The Plastic filling instrument Fig. 7B is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Plastic filling pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. 9/10 is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Plastic filling pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. H1 Hollenback is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Hollenback pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. H2 Hollenback is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Hollenback pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. H3 Hollenback is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Hollenback pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. H4 Hollenback is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Hollenback pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. L1 Loesche is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Loesche pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. L2 Ladmore is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Ladmore pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. L2 Loesche is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Loesche pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. L3 Ladmore is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Ladmore pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. M1 Markley is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Markley pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.
The Plastic filling instrument Fig. M2 is a filling instrument designed for precise daily use in surgery, clinic and laboratory. It follows the Plastic filling pattern, so the working end seats predictably at the site. A knurled double-ended (gold-tipped on cover photo) handle supports control and tactile feedback through repeated procedures.