BOSCH Type KLD 1041 Leak Test Machine for Ampoules and Vials Leak test machine for glass containers. Linear automatic machine for the inspection of ampoules, injection cylinders/cartridges and injection bottles/vials, which checks each container at four inspection points by means of high-voltage technology. The testing principle is based on the detection of the changing impedance of a container filled with an electrically conducting liquid. The containers are examined for: hairline fissures and pinholes ; insufficient glass wall thickness/tip domes too thin ; capillary pores ; leaking fusion points, sealing points and ampoule neck tips ; absence of fill. MAIN FEATURES: It is recommended to carry out the container leaktightness test directly after sterilization or fusing. The unit is equipped with: conveyor system, infeed belt, 4 high-voltage inspection stations (1-2 check bodies and ...
Seidenader CS-30 automatic inspection machine for vials, inspection of cap, crimp, stopper/neck, particles, glass defects on shoulder, sidewall and bottom, inspection carousel with 20 servo-driven inspection positions, suitable for vials with a maximum diameter of 52 mm with the correct format parts, set up for 20R vials, capacity up to 18,000 vials per hour, floor space including rotary infeed table approx. 4338 x 2634 mm (LxW)
Inspection Machine Seidenader V90-AVSB for prefilled syringes From the infeed system, the product is conveyed through the inspection cabin on a continuously or intermittently moving transport system, consisting of a dual chain system fitted with white or black rollers. Each roller rotates on two precision roller bearing assemblies. The rollers are supported between dual conveyor chains. Several lighting systems are available on option: A white light source provides diffused illumination from behind the rollers to allow inspection against both a white background (light source) and a black background (the rollers) or vice versa to meet GMP regulations. Alternatively, highly concentrated halogen light can be shot through the bottom or shoulder of the containers, to reach the "Tyndall Effect". In addition to these lighting systems, mirrors, a magnifying lens and polarisation filters are a ...
