DB006-1���X���w��λ�x�ַQ�X�̶��b��(stereotaxic apparatus),���������B������Ę�(bi��o)־�����������c(di��n)��Ҏ(gu��)������������(bi��o)ϵ�y(t��ng),���_��Ƥ����ijЩ��(j��ng)�Y(ji��)��(g��u)��λ��,�Ա��ڷ�ֱҕ��¶��(du��)���M(j��n)�ж���Ĵ̼����Ɖ���ע��ˎ�����(d��o)�λ���о�����(d��ng)���X���w��λ�x����(j��ng)���ʡ���(j��ng)��������(j��ng)ˎ������(j��ng)��Ƶ��I(l��ng)���(n��i)����Ҫ�о��O(sh��)�������ڌ�(du��)��(j��ng)�Y(ji��)��(g��u)�M(j��n)�ж����ע�䡢�̼����Ɖ�������(d��o)�λ�Ȳ���������������ɭ�ϲ���(d��ng)��ģ�ͽ������d�B��(d��ng)��ģ�ͽ������X��(n��i)�[��ģ�ͽ������W(xu��)��(x��)ӛ�����X��(n��i)��(j��ng)�ɼ�(x��)����ֲ���XȱѪ���о���
���x�����(gu��)�Ҍ����a(ch��n)Ʒ�����д����m����һ��������һ��(du��)��DB006-1���X���w��λ�xҲ�������҂�(c��)�b���������
һ�������g(sh��)���c(di��n)����
1�� �̶����x
a�� ���еĿ̶ȶ���Դ��“U”�α۵��_
�Ŷ����Kֹ�ڃ�(n��i)��(c��)���@�N��ʽ�c���
��(sh��)��������m��(y��ng)�������x��(sh��)��
b�� ��(bi��o)�Ȕ�(sh��)�ַdz��������c�y(c��)����(bi��o)����Ͼ�����ʹ�x��(sh��)���q�ʾ��_��0.01mm
2�� �Ƅ�(d��ng)ƽ��
�����εČ�(d��o)܉ʹ֮�܉��M(j��n)�п��ٷ�(w��n)�_��λ����ͨ�õĽ��c(di��n)���ڌ�(sh��)�(y��n)�ߙM���v���Ƅ�(d��ng)늘O���i���b���܉�?q��)�늘O���κνǶȹ̶�������(hu��)��Ó�������ۿ��ԏ�֧�������D(zhu��n)360�ȣ��Ա��ڌ�(sh��)�(y��n)��(d��ng)��Ĺ̶���
3�� �p������ģʽ
ԓ��λ�x���ڃɂ�(c��)ͬ�r(sh��)�b�����������ZH-�{(l��n)��C/�����X���w��λ�x��
4�� ������
DB006-1���X���w��λ�x���c��(gu��)��(n��i)�����a(ch��n)����ע��á������B�@�����N늘O���m����������ʹ�á�
5���m��(d��ng)��
DB006-1���X���w��λ�x�����_��ʽ�ܘ�(g��u)������ͬ�Ą�(d��ng)��ֻ����Q���܄�(d��ng)����m�������ɣ���(bi��o)��(zh��n)�����m���ڴ������m�Ä�(d��ng)����С�����������B����á�؈�����Ȅ�(d��ng)����
����������ָ��(bi��o)����
1���x��(sh��)���ȣ�10��
2���@ʾ��LED�@ʾ����X��Y��Z���S)
3������(bi��o)������{(di��o)��
4�����|(zh��)���Ͻ����
5���ߴ磺350×250×340mm
6��������360�Ȼ��D(zhu��n)���[��(d��ng)����180��
7��Ӌ(j��)��(sh��)���ȣ�±0.01mm
8�����S���M(j��n)�����ȣ�±0.01mm
9�����S���M(j��n)�г̣�80mm
10�����M(j��n)��������������ǰ�����D(zhu��n)�Ⱦ��_��λ
11��������5.5kg
12���������X�D�V1��
13���β�����ģʽ
������ʹ�Æ�λ����
���A��W(xu��)\���t(y��)����ؑc�t(y��)�ƴ�W(xu��)\�L(zh��ng)�����t(y��)�W(xu��)Ժ\�㽭��W(xu��)\�����t(y��)�W(xu��)Ժ\�����t(y��)�W(xu��)Ժ\ĵ�����t(y��)�W(xu��)Ժ/�Ͼ��t(y��)�ƴ�W(xu��)/���܊�����t(y��)�W(xu��)Ժ�ȵ�
���������������Ƽ�����؟(z��)�ι�˾
�����д��d�^(q��)�S�����R�̘I(y��)����D��1112��
(li��n)ϵ�ˣ�����
�֙C(j��)��15313005355 �Ԓ��010——61210147
�W(w��ng)ַ��www.zhishuduobao.com �]�䣺zhishuduobao@126.com
���Ѓx�������аl(f��)�X���w��λ�xʮ���꣬�m���ڴ�����С��Ȍ�(sh��)�(y��n)��(d��ng)���(j��ng)��ʮ�ֲ����ی�(sh��)�F(xi��n)��(zh��n)�_��λ�����ȿ��_(d��)10���������ݼy�����ݗU����(w��n)�̲��΄�(d��ng)��(sh��)�F(xi��n)��(du��)�ض��X�^(q��)�ľ��_��λ������(j��ng)�h(hu��n)·�о�����(j��ng)ϵ�y(t��ng)�Լ�������(j��ng)ˎ�����I(l��ng)���(n��i)����Ҫ�о��O(sh��)�����V������ȫ��(gu��)�������ԺУ,�t(y��)Ժ,������I(y��),ˎ��,�t(y��)���C(j��)��(g��u)�ȿ��І�λ�������X���w��λ�x��С���X���w��λ�x���p���X���w��λ�x���α��X���w��λ�x����(sh��)�@���X���w��λ�x��������(j��)����ͬ���ж�N��ͬ����̖(h��o)�ɹ��x��?ji��n)α��ͣ��p��������(sh��)�@������(sh��)��������Ո(q��ng)�����ԃ��
�p���ͣ�
��(bi��o)��(zh��n)�ͣ�
��(d��ng)���X���w��λ�x�a(ch��n)Ʒ���c(di��n)�������`������(ji��n)������(bi��o)������m�������X���w��λ�x��(bi��o)�����ɼ��������������x���ք�(d��ng)��ʽ���_�Ȟ�0.1mm����(sh��)���@ʾ��̖(h��o)���Ȟ�0.01mm���X���w��λ�x�������Ƅ�(d��ng)���������������ң�ǰ���������Ƅ�(d��ng)���x80mm����ֱ�����90���D(zhu��n)��(d��ng)�����S�r(sh��)�i��λ�����U(ku��)��������(qi��ng)�������Ӳ�����������ע���b�ü��B�@�ȣ����Ը���(j��)��Ҫ���Ӳ�ͬ�Ĺ̶��������ڶ�N��(d��ng)�����X���w��λ�x��������(y��u)��(sh��)��
��(bi��o)�����x��(sh��)
�Ƅ�(d��ng)ƽ��
�������������
������������x����N��(d��ng)���m�������������Լ��B�@
�����X���w��λ�x����Ҫ��(g��u)�죺��(sh��)���@ʾ���X���w��λ�xDigital Stereotaxic Instrument ��һ�N�ɿ��Ķ�ܵ��O(sh��)�䣬ͨ�^�x���Ĝ�(zh��n)�_��λ�����Դ_���c(di��n)�������Լ������O(sh��)���ڌ�(sh��)�(y��n)�^���еľ��_��λ����(sh��)�@���X���w��λ�x��Ҫ���c(di��n)��1.�m����С���������������BȄ�(d��ng)����о���Ո(q��ng)����(j��)�����x����m�����ã���2.�oU�͵����O(sh��)Ӌ(j��)���������g�����3.�x��(sh��)���Ȳ����Θ�(bi��o)���߷�ʽ���x��(sh��)���Ȟ�10��m��4.���������¡�ǰ���������Ƅ�(d��ng)�������_(d��)80mm����ֱ�����Ƅ�(d��ng)90����iס��5.���б����m���������N��ͬ��̖(h��o)�Ķ����ȣ�6.�����εČ�(d��o)܉ʹ֮�܉��M(j��n)�п��ٶ�λ����ͨ�õĽ��c(di��n)���ڌ�(sh��)�(y��n)�ߙM���v���Ƅ�(d��ng)늘O���i���b���܉�?q��)�늘O���κνǶȹ̶�������(hu��)��Ó��7.�U(ku��)��������(qi��ng)�������Ӳ�����������ע���b�ü��B�@�ȣ�Ҳ���Ը���(j��)��Ҫ���Ӳ�ͬ�Ĺ̶�����8.Ŀ��(bi��o)��λ���{(di��o)�㹦�ܣ�������һ��(g��)λ�c(di��n)��ÿ�l�S�����ϵ��@ʾ�����Ԛw�����@�ӾͿ���ʹ������(ji��n)������x��������(sh��)�H�����������Ҫ��λһ��(g��)����λ�c(di��n)���������ҵ������c(di��n)��Ȼ��w�������Ƅ�(d��ng)��(sh��)�@���X���w��λ�x�����۵�ϣ�����_(d��)���c(di��n)�����{(di��o)��늘O���A�������ܵ�λ�c(di��n)�ϼ��ɡ�
С���״����X���w��λ�x�m����
ԓС���m�������U���Ø�֬��������(du��)����M(j��n)���m�ϵ��F��̎�����܉��ι̵ĊA�oС���^���ֱ����˲��ò��P�������U��(du��)С���B�ǵēp�����ɂ�(c��)���U�ĸ߶Ⱥ��T�X�A�ĸ߶Ⱦ��������M(j��n)���{(di��o)��(ji��)�������п̶����m�ϲ�ͬ�ĽǶ��M(j��n)�Ќ�(sh��)�(y��n)��
��N��̖(h��o)�ɹ��x��
��(bi��o)��(zh��n)�X���w��λ�x��С��
�p�ۘ�(bi��o)��(zh��n)�X���w��λ�x��С��
��(sh��)�@��(bi��o)��(zh��n)�X���w��λ�x��С��
��(sh��)�@�p�ۘ�(bi��o)��(zh��n)�X���w��λ�x��С��
��(bi��o)��(zh��n)�X���w��λ�x������
�p�ۘ�(bi��o)��(zh��n)�X���w��λ�x������
��(sh��)�@��(bi��o)��(zh��n)�X���w��λ�x������
��(sh��)�@�p�ۘ�(bi��o)��(zh��n)�X���w��λ�x������
늄�(d��ng)��(bi��o)��(zh��n)�X���w��λ�x������
��λ�x����
�����^���̶���
С���^���̶���
SA-100ϵ�� ��(bi��o)��(zh��n)�ʹ����X���w��λ�x��
SA-100ϵ�� ��(bi��o)��(zh��n)��С���X���w��λ�x��
SA-150ϵ�� ��(sh��)�@���X���w��λ�x������
�αۡ���(sh��)�@��(bi��o)��(zh��n)�X���w��λ�x��С��
�p������(sh��)�@�p�ۘ�(bi��o)��(zh��n)�X���w��λ�x��������С��
�X���w��λ�x���P(gu��n)��������x�����
����(j��)��Ҫ��߀�����x���^���̶�����
�����X���̶����m�����X���̶��IJ�����(sh��)�(y��n)�� ͬ�r(sh��)��Ϛ��w����ʹ�����dz��m�����@�R��(du��)����С���Ќ�(du��)��(y��ng)����̖(h��o)�������g(sh��)�������^�쌍(sh��)�(y��n)ʹ�á��҂�߀�����ṩ�˴Ź��������̖(h��o)�����˴ŭh(hu��n)����ʹ�á�
��(bi��o)��(zh��n)�ʹ����^���̶�����
С���X���@�^��̶���
��̖(h��o)��Y-AM-200
߀���Լ�����݆����С���\(y��n)�Р�B(t��i)������p�����@�R��(du��)�X���M(j��n)�г�����^�죺
��̖(h��o)��Y-AM-210
С��(d��ng)���X���w��λ�x���օ����īI(xi��n)��1. Alb��ri, L., Lintas, A., Kretz, R., Schwaller, B., & Villa, A. E. (2013). The calcium-binding protein parvalbumin modulates the firing 1 properties of the reticular thalamic nucleus bursting neurons. Journal of neurophysiology, 109(11), 2827-2841.2. Sonati, T., Reimann, R. R., Falsig, J., Baral, P. K., O��Connor, T., Hornemann, S., Aguzzi, A. (2013). The toxicity of antiprion antibodies is mediated by the flexible tail of the prion protein. Nature, 501(7465), 102-106.3. Ali, I., O��Brien, P., Kumar, G., Zheng, T., Jones, N. C., Pinault, D., O��Brien, T. J. (2013). Enduring Effects of Early Life Stress on Firing Patterns of Hippocampal and Thalamocortical Neurons in Rats: Implications for Limbic Epilepsy. PLOS ONE, 8(6), e66962.4. Bell, L. A., Bell, K. A., & McQuiston, A. R. (2013). Synaptic Muscarinic Response Types in Hippocampal CA1 Interneurons Depend on Different Levels of Presynaptic Activity and Different Muscarinic Receptor Subtypes. Neuropharmacology.5. Bolzoni, F., B?czyk, M., & Jankowska, E. (2013). Subcortical effects of transcranial direct current stimulation (tDCS) in the rat. The Journal of Physiology.6. Bolzoni, F., B?czyk, M., & Jankowska, E. (2013). Subcortical effects of transcranial direct current stimulation (tDCS) in the rat. The Journal of Physiology.7. Babaei, P., Tehrani, B. S., & Alizadeh, A. (2013). Effect of BDNF and adipose derived stem cells transplantation on cognitive deficit in Alzheimer model of rats. Journal of Behavioral and Brain Science, 3, 156-161.8. Gilmartin, M. R., Miyawaki, H., Helmstetter, F. J., & Diba, K. (2013). Prefrontal Activity Links Nonoverlapping Events in Memory. The Journal of Neuroscience, 33(26), 10910-10914.9. Feng, L., Sametsky, E. A., Gusev, A. G., & Uteshev, V. V. (2012). Responsiveness to nicotine of neurons of the caudal nucleus of the solitary tract correlates with the neuronal projection target. Journal of Neurophysiology, 108(7), 1884-1894.10. Clarner, T., Diederichs, F., Berger, K., Denecke, B., Gan, L., Van der Valk, P., Kipp, M. (2012). Myelin debris regulates inflammatory responses in an experimental demyelination animal model and multiple sclerosis lesions. Glia, 60(10), 1468-1480.11. Girardet, C., Bonnet, M. S., Jdir, R., Sadoud, M., Thirion, S., Tardivel, C., Troadec, J. D. (2011). Central inflammation and sickness-like behavior induced by the food contaminant deoxynivalenol: A PGE2-independent mechanism.Toxicological Sciences, 124(1), 179-191.12. Hru?ka-Ploch����, M., Juhas, S., Juhasova, J., Galik, J., Miyanohara, A., Marsala, M., Motlik, J. (2010). A27 Expression of the human mutant huntingtin in minipig striatum induced formation of EM48+ inclusions in the neuronal nuclei, cytoplasm and processes. Journal of Neurology, Neurosurgery & Psychiatry, 81(Suppl 1), A9-A9.13. Brooks, S., Jones, L., & Dunnett, S. B. (2010). A29 Frontostriatal pathology in the (C57BL/6J) YAC128 mouse uncovered by the operant delayed alternation task. Journal of Neurology, Neurosurgery & Psychiatry, 81(Suppl 1), A9-A10.14. Yu, L., Metzger, S., Clemens, L. E., Ehrismann, J., Ott, T., Gu, X., Nguyen, H. P. (2010). A28 Accumulation and aggregation of human mutant huntingtin and neuron atrophy in BAC-HD transgenic rat. Journal of Neurology, Neurosurgery & Psychiatry, 81(Suppl 1), A9-A9.15. Baxa, M., Juhas, S., Pavlok, A., Vodicka, P., Juhasova, J., Hru?ka-Ploch����, M., Motlik, J. (2010). A26 Transgenic miniature pig as an animal model for Huntington��s disease. Journal of Neurology, Neurosurgery & Psychiatry, 81(Suppl 1), A8-A9.
��Ո(q��ng)�P(gu��n)ע���Ѓx����̖(h��o)��yuyanbio
�α��X���w��λ�x����(j��ng)���ʡ���(j��ng)��������(j��ng)ˎ������(j��ng)��Ƶ��I(l��ng)���(n��i)����Ҫ�о��O(sh��)���������B�DZ���Ę�(bi��o)־����ǰض�c(di��n)������������c(di��n)��ͨ�^���S�Ƅ�(d��ng)���_����(d��ng)����XƤ����ij��(j��ng)�Y(ji��)��(g��u)���ˈF(tu��n)����λ�����M(j��n)����Ɍ�(du��)��(j��ng)�Y(ji��)��(g��u)�M(j��n)�ж����ע�����̼����Ɖ�������(d��o)�λ�Ȳ���������������ɭ�ϲ���(d��ng)��ģ�ͽ������d�B��(d��ng)��ģ�ͽ������X��(n��i)�[��ģ�ͽ������W(xu��)��(x��)ӛ�����X��(n��i)��(j��ng)�ɼ�(x��)����ֲ���XȱѪ���о����α��X���w��λ�x�a(ch��n)Ʒ���c(di��n)��1.���еĿ̶ȷ������“U”���_�ڶˣ������x��(sh��)��Ҳ�ǿƌW(xu��)��ϲ�g�Ĺ���λ����2.��(bi��o)���ϵĿ̶Ⱦ����ü�����������(j��ng)����̎������(j��ng)�����ã��Ҳ��a(ch��n)��ƣ����3.��(d��)�صĶ��U�O(sh��)Ӌ(j��)��һ�˞�18������һ�˞�45�����M�㲻ͬ�Ĺ���������4.�������Ƅ�(d��ng)�������¡�������ǰ����_(d��)80mm���x��(sh��)����0.1mm��5.��ֱ�����180�����D(zhu��n)���S�r(sh��)�i������λ����6.ˮƽ�����360�����D(zhu��n)���S�r(sh��)�i������λ����7.�����ۃ�(n��i)���~�S��������ӵ��M(j��n)������팍(sh��)�(y��n)��8.��ֱ�i�o�Ͷ�λ�o���x�����C����Ƕȵľ��_������9.���_�O(sh��)Ӌ(j��)�Ă�(c��)�����D(zhu��n)�������g�����o��U�������x28mm��10.���U�i�o��ʽ���É��巽ʽ��11.���o�ͽz�U����ϲ��ê�(d��)���i�o��ʽ��12.��������ע������@�z���b�á��B�@ʹ����13.���^�z�ܵĪ�(d��)���O(sh��)Ӌ(j��)���������ӷ�(w��n)�̺�ƽ�����α��X���w��λ�x�ճ��S�o(h��)��1.�p���p�ţ�����x����ײ���ܓp��2.�x��(sh��)�(y��n)��(du��)��Ҫ���^�x�����m�÷�����3.��(sh��)�(y��n)�Y(ji��)����Ҫ���r(sh��)����x�������C�侫�_����
�a(ch��n)Ʒ���ã�
��̖(h��o) | �a(ch��n)Ʒ���Q | |
JTND-1 | �α��X���w��λ�x(���p�^���U) | |
JTSP-R | �����m���� | |
JTJC-D | 늘O�A���� | ���xһ |
JTJC-L | �B�@�A���� |
�x�丽����
�����m���� |
���������m���� |
늘O�A���� |
�B�@�A���� |
ͨ�ÊA���� |
ע�����A���� |
�B�X�p��ײ���� |
���U18�� |
���U45�� |
�p�^���U |
������������ |
���������� |
1 ��(j��ng)У�����Ƅ�(d��ng)�̶��D(zhu��n)�~,�x��(sh��)���Ȟ�10/50μm(�����ϰ�100μm),�M����ߌ�(sh��)�(y��n)Ҫ����
2 ��ֱ�����_(d��)180��,�������D(zhu��n)���_(d��)360��,�p�����Æΰ��i��2�S���gλ����
3 �����ۃ�(n��i)���~�S��,����ӵ��M(j��n)������팍(sh��)�(y��n)��
4 ����̶ȼ��_��ʽ��C�ε����O(sh��)Ӌ(j��),�x��(sh��)��������
5 ��������̎���IJ��ϱ���,늽^��,Ҳ�ɷ�ֹ��(d��ng)��ץ��,����������ϴ��
ASI�x��������(gu��)��ע���ṩ�߾����X���w��λ�x�ĸ߿Ƽ���˾��SAS-4100���X���w��λ�x���Ј�(ch��ng)�ṩ�˽�(j��ng)��(j��)��(sh��)�õ��x����SAS-4100�ǿ(chu��ng)�µĸ��ԃr(ji��)�ȵĮa(ch��n)Ʒ����ͬa(ch��n)Ʒ��Ó�f������
ASI���ṩ�����S�ϵ�У��(zh��n)���o���@���Hʹ�о��ˆT�����������ұ�ͨ���l(f��)�F(xi��n)���Θ�(bi��o)�x��(sh��)�����_���x��(sh��)������(d��ng)���g(sh��)�ɼ��ɵ����w����ٿv������
ASI�x����(chu��ng)�µăAб�����D(zhu��n)�C(j��)��(g��u)����90�ȃAб��360�����D(zhu��n)�����������O(sh��)Ӌ(j��)�ĆθܗU���i���C(j��)�ƺͿ������_�ŵ�“C”��ܽo�Ñ�(g��)�����@���_�Ÿ��X����������������V韵�ҕҰ����ȸ�ʽ��U���O(sh��)Ӌ(j��)���_��ʽC�Ϳ���ǂ�(g��)���ɿ���ƽ�_(t��i)��SAS-4100�ṩ�˂�(g��)���õ��X���w��λƽ�_(t��i)�����H���C�ɿ�����������ͨ�^��ļ�(x��)��e���ӏ�(qi��ng)����(g��)�о���
ASI Instruments is dedicated to engineering products that satisfy the needs of everyday Research Scientists. With the introduction of the SAS-4100 we brought this commitment into reality, presenting a product that is flexible but also practical. The SAS-4100 can be described as an economical option with innovative features that make this model stand apart from its contemporaries.
Our company was the first to offer the inclusion ofCalibrated Knobs on all axes which provide researchers with not only greater ease, but more accurate readings than the vernier scales commonly found on other designs.
Advanced Slide Technology is integrated into the complete line of stereotaxic manipulators. This technology provides researchers with unparalleled precision, with a user-friendly interface. ASI Instrument’s innovative Tilt-and-Swivel Mechanism includes 90 degrees of tilt ��nd 360 degrees of swivel, ��nd is both operated ��nd controlled by an intelligently designed single-lever, locking mechanism. This is, by far, the easiest to use universal joint available ��nd actually locks into place better than our competitors’ designs. The Open “C” Frame gives users a more pronounced sense of openness as well as a depth of access to research specimens. In comparison to raised frame designs, the open frame serves as a more reliable platform. The SAS-4100provides an unsurpassed stereotaxic surgery platform that not only guarantees reliability, but that is built with the subtle nuances that enhance the entire research experience.
��̖(h��o)�x��
��̖(h��o) | �a(ch��n)Ʒ���Q | �f�� |
SAS-4100 | С��(d��ng)���X���w��λ�x | MM-4100��������50�ֱ��� |
SAS-4120 | С��(d��ng)���p���X���w��λ�x | MM-4100��������50�ֱ��� |
SAS-5100 | С��(d��ng)���X���w��λ�x | MM-5100��������10�ֱ��� |
SAS-5120 | С��(d��ng)���p���X���w��λ�x | MM-4100�����ۣ�10�ֱ��� |
SAS-44611 | С��(d��ng)�(d��o)܉���X���w��λ�x | MM-4200��������50�ֱ��� |
SAS-44612 | С��(d��ng)���p���X���w��λ�x | MM-4200�����ۣ�50�ֱ��� |
SAS-54611 | С��(d��ng)�(d��o)܉���X���w��λ�x | MM-5200��������10�ֱ��� |
SAS-54612 | С��(d��ng)�(d��o)܉���X���w��λ�x | MM-5200��������10�ֱ��� |
�������
SDA-3000 | Digital Readouts, all 3 Axes, .01 mm Resolution, Zero Reset, Battery Powered, Will fit on any 2009 Model Stereotaxic System, Factory Install Only.
Stereotaxic Micromanipulators For use on 18.7mm or 21.65mm Square AP Bars, Please Denote Size When Ordering MM-4200 – MM-4400: Micromanipulators with 3mm per Revolution Lead Screws ��nd 50 Micron Resolution via Calibrated Knobs.
MM-4200 | 80mm ML/DV, 30mm AP, Tilt-Swivel
MM-4300 | 80mm ML/DV, Tilt-Swivel
MM-4400 | 80mm ML/DV, 30mm AP
MM-5200 – MM-8000: Micromanipulators with 1mm per Revolution Lead Screws ��nd 10 Micron Resolution via Calibrated Knobs.
MM-5200 | 80mm ML/DV, 30mm AP, Tilt-Swivel
MM-5300 | 80mm ML/DV, Tilt-Swivel
MM-5400 | 80mm ML/DV, 30mm AP, Extended Travel for Large Animal Stereotaxic Frames
MM-8000 | 80mm ML/DV, 80mm AP, Tilt-Swivel, Extended AP Travel
MM-8000/3 | 80mm ML/DV, 80mm AP, Tilt-Swivel, Extended AP Travel, 50 Micron Resolution
Stereotaxic Micromanipulators (For SAS-4100 and SAS-5100, Prices Include Mounting)
MM-4100 | 80mm ML/DV/AP, Tilt-Swivel, 50 Micron Resolution, 3mm Lead Screw
MM-5100 | 80mm ML/DV/AP, Tilt-Swivel, 10 Micron Resolution, 1mm Lead Screw
Stereotaxic Frames (Includes Head Holder ��nd Ear Bars, *Available as 21.6mm Square AP Bars. Denote Bar Size When Ordering)
SF-4100 | Small Animal Stereotaxic Frame, 10” x 15” Dupont Corian Base
SF-1450AP | Small Animal Stereotaxic Frame, 12” x 16” Aluminum Base, (2) AP Bars with 100mm Calibration (18.7mm square)
Stereotaxic Accessories
RA-100 | Rodent Adapter, for Adult Rat
RA-100G | Rodent Gas Adapter, for Adult Rat ��nd Mouse
RA-200 | Rodent Adapter, for Mice & Neonatal Rat
EB-918 | Ear Bars, Standard, 18° Tip
EB-927 | Ear Bars, A-Traumatic, 27° Tip
EB-945 | Ear Bars, A-Traumatic, 45° Tip for Mouse
EH-100 |Electrode Holder, Standard
EH-600 | Electrode Holder, Fine Stimulation, Holds up to 1.omm Glass
PH-300 | Pipette Holder, 1mm-3mm Pipettes, Stereotaxic
PH-375 | Pipette Holder, 1mm-3mm Pipettes
SH-800 | Syringe Holder, with .3125” Dia. x 3.0” Lg Rod
SH-800L | Syringe Holder, with .3125” Dia. x 6.0” Lg Rod
GP-500 | General Purpose Holder, .5” with 12.7mm Dia.
DH-1907 | Drill Holder, Holds up to 19.07mm Dia.
DH-1000 | Drill Holder, Holds up to 1.0” Dia.
MS-600 | Micromanipulator Stand Base
AD-312 | Adapter/Electrode Holder, .3125 Dia.
RC-101 | Stereotaxic Instrument Recalibration Service
RAM-100 | Rat Anesthesia Mask, Fits RA-100G
MAM-200 | Mouse Anesthesia Mask, Fits RA-100G �ҹ�˾���Ը���(j��)�͑������⑪(y��ng)�á����������ṩ���ܶ��Ʒ���(w��)��Ҳ�����ṩ���P(gu��n)�Č�(sh��)�(y��n)����(w��)��Ԕ��Ո(q��ng)�����ԃ���Ԓ��