counting speed around 50,000 pieces per hour Counting error: 1 per thousand or less The counting range and the count modes are determined by the PLC Conveyor bowls The parts to be counted are transported in a vibrating conveyor and are singularised by means of a sorting element. Both the conveyor bowl as well as the sorting element can be selected among different variants , depending on the properties of the product to be counted. A) Standard conveyor bowl made of anodised Aluminium with universal – sorting element FS0. FS0 is manually adjustable for all part sizes from 0.1 to 18 mm in diameter. B) Special sorting elements instead of FS0: FS1, manually adjustable, optimised for cereals, rice, paddy and products of similar shape and size FS2: manually adjustable, optimised for corn, soybeans, peas, beans and products with similar shape and size FS3: fine-drive adjustable in height and width, for very flat seeds or flat mechanical parts with the following dimensions: width: 0.5 to 10 mm, height: 0.5 – 8 mm, maximum length: 20 mm C) Special conveyor bowl with additional lateral opening for mechanically eliminating of accompanying substances, suitable for corn, cereals, soybean, paddy, etc. The height of this opening can be adjusted from 0 to 5 mm and allows unwanted accompanying substances laterally be sorted out. Not suitable for parts smaller than 1 mm in diameter. Can be used with sorting elements FS0, FS1, FS2, or FS3 combined. D) To meet the needs of various industries, the conveyor bowls can be made ​​of other materials . These bowls are for example extremely impact resistant or correspond to the rules of the FDA, etc. Such trays can be made ​​from various basic materials like Titanium, PEEK, Polyamide and others. E) The standard aluminum bowls can be treated or coated in order to satisfy specific requirements. With increased mechanical stress or when in contact with food, the surface can be hard anodized. A hard coating of nickel has a high surface hardness and is FDA approved, Polyurethane (PU) coating permits rapid transport of heavy mechanical parts and prevents noise and wear. Again, FDA approved materials can be used. F) Feeder Bowl with vertical outlet: Short cycle times are possible, as the seeds leave the bowl after a short run time. Advantageous when many different lots must be processed, often used for the fast 1000 grain weight measurement. Used for seeds which can be easily singularised like Crop, Soy, Corn, Canola etc. The seeds should have a diameter of 2 mm or more. Volume 0.8 litres, or about 2500 kernels of Corn. Feeding Conveyor elmor 610 Feeding conveyor and storage hopper for automatic refilling of the conveyor bowl of the counting machine elmor CX elmor Green Design Our label for: high energy efficiency longevity no standby power loss most components may be recycled production without solvents, ROHS conformity

StaMixCo manufacturers all three commercially proven static mixer designs used for high viscous melt flow mixing of polymers in extrusion service. As with most process equipment, each static mixer design has specific advantages and disadvantages that make it more or less suitable for a specific application and installation. Each type of motionless mixer is discussed below: Process Improvements: Temperature gradients are virtually eliminated. Viscosity gradients are virtually eliminated. Composition gradients of colorant, chemical additives, fillers and regrind are virtually eliminated. Stagnant polymer wall-creep material is incorporated into the bulk polymer stream. Extrusion Applications Static Mixers are used in most extrusion applications including the following: Sheet Blown Film Foam sheet Profile extrusion Co-extrusion Pipe Extrusion Blow Molding Rod & Tubing Wire & Cable Coatings Fiber extrusion & monofilaments Benefits Reduction of color additives with comparable extrudate color density. Even thickness across the entire extrudate width. Streak-free product. Improved quality when using regrind material. Foam cell size and cell distribution uniformity. Improved surface quality Improved mechanical characteristics. Rapid color change-over SMB-R Static Mixer SMB-GXS Static Mixer Mixing of blue and white epoxy resin with the SMB-GXS Static Melt Blender. It improves the melt homogeneity by factor 5-6. SMB-R Static Mixer The SMB-R static mixer for extrusion service (licensee of Bayer AG, Leverkusen, Germany) contains eight (8) very efficient motionless mixing elements that homogenize the polymer melt as it enters the extruder die. The SMB-R mixing elements are considered as high performance design where they create a very high degree of mixing in a short length. The SMB-R mixing elements are virtually indestructible due to their monolithic cast construction where the mixing bars are jointed to each other and to the ring wall via a single molten metal pour. Mixing of blue and white epoxy resins. Empty tube (top)provides no mixing. Eight (8) mixing elements (bottom) provide an excellent mix quality in a short length. SMB-GX Static Mixer Melt Blender The SMB-GX motionless mixer is a design that has been used in melt flow mixing extrusion service for over 25 years. The SMB-GX mixing elements are considered as high performance design where they create homogeneous mix in a short length. It has the same fundamental X-Grid crossing-bar structure as the StaMixCo SMB-R static mixer (Figure #8), but without the support ring around the mixing blade structure which gives the SMB-R its remarkable strength. Since the SMB-GX is manufactured from metal plates that are welded together, virtually any custom static mixer plate thickness, material and diameter can be fabricated to meet process and installation requirements. SMB-H Static Mixer Melt Blender The SMB-H Helical static mixer design pioneered the static mixing industry and has been used as a viscous static mixer on extruders for over 37 years. The Helical design is considered a low mixing performance-long length-low pressure drop motionless mixer as compared to the later developments of high performance static mixers such as the SMB-R and SMB-GX which have become the technology standards in the industry. StaMixCo manufactures SMB-H static mixers by advanced proprietary manufacturing technique where the entire unit is machined from a solid rod of bar stock material without welding. This machining process allows for custom static mixer fabrication in virtually any L/D twist, in very small sizes, with very high strength, straight and true dimensioning and with a RMS 12 mirror polish surface finish which is a much improved surface finish as compared to the traditional 32 RMS finish for the twisted and welded design.