MBM Creasers

A manual creaser is practical for shorter runs, varied one off work, and facilities where careful operator control matters more than speed. An automatic model is better suited to repeat jobs, higher volume, and workflows that benefit from programmed positions or automatic feeding. Estimate daily sheet volume, job change frequency, and how many crease lines are placed on each sheet. Setup time can matter as much as hourly speed when jobs change often. Also consider operator training, available space, electrical requirements, and whether the unit will later need folding or perforating functions. The right choice should reduce cracking and improve repeatability without adding more capacity or complexity than the work requires.

Creasing should come before folding when the stock is heavy, coated, laminated, digitally printed, or likely to crack along a tight fold. A crease creates a controlled channel that guides the material into a cleaner fold. When the next step is automated, MBM paper folders can form part of the workflow, provided the folder supports the sheet size, weight, and crease position. Run samples to confirm which side of the sheet should receive the crease and how the fold follows it. The printed design, grain direction, and final opening direction can all influence the result. Accurate registration between creasing and folding is essential for panels that must align precisely.

The crease needs enough width and depth to suit the material without cutting, marking, or weakening it. Thicker stock may require a broader channel than lighter paper, while delicate surfaces may need less pressure. A crease that is too shallow may not control the fold, and one that is too aggressive can leave a visible line or damage the printed surface. Use the equipment guidance as the initial setting, then produce samples with the actual stock. Examine the outside of the fold for cracking and the inside for crushing or distortion. Keep successful settings with the job record, including paper, coating, grain direction, and crease orientation, so repeat work can be set up more consistently.

Recurring work may require replacement crease components, perforating tools, feed parts, stands, output support, or folding attachments, depending on the machine. The available creaser accessories for finishing equipment should be narrowed by exact model and intended function. An accessory designed for another machine may not fit even when the production task appears similar. Identify which jobs are delayed by manual handling or limited output support before adding equipment. Keep wear parts clean and store delicate components so edges and surfaces are protected. Any installation or adjustment should follow the equipment instructions, especially where moving mechanisms or electrical connections are involved.