Workplace glass with a distance zone, a near vision zone and a progression zone arranged between the distance portion and the near portion, which is specially tailored to the vision on the screen and wherein the effect of the lens increases continuously from the value of a distant reference point, lying within the distance portion to the value of a near reference point, lying within the near portion, wherein the effect increases continuously along a curve, which is twisted towards the nose and is hereinafter called main line, which is not a navel line, wherein: - the effect increases from the center of the glass at the vertical coordinate y approximately equal to 0 down to the near reference point and, after reaching the near reference point at y approximately equal to -12 mm, achieves a near vision zone with a substantially constant effect; - the workplace glass has a progressive corridor having a progressive corridor width in the glass center of at least 4 mm and a progressive corridor width in the near vision zone at the near reference point of at least 15 mm, wherein the minimum progressive corridor width is at least 4 mm and wherein the progressive corridor widths are in each case defined as horizontal distance between the isolines of the surface astigmatism corresponding to the value of addition / 3; - the effect decreases from the center of the glass up to y approximately equal to +10 mm to approximately equal to +12 mm above the glass center; - the workplace glass has a progression length of about 20 mm to about 25 mm, the progression length representing the vertical distance between the points on the main line having the largest and smallest surface refractive values; and - the workplace glass has a major progression length of about 7 mm to about 12 mm, the major progression length being the addition quotient, which is the difference in refractive powers at the points on the main line having the largest and smallest surface refractive values, and the maximum refractive index gradient on the main line. - the effect increases from the center of the glass at the vertical coordinate y approximately equal to 0 down to the near reference point and, after reaching the near reference point at y approximately equal to -12 mm, achieves a near vision zone with a substantially constant effect; - the workplace glass has a progressive corridor having a progressive corridor width in the glass center of at least 4 mm and a progressive corridor width in the near vision zone at the near reference point of at least 15 mm, wherein the minimum progressive corridor width is at least 4 mm and wherein the progressive corridor widths are in each case defined as horizontal distance between the isolines of the surface astigmatism corresponding to the value of addition / 3; - the effect decreases from the center of the glass up to y approximately equal to +10 mm to approximately equal to +12 mm above the glass center; - the workplace glass has a progression length of about 20 mm to about 25 mm, the progression length representing the vertical distance between the points on the main line having the largest and smallest surface refractive values; and - the workplace glass has a major progression length of about 7 mm to about 12 mm, the major progression length being the addition quotient, which is the difference in refractive powers at the points on the main line having the largest and smallest surface refractive values, and the maximum refractive index gradient on the main line. <EOS>