Thermoforming- plastics - machinery - Import export

Thermoform tooling for ULMA®, MULTIVAC®, MECAPACK®, CFS® TIROMAT®

Thermoforming machines for disposable food cups and sheet line extrusion , ofset printing machines

Extrusion lines for thermoforming plastic products

We supply our plastic thermoforming machine for different product solution. For example cup, dish, plate, lid, bowl, medical, clamshell etc. We have also different production capacity options on our thermo molding machine. We supply the quality, international standards and performance together with our plastic thermoforming machines. You will have high production capacity with low power consumption with our thermoforming machines, with our advanced software and technology. You can achieve easily to European Quality Level on your products, with the help of our European technology. Just contact with us for your thermoforming machine research, we will provide the optimum solution for your machine research.

We can supply various types of EPS-EPP molds/moulds for many applications - industrial packaging, automotive sector, insulation sheets, decorative products, seed trays and many more. You can learn more about our products and services by visiting our web site - https://www.estechtic.net/ or you can send your inquiries to fr@estechtic.net.

We can supply EPS-EPP shape moulding machines, suitable for various applications, product types and mould sizes. While our traditional range of machines is of hydraulic types, we can also supply electrical shape molding machines as well. You can learn more about our products and services by visiting our web site - https://www.estechtic.net/ or you can send your inquiries to fr@estechtic.net.

The riveting process creates irresolvable interlocking bonds. This is achieved by forming or reforming of thermoplastics. In most cases in this procedure only point-shaped or segmented joints are realized. In contrast to welding of two components there cannot be achieved hermetic joints. A particular version of this procedure is the bonding of plastics with metals, textiles and cardboard. The method is frequently used for wooden decoration parts, into which a chrome decoration strip has to be embedded. During the heating-up phase the hot air riveting does not get into contact with the material. A continous hot air flow heats up the riveting pin. Here the forming of the riveting head is carried out with a cold stamp in a separate station. By the cooling phase next in line a lower relaxation of the plastic material is achieved by pressure and mold constraint

One of the advantages which distinguishes the thermal riveting procedure from other assembly techniques is the safe form-fit. Another advantage: the thermoplastic cannot embrittle as in the case of ultrasonic welding. Apart from the well-established welding techniques for plastic parts in series, KLN Ultraschall AG also develops and produces in Heppenheim equipment for thermal riveting. This technique is still regarded as a very special procedure and has important advantages in comparison with ultrasonic, hot plate, vibration or spin welding. Thus it can be interesting for additional fields of application. This procedure is particularly applied for plastic parts having safety features. In contrast to the ultrasonic riveting, the thermal riveting can be applied without any problems for plate/ plastic assemblies, as no swinging tools are touching the plates which could endanger the assembly.

The riveting process creates irresolvable interlocking bonds. This is achieved by forming or reforming of thermoplastics. In most cases in this procedure only point-shaped or segmented joints are realized. In contrast to welding of two components there cannot be achieved hermetic joints. A particular version of this procedure is the bonding of plastics with metals, textiles and cardboard. The method is frequently used for wooden decoration parts, into which a chrome decoration strip has to be embedded. As a rule the hot form riveting is carried out in a one-cycle process. A heated riveting stamp forms the riveting head under pressure. After forming the stamp is shortly cooled down in order to avoid adhesion of the plastic material on the thermal riveting stamp. After this short cooling phase the riveting stamp is again moved above.

The COLDmatic CM 725 is the ideal coldformer for accurate and complex parts from wire, with a production rate of up to 180 parts per minute. It boasts maximum cutoff quality and userfriendly servo technology in the infeed and transfer unit. Main advantages Short retooling times thanks to innovative servo technology, Easy to operate, Separate lubricant and coolant circuit for maximum tool service life, Very high cutoff quality, Accurate servo linear infeed without bar stop, for defectfree cutoff surfaces, Accurate servo transfer unit for safe part transport, Versatile kinematics, Optional equipment with heating system

The HOTmatic HM 75 boasts an outstanding concept and is the ideal hotformer for the costefficient production of complex forgings with a diameter of up to 180 mm and an initial weight of up to 7.5 kg. Main advantages Integrated HFE functionality for forwards extruded forgings, Versatile machine kinematics for complex applications, Servohydraulic end stop system for optimal cutoff quality, Lowimpact part discharge reduces the need for remachining, High process reliability thanks to accurate transfer unit with individually monitored grippers

The HOTmatic HM 35 is the ideal hotformer for the costefficient production of precision forgings with a diameter of up to 75 mm, with a production rate of up to 170 parts per minute. Main advantages Highest productivity in this class, High process reliability, Controlled and lowimpact part discharge, Four forming stations for wide range of applications

The HOTmatic AMP 70 is the ideal hotformer for the costefficient production of forgings with a diameter of up to 165 mm, with a production rate of up to 80 parts per minute. Main advantages Wide range of uses, Intuitive operation, Triedandtested, efficient cooling system for maximum tool service life, High availability due to short retooling times, High material efficiency thanks to servoinfeed and electronic bar end elimination device (ESA 600)

The HOTmatic AMP 70 is the ideal hotformer for the costefficient production of forgings with a diameter of up to 165 mm, with a production rate of up to 80 parts per minute. Main advantages Wide range of uses, Intuitive operation, Triedandtested, efficient cooling system for maximum tool service life, High availability due to short retooling times, High material efficiency thanks to servoinfeed and electronic bar end elimination device (ESA 600)

The HOTmatic AMP 70 is the ideal hotformer for the costefficient production of forgings with a diameter of up to 165 mm, with a production rate of up to 80 parts per minute. Main advantages Wide range of uses, Intuitive operation, Triedandtested, efficient cooling system for maximum tool service life, High availability due to short retooling times, High material efficiency thanks to servoinfeed and electronic bar end elimination device (ESA 600)

The HOTmatic AMP 509 is the ideal hotformer for the costefficient production of forgings with a diameter of up to 108 mm, with a production rate of up to 100 parts per minute. Main advantages Wide range of uses, Intuitive operation, Triedandtested, efficient cooling system for maximum tool service life, High availability due to short retooling times, High material efficiency thanks to servoinfeed and electronic bar end elimination device (ESA 600)

The HOTmatic AMP 509 is the ideal hotformer for the costefficient production of forgings with a diameter of up to 108 mm, with a production rate of up to 100 parts per minute. Main advantages Wide range of uses, Intuitive operation, Triedandtested, efficient cooling system for maximum tool service life, High availability due to short retooling times, High material efficiency thanks to servoinfeed and electronic bar end elimination device (ESA 600)

The HOTmatic AMP 20 S is the ideal hotformer for the costefficient production of high volumes of steel and brass parts with diameters of up to 38 or 42 mm, with a production rate of up to 200 parts per minute. Main advantages Compact design, Easy to operate, High productivity

The HOTmatic AMP 20 N is the ideal hotformer for the costefficient production of forged cam lobes and other challenging forgings with a diameter of up to 48 mm, with a production rate of up to 200 parts per minute. Main advantages High productivity, Lowimpact part discharge, Precise 4roller servoinfeed for challenging parts, Easy to operate

The COLDmatic CM 45eco is the ideal coldformer for accurate and complex parts from wire, with a production rate of up to 160 parts per minute. It boasts short commissioning times and has a compact design so it takes up less space. Main advantages Easy to operate, Separate lubricant and coolant circuit for maximum tool service life, Very high cutting quality, Accurate parts transport, Versatile kinematics, Optional equipment with heating system, Short commissioning times

The COLDmatic CM 625 is the ideal coldformer for accurate and complex parts from wire, with a production rate of up to 180 parts per minute. It boasts maximum cutoff quality and userfriendly servo technology in the infeed and transfer unit. Main advantages Short retooling times thanks to innovative servo technology, Easy to operate, Separate lubricant and coolant circuit for maximum tool service life, Very high cutoff quality, Accurate servo linear infeed without bar stop, for defectfree cutoff surfaces, Accurate servo transfer unit for safe part transport, Versatile kinematics, Optional equipment with heating system

The HOTmatic AMP 70 is the ideal hotformer for the costefficient production of forgings with a diameter of up to 165 mm, with a production rate of up to 80 parts per minute. Main advantages Wide range of uses, Intuitive operation, Triedandtested, efficient cooling system for maximum tool service life, High availability due to short retooling times, High material efficiency thanks to servoinfeed and electronic bar end elimination device (ESA 600)

RF Preheater (Roller Electrode type), Made in China,http://www.CR888.com,E-mail:MHZ@vip.163.com, This type uses special rotating electrode, achieving highly efficient heating.Less risks of damaging wires in the IC and Semiconductor packaging operation.

RF Preheater, Made in China,Cosmos-ray Machinery Electronic Equipment Factory,E-mail:MHZ@vip.163.com, RF Preheater USES: Preheating of thermosetting plastics for compression molding.（APPLICATIONS: Preheating epoxy, Melamine,urea, silicone and phenolic resins）.http://www.cr888.com/e_cr_2_10.htm

The device is mainly applied for the pre-heating processing for thermo-set resin material such as melamine, epoxy molding compound, bakelite and urea formaldehyde molding powder, etc., including preformed project such as compressed molding, transfer molding and extrusion molding, etc. The H.F. Preheating process is widely applied for Thermo-set plastic molding such as for electric components, mechanical parts, bakelite products, urea formaldehyde plastics products, melamine tablewares, and packaging of IC, commutator, transistors and other micro-electronic components. The device can be used to improve the surface glossiness of products, prevent water-like wrinkle and strengthen the fluidness of powder resin. It can pre-heat and soften the powder resin (caking) prior to the plastic packaging for the electronic components and semi-conductor IC, so as to improve the grade and performance for the products.

Thermoset Plastic Preheating. ◆The device is mainly applied for the pre-heating processing for thermo-set resin material such as melamine, epoxy molding compound, bakelite and urea formaldehyde molding powder, etc., including preformed project such as compressed molding, transfer molding and extrusion molding, etc. ◆◆The H.F. Preheating process is widely applied for Thermo-set plastic molding such as for electric components, mechanical parts, bakelite products, urea formaldehyde plastics products, melamine tablewares, and packaging of IC, commutator, transistors and other micro-electronic components. The device can be used to improve the surface glossiness of products, prevent water-like wrinkle and strengthen the fluidness of powder resin. It can pre-heat and soften the powder resin (caking) prior to the plastic packaging for the electronic components and semi-conductor IC, so as to improve the grade and performance for the products.

◆The device is mainly applied for the pre-heating processing for thermo-set resin material such as melamine, epoxy molding compound, bakelite and urea formaldehyde molding powder, etc., including preformed project such as compressed molding, transfer molding and extrusion molding, etc. ◆◆The H.F. Preheating process is widely applied for Thermo-set plastic molding such as for electric components, mechanical parts, bakelite products, urea formaldehyde plastics products, melamine tablewares, and packaging of IC, commutator, transistors and other micro-electronic components. The device can be used to improve the surface glossiness of products, prevent water-like wrinkle and strengthen the fluidness of powder resin. It can pre-heat and soften the powder resin (caking) prior to the plastic packaging for the electronic components and semi-conductor IC, so as to improve the grade and performance for the products.

◆The device is mainly applied for the pre-heating processing for thermo-set resin material such as melamine, epoxy molding compound, bakelite and urea formaldehyde molding powder, etc., including preformed project such as compressed molding, transfer molding and extrusion molding, etc.

Unique equipment for the production of AIR POT flower pots. Tree-growing machinery and equipment. Productivity 360m2/h. Raw material HDPE/PVC/PS. The project is ready for implementation WITHOUT INTERMEDIARIES! AIR POT are pots for growing plants, trees with perforation. Principle of operation: Lateral roots, sprouting along the cone-shaped "outgrowths", reach their "top" with a hole and come into contact with the air environment. Good for growing plants and transiting large plants: - shortening the cycle of growing plants. - simplification of landing management. - thickening and shortening of lateral roots. - easier passage of large plants. - Increases the yield of plants. - Ensuring good root system operation in extreme weather conditions. - reduction of excessive watering. - ecological, durable and anti-corrosion material. Contact us for more details!