Pickup Belt Spring A.10.08.040V DON-1500. It is applied on pickup belts of DON-1500 combine harvester and its modifications. It is installed in the closed type bracket with polypropylene insert.
During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 3.5mm in diameter, followed by heat treating.

Reel Bar DON-1500 RSM.3518050-16381. It is applied on reels of DON-1500 combine harvester and its modifications. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 6mm in diameter, followed by heat treating.

Vector, Acros Reel Bar. It is applied on reels of Vector, Acros combine harvesters and their modifications. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 6mm in diameter, followed by heat treating.

Mass Flow Normalizer Finger A10.08.01.636. The finger is applied in headers of DON-1500 combine harvester and its modifications. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 6mm in diameter, followed by heat treating.

Pickup Belt Spring PKh-56.602A. It is applied on pickup belts of DON, NIVA combine harvesters. It is installed in the open type bracket. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product. It is produced of ST65G, ST70G GOST 9389-75 wire, 3.5mm in diameter, followed by heat treating.

Reel Bar ZhRB-4.2, ZhZB (ZhS-04.601). It is applied in headers for bean harvesting. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 5-6mm in diameter, followed by heat treating.

Reel Bar ZhVN, ZhVP (60.279). It is applied in ZhVN, ZhVP headers. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 6mm in diameter, followed by heat treating.

Drum-type Pickup Spring 54-60536. It is applied in old SK-5 NIVA drum-type pickups. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product. It is produced of ST65G, ST70G GOST 9389-75 wire, 4.5mm in diameter, followed by heat treating.

Reel Bar KSK-100. It is applied in KSK-100 silage harvesters. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 spring wire, 6mm in diameter, followed by heat treating.

Reel Bar GVV 6.0. It is applied in GVV-6.0 hydraulic windrower tedder rakes. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 6mm in diameter, followed by heat treating.

Reel Bar GVK 603 and GVK 627. GVK 603 (internal) and GVK 627 (external) reel bars are used as working elements of GVK-6 (finger-wheel tedder rakes) and their modifications. These reel bars are used in a pair. They are produced of ST65G, ST70G GOST 9389-75 wire, 6mm in diameter, followed by heat treating.

Horse Bar GA-1007, Reel Bar GA-1007 are applied as working elements in GP, GPN dump rakes, etc., used for raking up hay into windrows.
During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 10mm in diameter, followed by heat treating.

Reel Bar GVR-28601. Reel Bar GVR 28601 are used in GVR-6.0 (rotary tedder rakes and hay fluffers). During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product. The finger is produced of ST65G, ST70G GOST 9389-75 wire, 8mm in diameter, followed by heat treating.

Reel Bar GV-3,4. It is applied in GV-3,4 rakes. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 7mm in diameter, followed by heat treating.

Spring Rake KN 2,8.03.02. A removable spring rake is applied in KN 2,8 mounted cultivators, spring rakes provide additional smoothing and breaking of clods. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product. It is produced of ST65G, ST70G GOST 9389-75 wire, 8mm in diameter, followed by heat treating.

Spring KPS-4,2, KPTs 00.61. It is applied in assembly of KPS-4,2 cultivator shock absorbers.
It is produced of ST65G, ST70G GOST 9389-75 wire, 4.5mm in diameter, followed by heat treating.

Spring CZ-3,6. It is applied in assembly of SZ-3,6 seeding machine shock absorbers.
It is produced of ST65G, ST70G GOST 9389-75 wire, 5mm in diameter, followed by heat treating.

Spring KN-2,8.00.28. It is applied in KN 2,8 mounted cultivators as a part of safety unit which protects tines and blades against breakdowns, excludes limiting loads on a blade and reduces pulling forces.
It is produced of ST65G, ST70G GOST 9389-75 wire, 8mm in diameter, followed by heat treating.

Spring KRP 02.30.02. It is applied on frames of universal UDA-type disk harrows.
It is produced of ST65G, ST70G GOST 9389-75 wire, 3.5mm in diameter, followed by heat treating.

Spring Tooth ZBR-24. It is applied in spring-type harrows with spring tooth of adjustable pitch (approach angle) and enables to bypass stationary obstacles, and teeth vibration provides self-cleaning from soil and plant fragments. During the production process a smooth bend is made in the middle of the product that enables to reduce internal stress and probability of breakdown in this very place under cyclic loads and extend the service life of the product.
It is produced of ST65G, ST70G GOST 9389-75 wire, 10mm in diameter, followed by heat treating.